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• Space settlement and astrobiology - connections and overlaps
  crossref Anamaria Berea, Celia Blanco, Jacob Haqq-Misra, Sanjoy Som 等 2025-10-10T23:27:55Z 置信度 0.70
• Fossil and present-day stromatolite ooids contain a meteoritic polymer of glycine and iron
  Abstract Hemoglycin, a space polymer of glycine and iron, has been identified in the carbonaceous chondritic meteorites Allende, Acfer 086, Kaba, Sutter's Mill and Orgueil. Its core form has a mass of 1494 Da and is basically an antiparallel pair of polyglycin…
  crossref Julie E.M. McGeoch, Anton J. Frommelt, Robin L. Owen, Gianfelice Cinque 等 2024-10-17T10:53:14Z 置信度 0.70
• Is there a universal limit to technological development? Evidences from astrobiology
  crossref Antonio Gelis-Filho 2024-04-09T15:53:49Z 置信度 0.70
• In Memoriam: David Hochberg February 3, 1957–December 30, 2023
  crossref Celia Blanco, Thomas Buhse, Pedro Cintas, Isabel Herreros 等 2024-06-27T05:01:13Z 置信度 0.70
• The Future of Humankind
  crossref 2024-11-22T00:07:58Z 置信度 0.70
• PHILOSOPHY OF COSMISM AND THE RISE OF RUSSIAN ASTROBIOLOGY
  crossref Oleg R. Kotsyurbenko 2025-02-14T09:53:37Z 置信度 0.70
• Detecting and Characterising Exoplanets
  crossref 2024-11-22T00:07:58Z 置信度 0.70
• Cognitive Astrobiology
  Abstract Traditionally the search for extraterrestrial intelligence (SETI) has been mostly a kind of engineering task, based on two assumptions: the existence of other technological culture somewhere in our Galaxy and that this culture is using radiotechnology…
  crossref Pauli E. Laine 2026-01-20T09:38:19Z 置信度 0.70
• Exploiting the Unique Biology of <i>Caenorhabditis elegans</i> to Launch Neurodegeneration Studies in Space
  The 21st century is likely to be the first century in which large-scale short- and long-term space missions become common. Accordingly, an ever-increasing body of research is focusing on understanding the effects of current and future space expeditions on huma…
  europepmc Tatyana Itkin, Ksenia Unger, Yair Barak, Amit Yovel 等 2024 置信度 0.80
• Planet Formation and Migration
  crossref 2024-11-22T00:07:58Z 置信度 0.70
• Astrobiology: life detection and the abiotic baseline
  Abstract Sean McMahon and Charles Cockell report on the RAS Specialist Discussion Meeting dedicated to sifting through the steps and mis-steps towards finding life off Earth
  crossref Sean McMahon, Charles Cockell 2024-01-31T06:19:02Z 置信度 0.70
• Astrobiology and Christian Doctrine
  crossref Michael Summers 2024-09-22T23:34:06Z 置信度 0.70
• Openness and collaboration in astrobiology education
  Evidence from public engagement activities shows that young people are fascinated by the possibility of life existing beyond the Earth, and that teachers draw on the latest evidence and thinking in their teaching to illuminate existing curriculum topics, open …
  crossref Ann Grand, Sarah Davies, Victoria Pearson, Richard Holliman 等 2020-10-08T12:24:24Z 置信度 0.70
• In Memoriam: Wayne Lowell Nicholson, March 26, 1958–June 8, 2023
  crossref Jamie S. Foster, Tina M. Henkin, Tony Romeo, Andrew C. Schuerger 等 2023-12-27T14:17:27Z 置信度 0.70
• Astrobiology vs Geology investigations: good practices in the framework of planetary missions
  Astrobiology is an interdisciplinary science involving many different sources, and disciplines including geology. Biosignature identification on Earth is consequential and strictly linked with the definition of a solid geological context in order to recognize …
  crossref Monica Pondrelli, Lucia Marinangeli, Barbara Cavalazzi 2021-07-21T12:19:36Z 置信度 0.70
• From the Big Bang to Molecules
  crossref 2024-11-22T00:07:58Z 置信度 0.70
• Astrobiology in Interdisciplinary Context
  Abstract Astrobiology and SETI search for life-not-as-we-know-it (yet). Researchers aspire to an understanding not yet found. With that in mind, knowledge about three types of context can inform and improve the search. Observational context: knowing our locati…
  crossref Lucas Mix 2026-01-20T09:38:19Z 置信度 0.70
• Some Thoughts on Discoveries in Astrobiology
  crossref A. Yu. Rozanov 2024-11-21T15:06:00Z 置信度 0.70
• The Ethics of Astrobiology and the Cosmic Bet Argument
  Stephen Weinberg posited in 1977 that as the universe becomes more comprehensible, it appears more meaningless owing to a strict division between facts and values. He seemingly overlooked the consideration of the purposes and values of intelligent life in exam…
  crossref Luca Lo Sapio 2024-08-27T14:29:41Z 置信度 0.70
• Origin(s) of Life on Earth
  crossref 2024-11-22T00:07:58Z 置信度 0.70
• Astrobiology and Christian Doctrine: Disputatio Rediviva
  crossref Jacques Arnould 2024-09-11T01:07:24Z 置信度 0.70
• Transdisciplinary contributions in undergraduate university students through a stratospheric balloon project with an astrobiological focus
  Abstract In a rapidly changing academic-scientific context, it is essential to adapt new learning strategies that foster the acquisition of new knowledge and the development of skills in future professionals, such as interacting synergistically with discipline…
  crossref Octavio Alfonso Chon-Torres, Diego Antonio Macassi Zavala, Julio Cesar Ramos Ramirez, Ofelia Carmen Santos Jimenez 等 2024-02-22T04:49:12Z 置信度 0.70
• 3I/ATLAS → 17 October 2025: Confirmation of the Hamzah Model Predictions from the 30 September 2025 Article Using New Observational Data (Hubble, James Webb, VLT, Gemini North, ATLAS).
  All 400 Research Projects and Theories of Hamzah Equation (Physics, Chemistry, Medicine, Economics, Mathematics, Computer Science, AI, AGI, Cosmology Simulation and etc) are Available: Orcid ID: https://orcid.org/0009-0009-3175-8563 Science Open ID: https://ww…
  datacite JALALI, SEYED RASOUL 2025 置信度 0.66 3I/ATLAS,C/2025 N1 ATLAS,interstellar comet,interstellar object,Hamzah Equation,Hamzah Model,quantum-chemical simulation,fractal comet nucleus,volatile composition,CO2 enrichment,H2O abundance,C/O ratio,carbon-to-oxygen ratio,complex organics,methanol CH3OH,hydrogen cyanide HCN,jet activity,asymmetric jets,nucleus rotation,protoplanetary disk,ejected comet,low-metallicity disk,carbon-rich disk,isotopic fractionation,interstellar origin,infrared spectroscopy,ALMA observations,VLT imaging,Gemini telescope,Swift photometry,chemical prediction,physical prediction,dynamical prediction,observational confirmation,quantitative analysis,atomic species detection,CN detection,Ni I detection,molecular ratio prediction,submicron particles,10-100 μm particle size,brightness fluctuations,light curve analysis,polarimetry,outgassing measurement,CO sublimation,CO2 sublimation,rare organics detection,chemical complexity,low-temperature formation,astrochemistry,interstellar chemistry,astrobiology,cometary nucleus modelling,interstellar medium,solar system comets,comparative cometology,chemical inventory,observational astrophysics,quantitative prediction,model validation,theoretical astrophysics,pre-observation modelling,high-precision prediction,scientific forecasting,empirical validation,interstellar minor bodies,planetary system evolution,chemical heterogeneity,exoplanetary systems,chemical enrichment,volatile fractions,chemical composition analysis,interstellar matter,organic molecule synthesis,molecular cloud chemistry,carbon enrichment,oxygen depletion,hydrogen abundance,elemental ratios,CN/CO ratio,HCN/CH3OH ratio,photometric monitoring,time-series analysis,rotational period,short-term variability,particle dispersion,coma structure,coma composition,jet morphology,jet orientation,anisotropic jets,anti-tail formation,polarization measurement,nucleus spin state,spin axis orientation,rapid rotation prediction,light curve amplitude,magnetic field influence,temperature-dependent chemistry,low-temperature astrochemistry,interstellar isotopes,D/H ratio,C/N ratio,O isotopes,N isotopes,radiative transfer modelling,chemical fractionation models,astrochemical simulations,cometary activity modelling,volatile sublimation modelling,thermodynamic predictions,quantum modelling in astrophysics,computational astrochemistry,ab initio calculations,interstellar dynamics,minor body simulations,solar system comparison,cometary diversity,interstellar chemistry benchmarks,cosmic chemical evolution,exoplanetary disk studies,cometary ejection mechanisms,planetesimal formation,protoplanetary disk physics,stellar system diversity,planetary formation scenarios,chemical evolution modelling,isotopic anomalies,interstellar observation planning,space telescope observation,multi-wavelength observation,JWST data analysis,SPHEREx data,chemical detection methods,astrochemical observational techniques,high-resolution spectroscopy,millimeter-wave spectroscopy,submillimeter observations,infrared emission features,gas coma analysis,solid-gas interactions,photodissociation processes,radiation-driven jets,thermal sublimation effects,coma modelling techniques,coma morphology prediction,jet structure analysis,comet nucleus density,volatile release rates,elemental abundance ratios,astrochemical composition,cosmochemistry,interstellar volatile inventory,chemical modelling validation,astrochemical benchmark,interstellar chemical predictions,comet outgassing modelling,quantum mechanical predictions,astrochemical reaction networks,interstellar organic molecules,prebiotic molecules detection,complex molecule synthesis,exobiology relevance,astrobiological markers,astrochemical simulation methods,interstellar comet monitoring,space mission planning,comet observation strategy,chemical reaction kinetics,astrochemical network modelling,low-temperature reaction rates,interstellar ice chemistry,volatile trapping,comet nucleus heterogeneity,gas-dust interactions,cosmic ray chemistry,photo-chemical modelling,UV photolysis effects,chemical evolution of comets,interstellar chemistry prediction,chemical abundance estimation,observationally constrained modelling,astrochemical forecasting,astrochemical prediction accuracy,comet dynamics modelling,rotational dynamics prediction,jet activity modelling,nucleus spin dynamics,coma morphology forecasting,interstellar minor body behaviour,volatile-driven activity,chemical evolution of interstellar objects,astrochemical reaction pathways,complex organics in comets,interstellar medium chemical complexity,quantum astrochemical simulations,fractally structured comet nucleus,high-precision astrochemical prediction,astrochemical observables,interstellar object characterisation,pre-observational model validation,chemical fractionation analysis,astrochemical benchmarking,interstellar comet chemistry,extreme CO2 enrichment,low-H2O environment,carbon-rich comet,CO2-dominated coma,methanol detection,HCN detection,rare organics confirmation,interstellar chemical markers,comet formation environment,low-temperature comet formation,quantitative model testing,chemical prediction validation,model-observation concordance,Hamzah Model accuracy,astrochemical model reliability,interstellar comet observables,cometary outgassing measurement,coma particle size distribution,brightness fluctuation analysis,rotational period measurement,polarization validation,anti-tail confirmation,jet structure validation,chemical abundance confirmation,molecular fraction prediction,organic molecule mass fraction,astrochemical prediction validation,interstellar chemistry confirmation,cometary jet morphology,coma particle dispersal,coma heterogeneity analysis,interstellar minor body chemistry,pre-observation quantum predictions,observationally confirmed models,quantum-chemical comet modelling,fractal-nucleus comet modelling,isotopic ratio prediction,elemental ratio validation,chemical fractionation confirmation,observational data concordance,interstellar comet monitoring,astrochemical validation methods,empirical confirmation techniques,chemical model accuracy,astrochemical data analysis,quantitative prediction assessment,interstellar minor body study,cometary nucleus composition,volatile fraction analysis,chemical abundance ratios,interstellar organics,astrochemical forecasting,observational validation framework,interstellar comet research,3I/ATLAS confirmation,Hamzah Model confirmation,chemical composition prediction accuracy,observationally verified comet parameters,interstellar comet characterization,pre-observation theoretical modelling,high-precision comet modelling,astrochemical predictive power,interstellar object chemical inventory,cometary nucleus rotational dynamics,jet activity forecasting,complex organic molecule validation,astrochemical reaction network validation,pre-observational cometary predictions,interstellar chemistry accuracy,observational prediction verification,quantitative astrochemical forecasting,cometary dynamics prediction,interstellar comet validation study,quantum-chemical predictive modelling,fractal comet nucleus simulation,cometary nucleus activity analysis,chemical model predictive accuracy,astrochemical modelling framework,interstellar comet research methods,interstellar chemical composition,complex molecule prediction,astrochemical simulation validation,observational campaign analysis,interstellar minor body observational study,interstellar comet chemical analysis,Hamzah Model quantitative assessment,cometary activity observation,astrochemical model validation,3I/ATLAS multi-wavelength analysis,interstellar comet observational results,quantitative confirmation study,astrochemical predictive framework,interstellar comet multi-observatory confirmation,chemical composition validation,astrochemical empirical validation,cometary jet activity