Searching for Extraterrestrial Life: Human Habitable Planets and Ancient Loka
By Dr. Jeoraj Jain
Summary
The article explores the question of whether humans are alone in the universe, referencing scientific efforts to identify habitable exoplanets and extraterrestrial civilizations. It discusses the Fermion paradox (1921), which suggests we are not alone, and Frank Drake’s 1961 equation, which estimated 17 million exoplanets but faced challenges in resolving variables. Later refinements incorporated biological factors and astro-biological data, leading to a revised estimate of 4-211 communicable alien civilizations in the Milky Way. Further filtering narrowed this to 36 by 2020, considered the most probable figure, though subject to future adjustments. The author emphasizes the need for experimental validation. The article also highlights the author’s credentials, including a gold medal from Rajasthan University, a Doctor of Engineering from Germany, and contributions to automotive innovation. He proposes a scientific hypothesis on water-based life forms without DNA/RNA and claims scriptures describe cosmic phenomena statistically. The author received the "Vigyan Ratan Award" in 2017 and has written books on water and the cosmos.
Conclusion
This document presents a scientific exploration of the possibility of extraterrestrial civilizations, focusing on theoretical models to estimate the number of habitable planets and potential alien civilizations in the Milky Way. Dr. Jeoraj Jain discusses the evolution of equations, from Drake’s 1961 model to a refined Astro-biological Copernican equation, which suggests a probable range of 4 to 211 communicable alien civilizations, narrowing down to 36 by 2020. The study emphasizes the need for experimental validation of these theoretical figures, which remain provisional pending further data. The implications of this research touch on humanity’s quest to understand its place in the universe, bridging ancient Jain scriptures with modern statistical and astro-biological methods. While the findings offer a compelling framework for understanding extraterrestrial life, they also highlight the complexity and uncertainty inherent in such predictions.