
Your Fav
Rocket Scientist
in the making
in the making
Junior spacecraft engineer specializing in thermal control systems designed for high-radiation environments, with unwavering devotion to astrophysics, particularly the study of stellar and high-energy phenomena.
Through my studies and personal curiosity, I explore how engineering and theoretical physics intersect. This blog is a space for me to share my ongoing research and insights as I expand my work across both domains.
Currently, my research focuses on Hawking radiation and decay processes in near-extremal black holes—those with surface temperatures approaching absolute zero. This work explores how such black holes deviate from classical evaporation predictions, and touches on broader questions related to black hole thermodynamics, quantum gravity, and information retention.
Feel free to reach out with any feedback on my writing. For more details on my academic and technical background, please refer to my Resume.
Explore the black hole's accretion, where matter spirals into fuel immense energy. and the observational evidence that reveals its role in shaping the universe.
ReadThe science of failed supernovae and direct black hole formation. Learn about the mechanisms driving these phenomena and the observational evidence revealing their impact on stellar evolution.
ReadGravitational wave astronomy unveils spacetime and black hole mysteries, with breakthroughs offering deeper cosmic insights.
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