observation,interstellar comet rotational dynamics,coma structure observation,rare organics detection validation,astrochemical observational confirmation,interstellar comet chemistry benchmarks,Hamzah Model empirical verification,astrochemical predictive accuracy assessment,interstellar comet research validation,cometary nucleus observation analysis,quantitative model-observation concordance,astrochemical data-driven validation,interstellar comet multi-wavelength study,quantitative comet chemistry assessment,chemical and dynamical property verification,interstellar comet empirical benchmark,astrochemical theoretical-experimental concordance,quantitative astrochemical prediction validation,interstellar comet research advancement,Hamzah Equation application,astrochemical high-precision modelling,comet nucleus heterogeneity confirmation,volatiles and jet activity verification,observational and theoretical comparison,astrochemical predictive modelling accuracy,interstellar comet research metrics,chemical complexity validation,interstellar comet dynamic behaviour verification,Hamzah Model scientific validation,astrochemical multi-parameter confirmation,cometary nucleus predictive modelling,pre-observational scientific forecast,astrochemical prediction testing,interstellar comet chemical-dynamical analysis,observational data-model integration,quantitative astrochemical benchmarking,interstellar comet observational validation,Hamzah Model prediction success,astrochemical predictive reliability,chemical abundance observational verification,interstellar minor body high-precision modelling,astrochemical pre-observational predictions,interstellar comet extreme CO2 validation,quantitative chemical composition confirmation,Hamzah Model observational concordance,interstellar comet rare organics validation,astrochemical multi-observatory confirmation,cometary nucleus dynamics observational verification,chemical prediction empirical validation,astrochemical modelling empirical testing,interstellar comet extreme chemical enrichment,cometary jet activity empirical confirmation,Hamzah Model quantitative empirical verification,astrochemical predictive model testing,interstellar comet chemistry-dynamics assessment,observational confirmation rates,quantitative predictive validation,Hamzah Model astrochemical success,interstellar comet multi-parameter validation,astrochemical observation-prediction integration,comet nucleus empirical analysis,interstellar comet chemistry-dynamics confirmation,astrochemical prediction empirical accuracy,Hamzah Model 90-95% confirmation,interstellar comet high-precision observational analysis,astrochemical theoretical-empirical integration,cometary nucleus multi-parameter validation,astrochemical prediction-observation concordance,interstellar comet chemical composition confirmation,astrochemical empirical predictive validation,Hamzah Model scientific assessment,interstellar comet research benchmark,astrochemical high-accuracy prediction,cometary nucleus 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empirical confirmation study,astrochemical predictive-observational framework,interstellar comet chemical composition-observation concordance,cometary nucleus empirical assessment validation,astrochemical high-precision prediction verification,interstellar comet multi-parameter empirical validation,Hamzah Model quantitative empirical assessment,astrochemical observational multi-parameter verification,interstellar comet empirical concordance validation,cometary nucleus predictive model-observation assessment,astrochemical empirical predictive reliability,interstellar comet high-confidence chemical and dynamical validation,Hamzah Model observation-confirmation metrics,astrochemical predictive model empirical validation,interstellar comet theoretical-empirical observation concordance,cometary nucleus empirical multi-parameter analysis,astrochemical quantitative observational confirmation,interstellar comet 3I/ATLAS predictive validation,Hamzah Model multi-wavelength empirical verification,astrochemical high-accuracy predictive assessment,interstellar comet empirical model-observation concordance,cometary nucleus chemical-dynamical parameter validation,astrochemical observational predictive reliability,interstellar comet quantitative observational concordance,Hamzah Model high-confidence predictive verification,astrochemical empirical observation-confirmation framework,interstellar comet chemical-dynamical empirical validation,cometary nucleus predictive multi-parameter verification,astrochemical quantitative prediction-confirmation integration,interstellar comet empirical predictive concordance,Hamzah Model 3I/ATLAS multi-wavelength validation,astrochemical observational predictive-empirical concordance,interstellar comet chemical-dynamical multi-parameter validation,cometary nucleus predictive observational-confirmation reliability,astrochemical empirical model-observation integration,interstellar comet high-precision predictive assessment,Hamzah Model 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framework,interstellar comet 3I/ATLAS quantitative chemical-dynamical validation,Hamzah Model empirical predictive high-confidence verification,astrochemical multi-wavelength predictive-observation assessment,interstellar comet chemical-dynamical empirical concordance,cometary nucleus predictive-empirical multi-parameter validation,astrochemical quantitative predictive observational concordance,interstellar comet high-precision chemical-dynamical predictive confirmation,Hamzah Model 3I/ATLAS empirical-observational validation,astrochemical multi-parameter predictive modelling reliability,interstellar comet quantitative chemical-dynamical empirical verification,cometary nucleus observational predictive-empirical concordance,astrochemical predictive model high-precision validation,interstellar comet 3I/ATLAS multi-parameter chemical-dynamical validation,Hamzah Model quantitative empirical-observational assessment,astrochemical high-confidence predictive concordance,interstellar comet chemical-dynamical predictive empirical reliability,cometary nucleus high-precision predictive-observational verification,astrochemical multi-wavelength empirical predictive validation,interstellar comet quantitative chemical-dynamical observation-confirmation,Hamzah Model high-confidence predictive modelling verification,astrochemical quantitative multi-parameter predictive-observation concordance,interstellar comet 3I/ATLAS chemical-dynamical empirical predictive assessment,cometary nucleus predictive high-confidence observation-validation,astrochemical predictive modelling high-accuracy verification,interstellar comet empirical-quantitative chemical-dynamical validation,Hamzah Model observational-predictive empirical concordance,astrochemical multi-parameter predictive modelling high-confidence reliability,interstellar comet chemical-dynamical multi-parameter empirical confirmation,cometary nucleus high-precision predictive empirical-observational assessment,astrochemical 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predictive-empirical confirmation,Hamzah Model quantitative predictive-empirical observational reliability,astrochemical predictive-observational multi-parameter high-confidence validation,interstellar comet empirical chemical-dynamical predictive concordance,cometary nucleus high-precision predictive-empirical observational assessment,astrochemical quantitative high-confidence predictive validation,interstellar comet 3I/ATLAS multi-parameter chemical-dynamical empirical predictive verification,Hamzah Model high-accuracy predictive-empirical observational assessment,astrochemical predictive modelling multi-wavelength high-confidence concordance,interstellar comet chemical-dynamical quantitative empirical predictive validation,cometary nucleus predictive-observational high-confidence empirical concordance,astrochemical multi-parameter quantitative predictive-empirical verification,interstellar comet 3I/ATLAS high-precision chemical-dynamical predictive-observational confirmation,Hamzah 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verification,Hamzah Model predictive-empirical observational high-precision validation,astrochemical multi-parameter quantitative predictive-empirical assessment,interstellar comet chemical-dynamical high-confidence predictive-observational confirmation,cometary nucleus predictive quantitative empirical-observational high-accuracy verification,astrochemical high-confidence predictive-empirical modelling assessment,interstellar comet 3I/ATLAS quantitative chemical-dynamical predictive-empirical confirmation,Hamzah Model multi-parameter high-precision predictive-empirical observational verification,astrochemical predictive quantitative high-confidence empirical validation,interstellar comet chemical-dynamical predictive-empirical high-accuracy confirmation,cometary nucleus predictive-observational high-confidence quantitative empirical validation,astrochemical quantitative predictive-empirical modelling high-accuracy reliability,interstellar comet 3I/ATLAS chemical-dynamical empirical high-confidence predictive validation,Hamzah Model high-precision predictive-empirical observational quantitative confirmation,astrochemical predictive quantitative high-confidence empirical-observational verification,interstellar comet chemical-dynamical high-accuracy predictive-empirical validation,cometary nucleus high-confidence predictive quantitative empirical-observational verification,astrochemical quantitative predictive-empirical high-accuracy modelling assessment,interstellar comet 3I/ATLAS chemical-dynamical predictive-empirical high-confidence verification,Hamzah Model high-confidence quantitative predictive-empirical observational assessment,astrochemical predictive multi-parameter high-precision empirical verification,interstellar comet chemical-dynamical predictive quantitative-empirical confirmation,cometary nucleus predictive-empirical high-confidence quantitative observational verification,astrochemical quantitative predictive high-confidence empirical-observational validation,interstellar comet 3I/ATLAS high-precision chemical-dynamical predictive-empirical validation,Hamzah Model quantitative high-confidence predictive-empirical observational verification,astrochemical predictive high-accuracy quantitative-empirical modelling confirmation,interstellar comet chemical-dynamical high-confidence predictive-empirical assessment,cometary nucleus high-precision predictive quantitative-empirical observational validation,astrochemical multi-parameter high-confidence predictive-empirical modelling verification,interstellar comet 3I/ATLAS quantitative chemical-dynamical predictive high-accuracy empirical confirmation,Hamzah Model high-confidence predictive-empirical multi-parameter observational validation,astrochemical quantitative predictive high-precision empirical modelling verification,interstellar comet chemical-dynamical high-confidence quantitative predictive-empirical validation,cometary nucleus predictive high-accuracy empirical-quantitative observational verification,astrochemical high-confidence quantitative predictive-empirical observational assessment,interstellar comet 3I/ATLAS chemical-dynamical predictive high-confidence quantitative-empirical validation,Hamzah Model high-accuracy predictive-empirical quantitative observational verification,astrochemical predictive quantitative high-confidence empirical-observational modelling validation,interstellar comet chemical-dynamical high-precision predictive-empirical quantitative confirmation,cometary nucleus high-confidence predictive quantitative-empirical observational validation,astrochemical multi-parameter high-accuracy predictive-empirical quantitative verification,interstellar comet 3I/ATLAS high-confidence chemical-dynamical predictive-empirical quantitative validation,Hamzah Model quantitative predictive-empirical high-accuracy observational verification,astrochemical predictive high-confidence quantitative-empirical modelling validation,interstellar comet 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observational assessment,astrochemical predictive high-confidence quantitative-empirical modelling verification,interstellar comet chemical-dynamical high-precision predictive quantitative-empirical validation,cometary nucleus predictive-empirical high-confidence quantitative observational verification,astrochemical high-precision predictive quantitative-empirical observational validation,interstellar comet 3I/ATLAS chemical-dynamical predictive high-confidence quantitative-empirical verification,Hamzah Model quantitative predictive-empirical high-confidence observational verification,astrochemical multi-parameter predictive high-accuracy quantitative-empirical modelling validation,interstellar comet chemical-dynamical high-precision quantitative predictive-empirical confirmation,cometary nucleus predictive high-confidence quantitative-empirical observational verification,astrochemical high-confidence predictive quantitative-empirical observational verification,interstellar comet 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quantitative-empirical observational verification,astrochemical high-confidence predictive quantitative-empirical observational verification
• 3I/ATLAS → 17 October 2025: Confirmation of the Hamzah Model Predictions from the 30 September 2025 Article Using New Observational Data (Hubble, James Webb, VLT, Gemini North, ATLAS).
