The Yellow Dream Project Series: Conceptual, Experimental, and Final Astrobiological Models
Description
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 viable alternative solvents for life under cryogenic, high-pressure, and reducing conditions.
This publication contains three companion papers:
1. The Yellow Dream: Conceptual Model of a Sulfur-Based Biosphere Beyond the Water–Oxygen Paradigm
2. The Yellow Dream: Experimental Simulation of Prebiotic Chemistry in a Sulfur-Solvent (H₂S–CS₂) Ocean World
3. The Yellow Dream: Final Astrobiological Model
Together they form the Yellow Dream Project Series, proposing a unified framework for sulfur-driven prebiotic evolution and alternative biochemistry.
The project expands the boundaries of planetary habitability and introduces predictive biosignature models for exoplanetary research.
© 2025 Dr. M. Hamed Torkamaan. All rights reserved.
For correspondence: mh.torkamaan@gmail.c
Abstract (English)
Project Overview
The Yellow Dream Project is a multidisciplinary exploration of sulfur-based astrobiology integrating conceptual modeling, laboratory experimentation, and theoretical synthesis. It proposes that hydrogen sulfide (H₂S) and carbon disulfide (CS₂) may serve as viable alternative solvents for life under cryogenic, high-pressure, and reducing planetary conditions.
Together, these studies form the Yellow Dream Project Series, providing a unified framework for sulfur-driven prebiotic evolution and alternative biochemistry.
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Companion Abstracts
1. Conceptual Model
This paper develops the theoretical foundation of the Yellow Dream hypothesis, describing potential sulfur-based biochemical systems and their prebiotic chemistry under extraterrestrial conditions.
2. Experimental Simulation
This study presents laboratory simulations of sulfur-rich environments, testing stability, reactivity, and viability of sulfur-based organic compounds under cryogenic and high-pressure setups.
3. Final Astrobiological Model
This synthesis integrates conceptual and experimental results to propose predictive models of planetary habitability and biosignature detection for exoplanetary research.
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© 2025 Dr. M. Hamed Torkamaan. All rights reserved.
For correspondence: mh.torkamaan@gmail.com
Files
Experimental Simulation new.PDF
Additional details
Identifiers
- Other
- Public (Files and metadata are publicly accessible)
Dates
- Issued
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2025-10-06Official publication date of the Yellow Dream Project Series.
References
- Reference string: "Schulze-Makuch D. & Irwin L. (2018). Life in the Universe: Expectations and Constraints.