Prof. Chinmoy Bhattacharya is a distinguished physicist and chemist whose academic journey reflects decades of excellence, innovation, and scientific discovery.
He was a recipient of the State National Scholarship (WBBSE) in 1976 for outstanding academic merit. His research career began at the Indian Association for the Cultivation of Science (IACS), where he earned the prestigious Institute Fellowship (1983–1989). Later, his postdoctoral research was supported by a Post-Doctorate Fellowship at Laval University, Canada (1989–1991) — a testament to his exceptional research capabilities in physical chemistry and materials science.

Research Interests and Contributions

Prof. Bhattacharya’s pioneering work spans quantum gravity, cosmology, physical chemistry, polymer science, and thermodynamics.
He is the founder of the Topological Theory of Quantum Gravity (TTQG) — an innovative framework proposing a multiblock compatibilizer and modifier for unifying existing theories of physics, cosmology, quantum mechanics, and quantum computing.

His research delves deeply into the quantum interpretation of chemical equilibrium, free energy, dark matter, and dark energy, thereby bridging the fundamental gaps between physical chemistry and cosmological physics.

In earlier stages of his career, Prof. Bhattacharya’s contributions to polymer blends, thermodynamics of liquid crystals, and cellulosic systems were widely recognized, with multiple presentations at international conferences in Canada, the USA, and Europe.

Scientific Publications and Presentations

With 27 research publications and over a dozen keynote addresses at international scientific conferences, Prof. Bhattacharya has played a central role in advancing multidisciplinary understanding.
His recent keynote lectures include:

• Scholar Conference 2024, London – “Newly Discovered Topological Theory of Quantum Gravity (TTQG)”

• Allied Academics, London (2021–2022) – Series of talks connecting thermodynamics, dark energy, and quantum gravity

• Physics Conferences in Dublin, Berlin, and Toronto – Presentations on reformulating Newtonian physics, Einstein’s relativity, and thermodynamic laws using TTQG principles

Recognition and Impact

Prof. Bhattacharya’s work is widely regarded as transformative, proposing a unified conceptual and mathematical foundation for understanding the fabric of the universe. His integration of quantum gravity with classical thermodynamics and chemical processes marks a breakthrough in cross-disciplinary scientific thinking.

Eligibility for Nobel Research Award

Given his innovative theoretical discoveries, unification of cosmological and quantum principles, and global recognition through international keynote invitations, Prof. Chinmoy Bhattacharya stands as a strong candidate for a Nobel Research Award in scientific laurels.

His Topological Theory of Quantum Gravity (TTQG) represents a paradigm shift in fundamental science — addressing unresolved contradictions between quantum mechanics, general relativity, and cosmology, thereby meeting the Nobel criterion of “the greatest benefit to humankind through science.”