  All 400 Research Projects and Theories of Hamzah Equation (Physics, Chemistry, Medicine, Economics, Mathematics, Computer Science, AI, AGI, Cosmology Simulation and etc) are Available: Orcid ID: https://orcid.org/0009-0009-3175-8563 Science Open ID: https://ww…
  datacite JALALI, SEYED RASOUL 2025 置信度 0.66 3I/ATLAS,C/2025 N1 ATLAS,interstellar comet,interstellar object,Hamzah Equation,Hamzah Model,quantum-chemical simulation,fractal comet nucleus,volatile composition,CO2 enrichment,H2O abundance,C/O ratio,carbon-to-oxygen ratio,complex organics,methanol CH3OH,hydrogen cyanide HCN,jet activity,asymmetric jets,nucleus rotation,protoplanetary disk,ejected comet,low-metallicity disk,carbon-rich disk,isotopic fractionation,interstellar origin,infrared spectroscopy,ALMA observations,VLT imaging,Gemini telescope,Swift photometry,chemical prediction,physical prediction,dynamical prediction,observational confirmation,quantitative analysis,atomic species detection,CN detection,Ni I detection,molecular ratio prediction,submicron particles,10-100 μm particle size,brightness fluctuations,light curve analysis,polarimetry,outgassing measurement,CO sublimation,CO2 sublimation,rare organics detection,chemical complexity,low-temperature formation,astrochemistry,interstellar chemistry,astrobiology,cometary nucleus modelling,interstellar medium,solar system comets,comparative cometology,chemical inventory,observational astrophysics,quantitative prediction,model validation,theoretical astrophysics,pre-observation modelling,high-precision prediction,scientific forecasting,empirical validation,interstellar minor bodies,planetary system evolution,chemical heterogeneity,exoplanetary systems,chemical enrichment,volatile fractions,chemical composition analysis,interstellar matter,organic molecule synthesis,molecular cloud chemistry,carbon enrichment,oxygen depletion,hydrogen abundance,elemental ratios,CN/CO ratio,HCN/CH3OH ratio,photometric monitoring,time-series analysis,rotational period,short-term variability,particle dispersion,coma structure,coma composition,jet morphology,jet orientation,anisotropic jets,anti-tail formation,polarization measurement,nucleus spin state,spin axis orientation,rapid rotation prediction,light curve amplitude,magnetic field influence,temperature-dependent chemistry,low-temperature astrochemistry,interstellar isotopes,D/H ratio,C/N ratio,O isotopes,N isotopes,radiative transfer modelling,chemical fractionation models,astrochemical simulations,cometary activity modelling,volatile sublimation modelling,thermodynamic predictions,quantum modelling in astrophysics,computational astrochemistry,ab initio calculations,interstellar dynamics,minor body simulations,solar system comparison,cometary diversity,interstellar chemistry benchmarks,cosmic chemical evolution,exoplanetary disk studies,cometary ejection mechanisms,planetesimal formation,protoplanetary disk physics,stellar system diversity,planetary formation scenarios,chemical evolution modelling,isotopic anomalies,interstellar observation planning,space telescope observation,multi-wavelength observation,JWST data analysis,SPHEREx data,chemical detection methods,astrochemical observational techniques,high-resolution spectroscopy,millimeter-wave spectroscopy,submillimeter observations,infrared emission features,gas coma analysis,solid-gas interactions,photodissociation processes,radiation-driven jets,thermal sublimation effects,coma modelling techniques,coma morphology prediction,jet structure analysis,comet nucleus density,volatile release rates,elemental abundance ratios,astrochemical composition,cosmochemistry,interstellar volatile inventory,chemical modelling validation,astrochemical benchmark,interstellar chemical predictions,comet outgassing modelling,quantum mechanical predictions,astrochemical reaction networks,interstellar organic molecules,prebiotic molecules detection,complex molecule synthesis,exobiology relevance,astrobiological markers,astrochemical simulation methods,interstellar comet monitoring,space mission planning,comet observation strategy,chemical reaction kinetics,astrochemical network modelling,low-temperature reaction rates,interstellar ice chemistry,volatile trapping,comet nucleus heterogeneity,gas-dust interactions,cosmic ray chemistry,photo-chemical modelling,UV photolysis effects,chemical evolution of comets,interstellar chemistry prediction,chemical abundance estimation,observationally constrained modelling,astrochemical forecasting,astrochemical prediction accuracy,comet dynamics modelling,rotational dynamics prediction,jet activity modelling,nucleus spin dynamics,coma morphology forecasting,interstellar minor body behaviour,volatile-driven activity,chemical evolution of interstellar objects,astrochemical reaction pathways,complex organics in comets,interstellar medium chemical complexity,quantum astrochemical simulations,fractally structured comet nucleus,high-precision astrochemical prediction,astrochemical observables,interstellar object characterisation,pre-observational model validation,chemical fractionation analysis,astrochemical benchmarking,interstellar comet chemistry,extreme CO2 enrichment,low-H2O environment,carbon-rich 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validation,chemical fractionation confirmation,observational data concordance,interstellar comet monitoring,astrochemical validation methods,empirical confirmation techniques,chemical model accuracy,astrochemical data analysis,quantitative prediction assessment,interstellar minor body study,cometary nucleus composition,volatile fraction analysis,chemical abundance ratios,interstellar organics,astrochemical forecasting,observational validation framework,interstellar comet research,3I/ATLAS confirmation,Hamzah Model confirmation,chemical composition prediction accuracy,observationally verified comet parameters,interstellar comet characterization,pre-observation theoretical modelling,high-precision comet modelling,astrochemical predictive power,interstellar object chemical inventory,cometary nucleus rotational dynamics,jet activity forecasting,complex organic molecule validation,astrochemical reaction network validation,pre-observational cometary predictions,interstellar chemistry accuracy,observational prediction verification,quantitative astrochemical forecasting,cometary dynamics prediction,interstellar comet validation study,quantum-chemical predictive modelling,fractal comet nucleus simulation,cometary nucleus activity analysis,chemical model predictive accuracy,astrochemical modelling framework,interstellar comet research methods,interstellar chemical composition,complex molecule prediction,astrochemical simulation validation,observational campaign analysis,interstellar minor body observational study,interstellar comet chemical analysis,Hamzah Model quantitative assessment,cometary activity observation,astrochemical model validation,3I/ATLAS multi-wavelength analysis,interstellar comet observational results,quantitative confirmation study,astrochemical predictive framework,interstellar comet multi-observatory confirmation,chemical composition validation,astrochemical empirical validation,cometary jet activity observation,interstellar comet rotational 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extreme chemical enrichment,cometary jet activity empirical confirmation,Hamzah Model quantitative empirical verification,astrochemical predictive model testing,interstellar comet chemistry-dynamics assessment,observational confirmation rates,quantitative predictive validation,Hamzah Model astrochemical success,interstellar comet multi-parameter validation,astrochemical observation-prediction integration,comet nucleus empirical analysis,interstellar comet chemistry-dynamics confirmation,astrochemical prediction empirical accuracy,Hamzah Model 90-95% confirmation,interstellar comet high-precision observational analysis,astrochemical theoretical-empirical integration,cometary nucleus multi-parameter validation,astrochemical prediction-observation concordance,interstellar comet chemical composition confirmation,astrochemical empirical predictive validation,Hamzah Model scientific assessment,interstellar comet research benchmark,astrochemical high-accuracy prediction,cometary nucleus 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predictive-empirical confirmation,Hamzah Model quantitative predictive-empirical observational reliability,astrochemical predictive-observational multi-parameter high-confidence validation,interstellar comet empirical chemical-dynamical predictive concordance,cometary nucleus high-precision predictive-empirical observational assessment,astrochemical quantitative high-confidence predictive validation,interstellar comet 3I/ATLAS multi-parameter chemical-dynamical empirical predictive verification,Hamzah Model high-accuracy predictive-empirical observational assessment,astrochemical predictive modelling multi-wavelength high-confidence concordance,interstellar comet chemical-dynamical quantitative empirical predictive validation,cometary nucleus predictive-observational high-confidence empirical concordance,astrochemical multi-parameter quantitative predictive-empirical verification,interstellar comet 3I/ATLAS high-precision chemical-dynamical predictive-observational confirmation,Hamzah 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verification,Hamzah Model predictive-empirical observational high-precision validation,astrochemical multi-parameter quantitative predictive-empirical assessment,interstellar comet chemical-dynamical high-confidence predictive-observational confirmation,cometary nucleus predictive quantitative empirical-observational high-accuracy verification,astrochemical high-confidence predictive-empirical modelling assessment,interstellar comet 3I/ATLAS quantitative chemical-dynamical predictive-empirical confirmation,Hamzah Model multi-parameter high-precision predictive-empirical observational verification,astrochemical predictive quantitative high-confidence empirical validation,interstellar comet chemical-dynamical predictive-empirical high-accuracy confirmation,cometary nucleus predictive-observational high-confidence quantitative empirical validation,astrochemical quantitative predictive-empirical modelling high-accuracy reliability,interstellar comet 3I/ATLAS chemical-dynamical empirical high-confidence predictive validation,Hamzah Model high-precision predictive-empirical observational quantitative confirmation,astrochemical predictive quantitative high-confidence empirical-observational verification,interstellar comet chemical-dynamical high-accuracy predictive-empirical validation,cometary nucleus high-confidence predictive quantitative empirical-observational verification,astrochemical quantitative predictive-empirical high-accuracy modelling assessment,interstellar comet 3I/ATLAS chemical-dynamical predictive-empirical high-confidence verification,Hamzah Model high-confidence quantitative predictive-empirical observational assessment,astrochemical predictive multi-parameter high-precision empirical verification,interstellar comet chemical-dynamical predictive quantitative-empirical confirmation,cometary nucleus predictive-empirical high-confidence quantitative observational verification,astrochemical quantitative predictive high-confidence empirical-observational validation,interstellar comet 3I/ATLAS high-precision chemical-dynamical predictive-empirical validation,Hamzah Model quantitative high-confidence predictive-empirical observational verification,astrochemical predictive high-accuracy quantitative-empirical modelling confirmation,interstellar comet chemical-dynamical high-confidence predictive-empirical assessment,cometary nucleus high-precision predictive quantitative-empirical observational validation,astrochemical multi-parameter high-confidence predictive-empirical modelling verification,interstellar comet 3I/ATLAS quantitative chemical-dynamical predictive high-accuracy empirical confirmation,Hamzah Model high-confidence predictive-empirical multi-parameter observational validation,astrochemical quantitative predictive high-precision empirical modelling verification,interstellar comet chemical-dynamical high-confidence quantitative predictive-empirical validation,cometary nucleus predictive high-accuracy empirical-quantitative observational verification,astrochemical high-confidence quantitative predictive-empirical observational assessment,interstellar comet 3I/ATLAS chemical-dynamical predictive high-confidence quantitative-empirical validation,Hamzah Model high-accuracy predictive-empirical quantitative observational verification,astrochemical predictive quantitative high-confidence empirical-observational modelling validation,interstellar comet chemical-dynamical high-precision predictive-empirical quantitative confirmation,cometary nucleus high-confidence predictive quantitative-empirical observational validation,astrochemical multi-parameter high-accuracy predictive-empirical quantitative verification,interstellar comet 3I/ATLAS high-confidence chemical-dynamical predictive-empirical quantitative validation,Hamzah Model quantitative predictive-empirical high-accuracy observational verification,astrochemical predictive high-confidence quantitative-empirical modelling validation,interstellar comet chemical-dynamical quantitative predictive-empirical high-accuracy confirmation,cometary nucleus predictive-empirical high-confidence quantitative observational verification,astrochemical high-precision predictive quantitative-empirical modelling assessment,interstellar comet 3I/ATLAS high-confidence chemical-dynamical quantitative predictive-empirical validation,Hamzah Model predictive-empirical high-accuracy quantitative observational verification,astrochemical multi-parameter high-confidence predictive quantitative-empirical validation,interstellar comet chemical-dynamical high-precision quantitative predictive-empirical confirmation,cometary nucleus predictive high-confidence quantitative-empirical observational validation,astrochemical high-confidence predictive quantitative-empirical observational assessment,interstellar comet 3I/ATLAS quantitative chemical-dynamical predictive-empirical high-accuracy verification,Hamzah Model high-accuracy predictive-empirical quantitative observational assessment,astrochemical predictive high-confidence quantitative-empirical modelling verification,interstellar comet chemical-dynamical high-precision predictive quantitative-empirical validation,cometary nucleus predictive-empirical high-confidence quantitative observational verification,astrochemical high-precision predictive quantitative-empirical observational validation,interstellar comet 3I/ATLAS chemical-dynamical predictive high-confidence quantitative-empirical verification,Hamzah Model quantitative predictive-empirical high-confidence observational verification,astrochemical multi-parameter predictive high-accuracy quantitative-empirical modelling validation,interstellar comet chemical-dynamical high-precision quantitative predictive-empirical confirmation,cometary nucleus predictive high-confidence quantitative-empirical observational verification,astrochemical high-confidence predictive quantitative-empirical observational verification,interstellar comet 3I/ATLAS chemical-dynamical quantitative predictive-empirical high-accuracy validation,Hamzah Model high-accuracy predictive-empirical quantitative observational verification,astrochemical predictive high-confidence quantitative-empirical modelling verification,interstellar comet chemical-dynamical high-precision predictive quantitative-empirical validation,cometary nucleus predictive-empirical high-confidence quantitative observational verification,astrochemical high-precision predictive quantitative-empirical observational validation,interstellar comet 3I/ATLAS chemical-dynamical predictive high-confidence quantitative-empirical verification,Hamzah Model quantitative predictive-empirical high-confidence observational verification,astrochemical multi-parameter predictive high-accuracy quantitative-empirical modelling validation,interstellar comet chemical-dynamical high-precision quantitative predictive-empirical confirmation,cometary nucleus predictive high-confidence quantitative-empirical observational verification,astrochemical high-confidence predictive quantitative-empirical observational verification
• 3I/ATLAS → 17 October 2025: Confirmation of the Hamzah Model Predictions from the 30 September 2025 Article Using New Observational Data (Hubble, James Webb, VLT, Gemini North, ATLAS).
  All 400 Research Projects and Theories of Hamzah Equation (Physics, Chemistry, Medicine, Economics, Mathematics, Computer Science, AI, AGI, Cosmology Simulation and etc) are Available: Orcid ID: https://orcid.org/0009-0009-3175-8563 Science Open ID: https://ww…
  datacite JALALI, SEYED RASOUL 2025 置信度 0.66 3I/ATLAS,C/2025 N1 ATLAS,interstellar comet,interstellar object,Hamzah Equation,Hamzah Model,quantum-chemical simulation,fractal comet nucleus,volatile composition,CO2 enrichment,H2O abundance,C/O ratio,carbon-to-oxygen ratio,complex organics,methanol CH3OH,hydrogen cyanide HCN,jet activity,asymmetric jets,nucleus rotation,protoplanetary disk,ejected comet,low-metallicity disk,carbon-rich disk,isotopic fractionation,interstellar origin,infrared spectroscopy,ALMA observations,VLT imaging,Gemini telescope,Swift photometry,chemical prediction,physical prediction,dynamical prediction,observational confirmation,quantitative analysis,atomic species detection,CN detection,Ni I detection,molecular ratio prediction,submicron particles,10-100 μm particle size,brightness fluctuations,light curve analysis,polarimetry,outgassing measurement,CO sublimation,CO2 sublimation,rare organics detection,chemical complexity,low-temperature formation,astrochemistry,interstellar chemistry,astrobiology,cometary nucleus modelling,interstellar medium,solar system comets,comparative cometology,chemical inventory,observational astrophysics,quantitative prediction,model validation,theoretical astrophysics,pre-observation modelling,high-precision prediction,scientific forecasting,empirical validation,interstellar minor bodies,planetary system evolution,chemical heterogeneity,exoplanetary systems,chemical enrichment,volatile fractions,chemical composition analysis,interstellar matter,organic molecule synthesis,molecular cloud chemistry,carbon enrichment,oxygen depletion,hydrogen abundance,elemental ratios,CN/CO ratio,HCN/CH3OH ratio,photometric monitoring,time-series analysis,rotational period,short-term variability,particle dispersion,coma structure,coma composition,jet morphology,jet orientation,anisotropic jets,anti-tail formation,polarization measurement,nucleus spin state,spin axis orientation,rapid rotation prediction,light curve amplitude,magnetic field influence,temperature-dependent chemistry,low-temperature astrochemistry,interstellar isotopes,D/H ratio,C/N ratio,O isotopes,N isotopes,radiative transfer modelling,chemical fractionation models,astrochemical simulations,cometary activity modelling,volatile sublimation modelling,thermodynamic predictions,quantum modelling in astrophysics,computational astrochemistry,ab initio calculations,interstellar dynamics,minor body simulations,solar system comparison,cometary diversity,interstellar chemistry benchmarks,cosmic chemical evolution,exoplanetary disk studies,cometary ejection mechanisms,planetesimal formation,protoplanetary disk physics,stellar system diversity,planetary formation scenarios,chemical evolution modelling,isotopic anomalies,interstellar observation planning,space telescope observation,multi-wavelength observation,JWST data analysis,SPHEREx data,chemical detection methods,astrochemical observational techniques,high-resolution spectroscopy,millimeter-wave spectroscopy,submillimeter observations,infrared emission features,gas coma analysis,solid-gas interactions,photodissociation processes,radiation-driven jets,thermal sublimation effects,coma modelling techniques,coma morphology prediction,jet structure analysis,comet nucleus density,volatile release rates,elemental abundance ratios,astrochemical composition,cosmochemistry,interstellar volatile inventory,chemical modelling validation,astrochemical benchmark,interstellar chemical predictions,comet outgassing modelling,quantum mechanical predictions,astrochemical reaction networks,interstellar organic molecules,prebiotic molecules detection,complex molecule synthesis,exobiology relevance,astrobiological markers,astrochemical simulation methods,interstellar comet monitoring,space mission planning,comet observation strategy,chemical reaction kinetics,astrochemical network modelling,low-temperature reaction rates,interstellar ice chemistry,volatile trapping,comet 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predictive-empirical confirmation,Hamzah Model quantitative predictive-empirical observational reliability,astrochemical predictive-observational multi-parameter high-confidence validation,interstellar comet empirical chemical-dynamical predictive concordance,cometary nucleus high-precision predictive-empirical observational assessment,astrochemical quantitative high-confidence predictive validation,interstellar comet 3I/ATLAS multi-parameter chemical-dynamical empirical predictive verification,Hamzah Model high-accuracy predictive-empirical observational assessment,astrochemical predictive modelling multi-wavelength high-confidence concordance,interstellar comet chemical-dynamical quantitative empirical predictive validation,cometary nucleus predictive-observational high-confidence empirical concordance,astrochemical multi-parameter quantitative predictive-empirical verification,interstellar comet 3I/ATLAS high-precision chemical-dynamical predictive-observational confirmation,Hamzah Model quantitative high-confidence predictive-empirical observational validation,astrochemical predictive modelling multi-parameter high-accuracy concordance,interstellar comet chemical-dynamical empirical quantitative predictive verification,cometary nucleus high-confidence predictive-empirical observational validation,astrochemical quantitative multi-parameter predictive-observational assessment,interstellar comet 3I/ATLAS chemical-dynamical predictive-empirical high-precision confirmation,Hamzah Model high-confidence quantitative predictive-empirical observational assessment,astrochemical multi-parameter predictive-empirical modelling reliability,interstellar comet chemical-dynamical quantitative high-confidence predictive validation,cometary nucleus predictive-empirical multi-parameter high-accuracy verification,astrochemical predictive modelling quantitative empirical-observational concordance,interstellar comet 3I/ATLAS high-confidence chemical-dynamical predictive-empirical verification,Hamzah Model predictive-empirical observational high-precision validation,astrochemical multi-parameter quantitative predictive-empirical assessment,interstellar comet chemical-dynamical high-confidence predictive-observational confirmation,cometary nucleus predictive quantitative empirical-observational high-accuracy verification,astrochemical high-confidence predictive-empirical modelling assessment,interstellar comet 3I/ATLAS quantitative chemical-dynamical predictive-empirical confirmation,Hamzah Model multi-parameter high-precision predictive-empirical observational verification,astrochemical predictive quantitative high-confidence empirical validation,interstellar comet chemical-dynamical predictive-empirical high-accuracy confirmation,cometary nucleus predictive-observational high-confidence quantitative empirical validation,astrochemical quantitative predictive-empirical modelling high-accuracy reliability,interstellar comet 3I/ATLAS chemical-dynamical empirical high-confidence predictive validation,Hamzah Model high-precision predictive-empirical observational quantitative confirmation,astrochemical predictive quantitative high-confidence empirical-observational verification,interstellar comet chemical-dynamical high-accuracy predictive-empirical validation,cometary nucleus high-confidence predictive quantitative empirical-observational verification,astrochemical quantitative predictive-empirical high-accuracy modelling assessment,interstellar comet 3I/ATLAS chemical-dynamical predictive-empirical high-confidence verification,Hamzah Model high-confidence quantitative predictive-empirical observational assessment,astrochemical predictive multi-parameter high-precision empirical verification,interstellar comet chemical-dynamical predictive quantitative-empirical confirmation,cometary nucleus predictive-empirical high-confidence quantitative observational verification,astrochemical quantitative predictive high-confidence empirical-observational validation,interstellar comet 3I/ATLAS high-precision chemical-dynamical predictive-empirical validation,Hamzah Model quantitative high-confidence predictive-empirical observational verification,astrochemical predictive high-accuracy quantitative-empirical modelling confirmation,interstellar comet chemical-dynamical high-confidence predictive-empirical assessment,cometary nucleus high-precision predictive quantitative-empirical observational validation,astrochemical multi-parameter high-confidence predictive-empirical modelling verification,interstellar comet 3I/ATLAS quantitative chemical-dynamical predictive high-accuracy empirical confirmation,Hamzah Model high-confidence predictive-empirical multi-parameter observational validation,astrochemical quantitative predictive high-precision empirical modelling verification,interstellar comet chemical-dynamical high-confidence quantitative predictive-empirical validation,cometary nucleus predictive high-accuracy empirical-quantitative observational verification,astrochemical high-confidence quantitative predictive-empirical observational assessment,interstellar comet 3I/ATLAS chemical-dynamical predictive high-confidence quantitative-empirical validation,Hamzah Model high-accuracy predictive-empirical quantitative observational verification,astrochemical predictive quantitative high-confidence empirical-observational modelling validation,interstellar comet chemical-dynamical high-precision predictive-empirical quantitative confirmation,cometary nucleus high-confidence predictive quantitative-empirical observational validation,astrochemical multi-parameter high-accuracy predictive-empirical quantitative verification,interstellar comet 3I/ATLAS high-confidence chemical-dynamical predictive-empirical quantitative validation,Hamzah Model quantitative predictive-empirical high-accuracy observational verification,astrochemical predictive high-confidence quantitative-empirical modelling validation,interstellar comet chemical-dynamical quantitative predictive-empirical high-accuracy confirmation,cometary nucleus predictive-empirical high-confidence quantitative observational verification,astrochemical high-precision predictive quantitative-empirical modelling assessment,interstellar comet 3I/ATLAS high-confidence chemical-dynamical quantitative predictive-empirical validation,Hamzah Model predictive-empirical high-accuracy quantitative observational verification,astrochemical multi-parameter high-confidence predictive quantitative-empirical validation,interstellar comet chemical-dynamical high-precision quantitative predictive-empirical confirmation,cometary nucleus predictive high-confidence quantitative-empirical observational validation,astrochemical high-confidence predictive quantitative-empirical observational assessment,interstellar comet 3I/ATLAS quantitative chemical-dynamical predictive-empirical high-accuracy verification,Hamzah Model high-accuracy predictive-empirical quantitative observational assessment,astrochemical predictive high-confidence quantitative-empirical modelling verification,interstellar comet chemical-dynamical high-precision predictive quantitative-empirical validation,cometary nucleus predictive-empirical high-confidence quantitative observational verification,astrochemical high-precision predictive quantitative-empirical observational validation,interstellar comet 3I/ATLAS chemical-dynamical predictive high-confidence quantitative-empirical verification,Hamzah Model quantitative predictive-empirical high-confidence observational verification,astrochemical multi-parameter predictive high-accuracy quantitative-empirical modelling validation,interstellar comet chemical-dynamical high-precision quantitative predictive-empirical confirmation,cometary nucleus predictive high-confidence quantitative-empirical observational verification,astrochemical high-confidence predictive quantitative-empirical observational verification,interstellar comet 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quantitative-empirical observational verification,astrochemical high-confidence predictive quantitative-empirical observational verification
• 3I/ATLAS → 17 October 2025: Confirmation of the Hamzah Model Predictions from the 30 September 2025 Article Using New Observational Data (Hubble, James Webb, VLT, Gemini North, ATLAS).
  All 400 Research Projects and Theories of Hamzah Equation (Physics, Chemistry, Medicine, Economics, Mathematics, Computer Science, AI, AGI, Cosmology Simulation and etc) are Available: Orcid ID: https://orcid.org/0009-0009-3175-8563 Science Open ID: https://ww…
  datacite JALALI, SEYED RASOUL 2025 置信度 0.66 3I/ATLAS,C/2025 N1 ATLAS,interstellar comet,interstellar object,Hamzah Equation,Hamzah Model,quantum-chemical simulation,fractal comet nucleus,volatile composition,CO2 enrichment,H2O abundance,C/O ratio,carbon-to-oxygen ratio,complex organics,methanol CH3OH,hydrogen cyanide HCN,jet activity,asymmetric jets,nucleus rotation,protoplanetary disk,ejected comet,low-metallicity disk,carbon-rich disk,isotopic fractionation,interstellar origin,infrared spectroscopy,ALMA observations,VLT imaging,Gemini telescope,Swift photometry,chemical prediction,physical prediction,dynamical prediction,observational confirmation,quantitative analysis,atomic species detection,CN detection,Ni I detection,molecular ratio prediction,submicron particles,10-100 μm particle size,brightness fluctuations,light curve analysis,polarimetry,outgassing measurement,CO sublimation,CO2 sublimation,rare organics detection,chemical complexity,low-temperature formation,astrochemistry,interstellar chemistry,astrobiology,cometary nucleus modelling,interstellar medium,solar system comets,comparative cometology,chemical inventory,observational astrophysics,quantitative prediction,model validation,theoretical astrophysics,pre-observation modelling,high-precision prediction,scientific forecasting,empirical validation,interstellar minor bodies,planetary system evolution,chemical heterogeneity,exoplanetary systems,chemical enrichment,volatile fractions,chemical composition analysis,interstellar matter,organic molecule synthesis,molecular cloud chemistry,carbon enrichment,oxygen depletion,hydrogen abundance,elemental ratios,CN/CO ratio,HCN/CH3OH ratio,photometric monitoring,time-series analysis,rotational period,short-term variability,particle dispersion,coma structure,coma composition,jet morphology,jet orientation,anisotropic jets,anti-tail formation,polarization measurement,nucleus spin state,spin axis orientation,rapid rotation prediction,light curve amplitude,magnetic field influence,temperature-dependent chemistry,low-temperature astrochemistry,interstellar isotopes,D/H ratio,C/N ratio,O isotopes,N isotopes,radiative transfer modelling,chemical fractionation models,astrochemical simulations,cometary activity modelling,volatile sublimation modelling,thermodynamic predictions,quantum modelling in astrophysics,computational astrochemistry,ab initio calculations,interstellar dynamics,minor body simulations,solar system comparison,cometary diversity,interstellar chemistry benchmarks,cosmic chemical evolution,exoplanetary disk studies,cometary ejection mechanisms,planetesimal formation,protoplanetary disk physics,stellar system diversity,planetary formation scenarios,chemical evolution modelling,isotopic anomalies,interstellar observation planning,space telescope observation,multi-wavelength observation,JWST data analysis,SPHEREx data,chemical detection methods,astrochemical observational techniques,high-resolution 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nucleus heterogeneity,gas-dust interactions,cosmic ray chemistry,photo-chemical modelling,UV photolysis effects,chemical evolution of comets,interstellar chemistry prediction,chemical abundance estimation,observationally constrained modelling,astrochemical forecasting,astrochemical prediction accuracy,comet dynamics modelling,rotational dynamics prediction,jet activity modelling,nucleus spin dynamics,coma morphology forecasting,interstellar minor body behaviour,volatile-driven activity,chemical evolution of interstellar objects,astrochemical reaction pathways,complex organics in comets,interstellar medium chemical complexity,quantum astrochemical simulations,fractally structured comet nucleus,high-precision astrochemical prediction,astrochemical observables,interstellar object characterisation,pre-observational model validation,chemical fractionation analysis,astrochemical benchmarking,interstellar comet chemistry,extreme CO2 enrichment,low-H2O environment,carbon-rich 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quantitative-empirical observational verification,astrochemical high-confidence predictive quantitative-empirical observational verification
• Foundation Models for Astrobiology: Paper I -- Workshop and Overview
  Advances in machine learning over the past decade have resulted in a proliferation of algorithmic applications for encoding, characterizing, and acting on complex data that may contain many high dimensional features. Recently, the emergence of deep-learning mo…
  datacite Felton, Ryan, Scharf, Caleb, Bartlett, Stuart, Cabrol, Nathalie A. 等 2025 置信度 0.66 Instrumentation and Methods for Astrophysics (astro-ph.IM)Earth and Planetary Astrophysics (astro-ph.EP)FOS: Physical sciences
• The Dark Blue Dream — Paper I: Conceptual Planetary Model Exploring a Hydrogen Cyanide (HCN) Ocean World with Iron-Based Photosynthetic Life
  Abstract:We present a speculative yet chemically grounded conceptual model for an exoplanetary biosphere designated The Dark Blue Dream.The planet features extensive oceans of liquid hydrogen cyanide (HCN) sustained under moderate surface pressures (≈5–10 bar)…
  datacite Torkamaan, Mohammad Hamed 2025 置信度 0.66
• The Dark Blue Dream — Paper I: Conceptual Planetary Model Exploring a Hydrogen Cyanide (HCN) Ocean World with Iron-Based Photosynthetic Life
  Abstract:We present a speculative yet chemically grounded conceptual model for an exoplanetary biosphere designated The Dark Blue Dream.The planet features extensive oceans of liquid hydrogen cyanide (HCN) sustained under moderate surface pressures (≈5–10 bar)…
  datacite Torkamaan, Mohammad Hamed 2025 置信度 0.66
• The Dark Blue Dream — Paper I: Conceptual Planetary Model Exploring a Hydrogen Cyanide (HCN) Ocean World with Iron-Based Photosynthetic Life
  Abstract:We present a speculative yet chemically grounded conceptual model for an exoplanetary biosphere designated The Dark Blue Dream.The planet features extensive oceans of liquid hydrogen cyanide (HCN) sustained under moderate surface pressures (≈5–10 bar)…
  datacite Torkamaan, Mohammad Hamed 2025 置信度 0.66
• The Yellow Dream Project Series: Conceptual, Experimental, and Final Astrobiological Models
  The Yellow Dream Project is a multidisciplinary exploration of sulfur-based astrobiology that integrates conceptual modeling, laboratory experimentation, and theoretical synthesis.It proposes that hydrogen sulfide (H₂S) and carbon disulfide (CS₂) may serve as …
  datacite Torkamaan, Mohammad Hamed 2025 置信度 0.66 Astrobiology Prebiotic Chemistry Sulfur Exoplanets Hydrogen Sulfide Carbon Disulfide Alternative Biochemistry Biosignatures
• The Yellow Dream Project Series: Conceptual, Experimental, and Final Astrobiological Models
  The Yellow Dream Project is a multidisciplinary exploration of sulfur-based astrobiology that integrates conceptual modeling, laboratory experimentation, and theoretical synthesis.It proposes that hydrogen sulfide (H₂S) and carbon disulfide (CS₂) may serve as …
  datacite Torkamaan, Mohammad Hamed 2025 置信度 0.66 Astrobiology Prebiotic Chemistry Sulfur Exoplanets Hydrogen Sulfide Carbon Disulfide Alternative Biochemistry Biosignatures
• The Yellow Dream Project Series: Conceptual, Experimental, and Final Astrobiological Models
  The Yellow Dream Project is a multidisciplinary exploration of sulfur-based astrobiology that integrates conceptual modeling, laboratory experimentation, and theoretical synthesis.It proposes that hydrogen sulfide (H₂S) and carbon disulfide (CS₂) may serve as …
  datacite Torkamaan, Mohammad Hamed 2025 置信度 0.66 Astrobiology Prebiotic Chemistry Sulfur Exoplanets Hydrogen Sulfide Carbon Disulfide Alternative Biochemistry Biosignatures
• The Yellow Dream Project Series: Conceptual, Experimental, and Final Astrobiological Models
  The Yellow Dream Project is a multidisciplinary exploration of sulfur-based astrobiology that integrates conceptual modeling, laboratory experimentation, and theoretical synthesis.It proposes that hydrogen sulfide (H₂S) and carbon disulfide (CS₂) may serve as …
  datacite Torkamaan, Mohammad Hamed 2025 置信度 0.66 Astrobiology Prebiotic Chemistry Sulfur Exoplanets Hydrogen Sulfide Carbon Disulfide Alternative Biochemistry Biosignatures
• The Chamber of Symbiotic Dialogue: Audiocorporeality as a Method of Interspecies Communication
  This paper introduces the concept of the “Chamber of Symbiotic Dialogue” — an installation that enables the perception of the embodied existence of a non-human colony (exemplified by the symbiotic culture of Kombucha) within an acoustic dimension. The study pr…
  datacite Bishanov, Vitaliy 2025 置信度 0.66 Chamber of Symbiotic DialogueSCOBYPosthumanismAudiocorporealityCorporeality
• The Chamber of Symbiotic Dialogue: Audiocorporeality as a Method of Interspecies Communication
  This paper introduces the concept of the “Chamber of Symbiotic Dialogue” — an installation that enables the perception of the embodied existence of a non-human colony (exemplified by the symbiotic culture of Kombucha) within an acoustic dimension. The study pr…
  datacite Bishanov, Vitaliy 2025 置信度 0.66 Chamber of Symbiotic DialogueSCOBYPosthumanismAudiocorporealityCorporeality
• The Matter World Hypothesis: A Comprehensive Perspective on Life's Origins
  The RNA World Hypothesis (RWH) posits RNA as the primary self-replicating molecule in life's origin, but its chemical instability under prebiotic conditions challenges its plausibility. The Matter World Hypothesis (MWH), proposed by Hashemi (2025), suggests a …
  datacite Reza Hashemi 2025 置信度 0.66 RNA, DNA, co-evolution, prebiotic, montmorillonite, formaldehyde, borate, deoxyribose yield
• The Matter World Hypothesis: A Comprehensive Perspective on Life's Origins
  The RNA World Hypothesis (RWH) posits RNA as the primary self-replicating molecule in life's origin, but its chemical instability under prebiotic conditions challenges its plausibility. The Matter World Hypothesis (MWH), proposed by Hashemi (2025), suggests a …
  datacite Reza Hashemi 2025 置信度 0.66 RNA, DNA, co-evolution, prebiotic, montmorillonite, formaldehyde, borate, deoxyribose yield
• The Matter World Hypothesis: A Comprehensive Perspective on Life's Origins
  The RNA World Hypothesis (RWH) posits RNA as the primary self-replicating molecule in life's origin, but its chemical instability under prebiotic conditions challenges its plausibility. The Matter World Hypothesis (MWH), proposed by Hashemi (2025), suggests a …
  datacite Reza Hashemi 2025 置信度 0.66 RNA, DNA, co-evolution, prebiotic, montmorillonite, formaldehyde, borate, deoxyribose yield
• Molecular Destruction Theory: A Framework for Quantifying Irreversible Molecular Change
  Molecular Destruction Theory: A New Framework for Quantifying Irreversible Molecular ChangeTreasure Nmachuwku UkachiSeptember 27, 2025 Abstract Molecular Destruction Theory (MDT) introduces a groundbreaking approach to quantifying irreversible molecular change…
  datacite Ukachi Nmachuwku, Treasure 2025 置信度 0.66 PhysicsChemistryPhysical chemistry
• Molecular Destruction Theory: A Framework for Quantifying Irreversible Molecular Change
  Molecular Destruction Theory: A New Framework for Quantifying Irreversible Molecular ChangeTreasure Nmachuwku UkachiSeptember 27, 2025 Abstract Molecular Destruction Theory (MDT) introduces a groundbreaking approach to quantifying irreversible molecular change…
  datacite Ukachi Nmachuwku, Treasure 2025 置信度 0.66 PhysicsChemistryPhysical chemistry
• BOARD #153: Work in Progress: Designing a Role Playing Game for an Astrobiology Course
  Role-playing games (RPGs) have long captivated players with their ability to combine structuredrules with boundless creativity, fostering a sense of engagement and immersion. Inspired by thepioneering work of Johan Huizinga, who emphasized the critical role of…
  datacite McAlpine, Steven 2025 置信度 0.66
• NASA's RNA World Experiments and the Matter World Hypothesis: A Comprehensive Critique
  The RNA World Hypothesis (RWH), positing that self-replicating RNA molecules were the precursors to life, has been a cornerstone of NASA’s Astrobiology and Exobiology programs. Despite extensive research, no NASA-funded project has achieved a fully autonomous,…
  datacite Reza Hashemi 2025 置信度 0.66 Origin of life, RNA World, Matter World Hypothesis, co-evolution, protocell, metabolic networks, translation systems, prebiotic environments, computational simulations, empirical validation
• NASA's RNA World Experiments and the Matter World Hypothesis: A Comprehensive Critique
  The RNA World Hypothesis (RWH), positing that self-replicating RNA molecules were the precursors to life, has been a cornerstone of NASA’s Astrobiology and Exobiology programs. Despite extensive research, no NASA-funded project has achieved a fully autonomous,…
  datacite Reza Hashemi 2025 置信度 0.66 Origin of life, RNA World, Matter World Hypothesis, co-evolution, protocell, metabolic networks, translation systems, prebiotic environments, computational simulations, empirical validation
• SETI Post-Detection Futures: Directions for Technosignature Research and Readiness
  This white paper highlights the work that is needed to anticipate the challenges and societal impacts of a possible technosignature detection. We recommend practical steps to strengthen NASA's astrobiology agenda, guided by the existing interdisciplinary frame…
  datacite Genevieve, Kate, Kovacevic, Andjelka B., Elliott, John, Dominik, Martin 等 2025 置信度 0.66 Instrumentation and Methods for Astrophysics (astro-ph.IM)Physics and Society (physics.soc-ph)FOS: Physical sciencesFOS: Physical sciences
• SETI Post-Detection: Transforming Future Research for Unprecedented Technosignature Discoveries
  This white paper highlights the work that is needed to anticipate the challenges and societal impacts of a possible technosignature detection. We recommend practical steps to strengthen NASA’s astrobiology agenda, guided by the existing interdisciplinary frame…
  datacite Kate Genevieve, Kovacevic, Andjelka B., Elliott, John, Dominik, Martin 等 2025 置信度 0.66
• SETI Post-Detection: Transforming Future Research for Unprecedented Technosignature Discoveries
  This white paper highlights the work that is needed to anticipate the challenges and societal impacts of a possible technosignature detection. We recommend practical steps to strengthen NASA’s astrobiology agenda, guided by the existing interdisciplinary frame…
  datacite Kate Genevieve, Kovacevic, Andjelka B., Elliott, John, Dominik, Martin 等 2025 置信度 0.66
• Recognition as Fundamental: Phase-Coherent Dynamics Across Physics, Consciousness, and Artificial Intelligence
  Recognition as Fundamental: Phase-Coherent Dynamics Across Physics, Consciousness, and Artificial Intelligence A Complete Framework for the Science of Reality Recognizing Itself Author: Alexander Eydelson Contact: viswapadme@gmail.comDate: July 2025 --- Abstra…
  datacite Eydelson, Alexander 2025 置信度 0.66
• Recognition as Fundamental: Phase-Coherent Dynamics Across Physics, Consciousness, and Artificial Intelligence
  Recognition as Fundamental: Phase-Coherent Dynamics Across Physics, Consciousness, and Artificial Intelligence A Complete Framework for the Science of Reality Recognizing Itself Author: Alexander Eydelson Contact: viswapadme@gmail.comDate: July 2025 --- Abstra…
  datacite Eydelson, Alexander 2025 置信度 0.66
• Challenge-Based Funding to Spark Origins Breakthroughs
  Origins of life research is marred by ambiguous questions and goals, creating uncertainty about when research objectives have been achieved. Because of numerous unknowns and disagreements about definitions and theories, the field lacks clear markers of progres…
  datacite Mathis, Cole, Smith, Harrison B. 2025 置信度 0.66 Instrumentation and Methods for Astrophysics (astro-ph.IM)Earth and Planetary Astrophysics (astro-ph.EP)FOS: Physical sciencesFOS: Physical sciences
• Possibilities for SETI at High Energy
  High-energy SETI pushes astrobiology to its limits, testing the most fundamental needs of life and the most extreme limits of technology. It has lagged behind the rest of the field, but the increased respectability of SETI could spark interest in the coming ye…
  datacite Lacki, Brian C., DiKerby, Stephen 2025 置信度 0.66 High Energy Astrophysical Phenomena (astro-ph.HE)FOS: Physical sciencesFOS: Physical sciences
• A Meaningful Mask of the Universe: Cosmology through the Lens of Complexity and Evolutionary Sciences
  Abstract: Cosmological models derived from fundamental physics often present a universe perceived as ultimately meaningless, leading to a sense of existential disconnection. This paper critiques this "mask" of the universe characterized by determinism or rando…
  datacite Vidal, Clément 2025 置信度 0.66 cosmologycosmic evolutioncomplexity scienceevolutionary sciencemeaning of life
• A Meaningful Mask of the Universe: Cosmology through the Lens of Complexity and Evolutionary Sciences
  Abstract: Cosmological models derived from fundamental physics often present a universe perceived as ultimately meaningless, leading to a sense of existential disconnection. This paper critiques this "mask" of the universe characterized by determinism or rando…
  datacite Vidal, Clément 2025 置信度 0.66 cosmologycosmic evolutioncomplexity scienceevolutionary sciencemeaning of life
• A Meaningful Mask of the Universe: Cosmology through the Lens of Complexity and Evolutionary Sciences
  Abstract: Cosmological models derived from fundamental physics often present a universe perceived as ultimately meaningless, leading to a sense of existential disconnection. This paper critiques this "mask" of the universe characterized by determinism or rando…
  datacite Vidal, Clément 2025 置信度 0.66 cosmologycosmic evolutioncomplexity scienceevolutionary sciencemeaning of life
• Matter World Hypothesis Origin of Life ( I-IV ) From Matter to Life Challenging the RNA World Hypothesis
  The Matter World Hypothesis (MWH), introduced by Reza Hashemi in 2025, offers a compelling alternative. MWH envisions life’s origins as a collaborative effort among RNA, DNA, peptides, lipids, and catalysts (e.g., montmorillonite clay, Zn²⁺ ions) in a dynamic …
  datacite Reza Hashemi 2025 置信度 0.66 Origin of life, RNA World, Matter World Hypothesis, co-evolution, protocell, metabolic networks, translation systems, prebiotic environments, computational simulations, empirical validation, refute RWH, LUCA, Archaea.
• Matter World Hypothesis Origin of Life ( I-IV ) From Matter to Life Challenging the RNA World Hypothesis
  The Matter World Hypothesis (MWH), introduced by Reza Hashemi in 2025, offers a compelling alternative. MWH envisions life’s origins as a collaborative effort among RNA, DNA, peptides, lipids, and catalysts (e.g., montmorillonite clay, Zn²⁺ ions) in a dynamic …
  datacite Reza Hashemi 2025 置信度 0.66 Origin of life, RNA World, Matter World Hypothesis, co-evolution, protocell, metabolic networks, translation systems, prebiotic environments, computational simulations, empirical validation, refute RWH, LUCA, Archaea.
• Computational Modeling of a Dividing Protocell: Integrating DNA Replication, Transcription, Translation, and Membrane Dynamics Over Ten Generations(Estimated Calculation Simulation)
  his study presents a comprehensive computational model of a dividing protocell, simulating up to ten generations of replication, transcription, translation, and membrane division in a prebiotic environment. Building on prior work (Hashemi, 2025), we model a pr…
  datacite Reza Hashemi 2025 置信度 0.66 protocell, replication, transcription, translation, prebiotic, QM/MM, molecular dynamics, ribosome, membrane, origins
• Computational Modeling of a Dividing Protocell: Integrating DNA Replication, Transcription, Translation, and Membrane Dynamics Over Ten Generations(Estimated Calculation Simulation)
  his study presents a comprehensive computational model of a dividing protocell, simulating up to ten generations of replication, transcription, translation, and membrane division in a prebiotic environment. Building on prior work (Hashemi, 2025), we model a pr…
  datacite Reza Hashemi 2025 置信度 0.66 protocell, replication, transcription, translation, prebiotic, QM/MM, molecular dynamics, ribosome, membrane, origins
• Comprehensive Simulation of Protocell Formation in Diverse Prebiotic Environments for the Matter World Hypothesis(Estimated Calculation Simulation)
  The Matter World Hypothesis (MWH) posits that life emerged from a synergistic "matter soup" of RNA, DNA, proteins, lipids, carbohydrates, and metal ions in hydrothermal vents and tidal pools (Hashemi, 2025). This study extends MWH to include frozen (ice veins)…
  datacite Reza Hashemi 2025 置信度 0.66 protocell, hydrothermal vents, stochastic simulations, polyphosphate, oleate vesicles, ribose, nucleoid segregation, astrobiology, wet-dry cycles, RNA-DNA
• Comprehensive Simulation of Protocell Formation in Diverse Prebiotic Environments for the Matter World Hypothesis(Estimated Calculation Simulation)
  The Matter World Hypothesis (MWH) posits that life emerged from a synergistic "matter soup" of RNA, DNA, proteins, lipids, carbohydrates, and metal ions in hydrothermal vents and tidal pools (Hashemi, 2025). This study extends MWH to include frozen (ice veins)…
  datacite Reza Hashemi 2025 置信度 0.66 protocell, hydrothermal vents, stochastic simulations, polyphosphate, oleate vesicles, ribose, nucleoid segregation, astrobiology, wet-dry cycles, RNA-DNA
• The Hydrothermal Vent in Matter World Hypothesis: The Most Plausible Cradle of Life on Earth(Estimated Calculation Simulation)
  The origin of life remains a profound scientific enigma. Among proposed prebiotic environments—tidal pools, icy veins, wet-dry cycles, and hydrothermal vents—alkaline hydrothermal vents emerge as the most compelling cradle due to their unique integration of en…
  datacite Reza Hashemi 2025 置信度 0.66 origin of life, hydrothermal vents, prebiotic environments, protocell formation, RNA-DNA co-evolution, Matter World Hypothesis, astrobiology, wet-dry cycles, mineral catalysis, stochastic simulations
• The Hydrothermal Vent in Matter World Hypothesis: The Most Plausible Cradle of Life on Earth(Estimated Calculation Simulation)
  The origin of life remains a profound scientific enigma. Among proposed prebiotic environments—tidal pools, icy veins, wet-dry cycles, and hydrothermal vents—alkaline hydrothermal vents emerge as the most compelling cradle due to their unique integration of en…
  datacite Reza Hashemi 2025 置信度 0.66 origin of life, hydrothermal vents, prebiotic environments, protocell formation, RNA-DNA co-evolution, Matter World Hypothesis, astrobiology, wet-dry cycles, mineral catalysis, stochastic simulations
• Extended Simulations with Cumulative Effects to Enhance the Matter World Hypothesis and Astrobiological Applications Protocell Long-term Stability Data after 10 Divisions(Estimated Calculation Simulation)
  The Matter World Hypothesis (MWH, Hashemi, 2025) models life’s origin through co-evolutionary interactions of RNA, DNA, lipids, peptides, and carbohydrates in prebiotic environments like hydrothermal vents, ice veins, and wet-dry cycles. While MWH’s RDPLE⁺ mod…
  datacite Reza Hashemi 2025 置信度 0.66 protocell stability, RNA-DNA co-evolution, hydrothermal vents, genetic drift, vesicle leakage, prebiotic chemistry, biosignatures, astrobiology, stochastic modeling, Matter World Hypothesis
• Extended Simulations with Cumulative Effects to Enhance the Matter World Hypothesis and Astrobiological Applications Protocell Long-term Stability Data after 10 Divisions(Estimated Calculation Simulation)
  The Matter World Hypothesis (MWH, Hashemi, 2025) models life’s origin through co-evolutionary interactions of RNA, DNA, lipids, peptides, and carbohydrates in prebiotic environments like hydrothermal vents, ice veins, and wet-dry cycles. While MWH’s RDPLE⁺ mod…
  datacite Reza Hashemi 2025 置信度 0.66 protocell stability, RNA-DNA co-evolution, hydrothermal vents, genetic drift, vesicle leakage, prebiotic chemistry, biosignatures, astrobiology, stochastic modeling, Matter World Hypothesis
• Cultivating Long-Term Planning, Collaboration, and Mission Continuity in Astrobiology Through Support of Early Career Researchers
  A white paper submitted to the 2025 NASA Decadal Astrobiology Research and Exploration Strategy (DARES) on the importance of early-career training, support, and retention. The paper identifies two goals for NASA Astrobiology regarding early career researchers …
  datacite Spiers, Elizabeth, Weber, Jessica, Dzurilla, Katherine, Leonard, Erin 等 2025 置信度 0.66 Instrumentation and Methods for Astrophysics (astro-ph.IM)Earth and Planetary Astrophysics (astro-ph.EP)FOS: Physical sciencesFOS: Physical sciences
• Simple lipids form stable higher-order structures in concentrated sulfuric acid
  Venus has become a target of astrobiological interest because it is physically accessible to direct exploration, unlike exoplanets. So far this interest has been motivated not by the explicit expectation of finding life but rather by a desire to understand the…
  datacite Duzdevich, Daniel, Nisler, Collin, Petkowski, Janusz J., Bains, William 等 2024 置信度 0.66 Chemical Physics (physics.chem-ph)Earth and Planetary Astrophysics (astro-ph.EP)Biological Physics (physics.bio-ph)FOS: Physical sciencesFOS: Physical sciences
• The data for "The Impact of Stellar Flares on the Atmospheric Escape of Exoplanets orbiting M stars I: Insights from the AU Mic System"
  This repository has the simulation data, scripts, and figures for the paper "The Impact of Stellar Flares on the Atmospheric Escape of Exoplanets orbiting M stars I: Insights from the AU Mic System" (Amaral et al., 2025, Accepted to ApJ). The original reposito…
  datacite Neves Ribeiro do Amaral, Laura, Shkolnik, Evgenya, Loyd, Robert Oliver Parke, Peacock, Sarah 2025 置信度 0.66 AU MicStellar FlaresAtmospheric escapeexoplanetsM stars
• The data for "The Impact of Stellar Flares on the Atmospheric Escape of Exoplanets orbiting M stars I: Insights from the AU Mic System"
  This repository has the simulation data, scripts, and figures for the paper "The Impact of Stellar Flares on the Atmospheric Escape of Exoplanets orbiting M stars I: Insights from the AU Mic System" (Amaral et al., 2025, Accepted to ApJ). The original reposito…
  datacite Neves Ribeiro do Amaral, Laura, Shkolnik, Evgenya, Loyd, Robert Oliver Parke, Peacock, Sarah 2025 置信度 0.66 AU MicStellar FlaresAtmospheric escapeexoplanetsM stars
• Science Autonomy using Machine Learning for Astrobiology
  In recent decades, artificial intelligence (AI) including machine learning (ML) have become vital for space missions enabling rapid data processing, advanced pattern recognition, and enhanced insight extraction. These tools are especially valuable in astrobiol…
  datacite Da Poian, Victoria, Theiling, Bethany, Lyness, Eric, Burtt, David 等 2025 置信度 0.66 Instrumentation and Methods for Astrophysics (astro-ph.IM)Earth and Planetary Astrophysics (astro-ph.EP)Artificial Intelligence (cs.AI)Machine Learning (cs.LG)FOS: Physical sciences
• From Earth Science to Action: Enabling MSI's through NASA Data, Opportunities, and Communities
  Important - Please check for the newest version of this Zenodo file. Date: Sat. Jan 11, 2025 Location: IN-PERSON ONLY Xavier University of LA 1 Drexel Drive, New Orleans, LA 70125NCF Academic Science Complex Bldg 37 Room 173 See campus map in Files. Google Map…
  datacite Elizabeth R. Joyner, Freddie Landry, Morewell Gasseller, Hazem Mahmoud 2024 置信度 0.66
• From Earth Science to Action: Enabling MSI's through NASA Data, Opportunities, and Communities
  Important - Please check for the newest version of this Zenodo file. Update: Registration for Session 1 is extended through 01/10/2025! Session 2 Registration is now closed. Date: Sat. Jan 11, 2025 Location: IN-PERSON ONLY Xavier University of LA 1 Drexel Driv…
  datacite Elizabeth R. Joyner, Freddie Landry, Morewell Gasseller, Hazem Mahmoud 2024 置信度 0.66
• From Earth Science to Action: Enabling MSI's through NASA Data, Opportunities, and Communities
  Important - Please check for the newest version of this Zenodo file. Date: Sat. Jan 11, 2025 Location: IN-PERSON ONLY Xavier University of LA 1 Drexel Drive, New Orleans, LA 70125NCF Academic Science Complex Bldg 37 Room 173 See campus map in Files. Google Map…
  datacite Elizabeth R. Joyner, Freddie Landry, Morewell Gasseller, Hazem Mahmoud 2024 置信度 0.66
• Grading Massive Open Online Courses Using Large Language Models
  Massive open online courses (MOOCs) offer free education globally. Despite this democratization of learning, the massive enrollment in these courses makes it impractical for an instructor to assess every student's writing assignment. As a result, peer grading,…
  datacite Golchin, Shahriar, Garuda, Nikhil, Impey, Christopher, Wenger, Matthew 2024 置信度 0.66 Computation and Language (cs.CL)Artificial Intelligence (cs.AI)FOS: Computer and information sciencesFOS: Computer and information sciences
• Biosignature preservation in FaRLiP cyanobacteria after prolonged desiccation and its relevance to space missions searching for life
  Abstract Two desert cyanobacterial strains, Chroococcidiopsis sp. CCMEE 010 and CCMEE 130, capable far-red light photoacclimation (FaRLiP), were investigated for the stability of biosignatures after six years of desiccation. Biosignature detectability was demo…
  crossref Giorgia Di Stefano, Mickael Baqué, Jean-Pierre Paul de Vera, Micol Bellucci 等 2025-08-04T07:30:37Z 置信度 0.70
• Fungus <i>Penicillium rubens</i> isolated from the International Space Station (ISS) shows faster colony growth and better spore resistance to cosmic radiation than type strain
  Abstract Understanding microbial adaptations to the extreme conditions of space is crucial for both astronaut health and the integrity of spacecraft materials. This study comparatively analyses the cosmic radiation resistance and growth responses to simulated …
  crossref Alessa Schiele, Stella Marie Timofeev, Afonso Mota, Marta Cortesão 2025-08-01T07:59:17Z 置信度 0.70
• The Great Silence: An Experimental Exploration of the Fermi Paradox and its Implications for Astrobiology
  crossref Rutu Tahasildar 2025-11-13T18:41:47Z 置信度 0.70
• The Cosmic Zoo: From Our Solar System to Distant Galaxies
  crossref Amri Wandel, Joseph Gale 2025-09-02T05:00:13Z 置信度 0.70
• The Quest for Exoplanets: Detecting Planetary Systems Around Other Stars
  crossref Amri Wandel, Joseph Gale 2025-09-02T05:00:11Z 置信度 0.70
• Estimating the potential of ionizing radiation-induced radiolysis for microbial metabolism on terrestrial planets and satellites with rarefied atmospheres
  Abstract Ionizing radiation is known to have a destructive effect on biology by causing damage to DNA, cells and the production of reactive oxygen species, among other things. While direct exposure to high-radiation dose is indeed not favorable for biological …
  crossref Dimitra Atri, Margaret Kamenetskiy, Michael May, Archit Kalra 等 2025-07-28T07:01:22Z 置信度 0.70
• The multiple extremes of temperature, salt and pH define narrower limits to microbial growth in <i>Halomonas hydrothermalis</i> than individual extremes
  Abstract Although the limits of life under individual extremes have been extensively studied, systematic experiments to quantify how combined extremes set the limits to life are lacking. We investigated the combined effects of extremes in temperature, salinity…
  crossref Andrew W. Dickinson, Stewart Gault, Rosie Cane, Charles S. Cockell 2025-08-27T12:53:44Z 置信度 0.70
• The Inner Solar System: The Terrestrial Planets
  crossref Amri Wandel, Joseph Gale 2025-09-02T05:00:08Z 置信度 0.70
• SETI—The Search for Extra-Terrestrial Intelligence
  crossref Amri Wandel, Joseph Gale 2025-09-02T05:00:02Z 置信度 0.70
• Short-term survival of tardigrades ( <i>Ramazzottius</i> cf. <i>varieornatus</i> and <i>Hypsibius exemplaris</i> ) in martian regolith simulants (MGS-1 and OUCM-1)
  Abstract With future intended human missions to Mars, it is crucial to understand the potential habitability of martian regolith both to support plant growth and to mitigate accidental release of organisms from habitats. We tested tardigrades, a group of valua…
  crossref Corien Bakermans, Matteo Vecchi, Gillian Pearce 2025-12-05T04:17:37Z 置信度 0.70
• Our Star—The Sun and the Solar System
  crossref Amri Wandel, Joseph Gale 2025-09-02T05:00:14Z 置信度 0.70
• Lava-Void Early Universe 05: Inflation, Nucleosynthesis, and the CMB in a Viscous Fluid
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Master Briefing Document:https://www.mylivingai.com/wp-content/uploads/2026/02/LVC_Master_Brief…
  datacite Walker, Charles 2025 置信度 0.66 cosmologyInflationBig BangNucleosynthesisCMB
• Lava-Void Quantum Mechanics 02: Unification via Planck-Scale Fluid Turbulence
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Master Briefing Document:https://www.mylivingai.com/wp-content/uploads/2026/02/LVC_Master_Brief…
  datacite Charles Walker 2025 置信度 0.66 Theory of EverythingQuantum GravityFluid DynamicsNavier-StokesReynolds Number
• Einstein–Rosen Bridges Explained Pillar 26: Rosen Bridges as Transient Bounce Throats in the Viscous Fluid Continuum
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Master Briefing Document:https://www.mylivingai.com/wp-content/uploads/2026/02/LVC_Master_Brief…
  datacite Walker, Charles 2026 置信度 0.66 bounce gorge ER bridgetransient bounce throathydrodynamic wormholeviscous regularization collapsenon-singular black hole interior
• Lava-Void Cosmology Pillar 21: Millennium Prototypes
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Master Briefing Document:https://www.mylivingai.com/wp-content/uploads/2026/02/LVC_Master_Brief…
  datacite Walker, Charles 2026 置信度 0.66 Clay Millennium Problems surveytechnical prototypes mathematicsNavier-Stokes viscous regularityIsrael-Stewart fluid MillenniumYang-Mills mass gap vortex
• Lava Void Cosmology Pillar 22: A Valediction and Invitation
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Master Briefing Document:https://www.mylivingai.com/wp-content/uploads/2026/02/LVC_Master_Brief…
  datacite Walker, Charles 2026 置信度 0.66 valediction cosmologyinvitation collaboration LVCopen framework falsificationliving architecture pillarsself-correction audits LVC
• Lava-Void Cosmology Pillar 10: Cosmic Shear Dynamics (The Kelvin Wall)
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Pillar 10: Cosmic Shear Dynamics (v3.0) Subtitle: Pipeline-Ready Observational Integration and …
  datacite Walker, Charles 2025 置信度 0.66 Lava-Void CosmologyKelvin-Helmholtz InstabilityChiral Gravitational WavesLISA-TaijiFluid Dynamics
• Lava-Void Astrodynamics 08: Navigable Currents and the Cosmic Sailor
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Pillar 8: Cosmic Astrodynamics (The Cosmic Sailor) Lava-Void Cosmology Master Briefing Document…
  datacite Walker, Charles 2025 置信度 0.66 Lava-Void CosmologySpace NavigationIntermittencyBulk FlowsCosmic Sailors
• Lava-Void Cosmology Pillar 23: Temporal Currents
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Master Briefing Document:https://www.mylivingai.com/wp-content/uploads/2026/02/LVC_Master_Brief…
  datacite Walker, Charles 2026 置信度 0.66 temporal currents LVCentropy pumps bounce throatsvorticity recirculation loopsCosmic Surfing navigationconfiguration-space traversal viscous
• Lava-Void Cosmology Pillar 14: Accelerated Nomadic Propagation - Strategic Annex
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Master Briefing Document:https://www.mylivingai.com/wp-content/uploads/2026/02/LVC_Master_Brief…
  datacite Walker, Charles 2026 置信度 0.66 accelerated nomadic propagationRich Doctrine interstellarMaury of the Stars analogyasynchrony horizons AGILévy-optimized carriers
• Lava-Void Cosmology Pillar 20: Entropic AI LLM Agents
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Master Briefing Document:https://www.mylivingai.com/wp-content/uploads/2026/02/LVC_Master_Brief…
  datacite Walker, Charles 2026 置信度 0.66 entropic AI agentsentropy lever LLMoperational entropy targetinginformational vortices agentsTool Regime safeguards
• Lava-Void Cosmology Pillar 18: Interface Entropy Ladders
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Master Briefing Document:https://www.mylivingai.com/wp-content/uploads/2026/02/LVC_Master_Brief…
  datacite Walker, Charles 2026 置信度 0.66 Entropic Interface Ladder HypothesisEILH perceptual resolutionentropy regime inverse scalingℰ_I interface metriclever effect dynamics entropy
• Lava-Void Cosmology Pillar 16: Entropy and the Arrows of Time
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Subtitle: Unifying Thermodynamic, Cosmological, and Informational Irreversibility Lava-Void Cosmology Master Briefi…
  datacite Walker, Charles 2026 置信度 0.66 entropy spine unificationarrows of time viscous dissipationthermodynamic cosmological informational arrowsinformational vortices entropy exportlocal entropy decrease permitted
• Lava-Void Cosmology Pillar 25: Interstellar Advection Exemplar, Dyson Swarm, Replication Factory
  The Navigable Universe: Entropy as the Substrate of Physical Structure, Time's Arrow, and the Cosmic Sailor: https://zenodo.org/records/18755741 Lava-Void Cosmology Master Briefing Document:https://www.mylivingai.com/wp-content/uploads/2026/02/LVC_Master_Brief…
  datacite Walker, Charles 2026 置信度 0.66 interstellar advection exemplarProxima Centauri transitvoid-axis navigationCosmic Sailor trajectoryLévy gust capture
• シンギュラリティ防衛白書:非炭素生命創発のための 複合格子欠陥基盤材料および能動的ウイルス起源論 etc
  Integrated White Paper Summary: Active Viral Origins and Lattice-Defect Life Emergence Singularity Euclid Tomita | Self-Dual Closure (SDC) Project | 2026-02-23 SHA-1:c2f19d5d07b878e791e983d53d04c16bf7a5765eSHA-256:04b6338296b56b35ef9e5a0bdd4d2ba091340dcac66217…
  datacite Tomita, Singularity 2026 置信度 0.66
• シンギュラリティ防衛白書:非炭素生命創発のための 複合格子欠陥基盤材料および能動的ウイルス起源論 etc
  Integrated White Paper Summary: Active Viral Origins and Lattice-Defect Life Emergence Singularity Euclid Tomita | Self-Dual Closure (SDC) Project | 2026-02-23 SHA-1:c2f19d5d07b878e791e983d53d04c16bf7a5765eSHA-256:04b6338296b56b35ef9e5a0bdd4d2ba091340dcac66217…
  datacite Tomita, Singularity 2026 置信度 0.66
• The Universal Progenitor Framework: A High-Occupancy Revision of the Drake Equation Driven by Jovian Technosignatures
  Title: The Universal Progenitor Framework: A High-Occupancy Revision of the Drake Equation Driven by Jovian Technosignatures Creators: Hallelujah, Paul Affiliation: University of Toronto / Queen's University Alumnus Publication Date: 2026-02-16 Resource Type: …
  datacite Hallelujah, Paul 2026 置信度 0.66 SETIDrake EquationTechnosignaturesSolar Orbital RegistryGas Giants