Gravitational Physics: Thermodynamic origin of field equations; Jacobson's horizon entropy programme with position-dependent coupling constants.
Holographic Cosmology: Information-theoretic derivation of gravitational scales from Bekenstein–Hawking entropy and holographic channel capacity.
Modified Gravity: Position-dependent G from compact extra dimension dynamics; covariant MOND from Kähler compactification.
Quantum Foundations: Geometric origin of Planck's constant from symplectic capacity of compact manifolds; quantum mechanics as dimensional projection.
Computational Geophysics: Numerical simulation of interior dynamics of large planetary and stellar bodies; thermal evolution and structural modelling.
Independent researcher working at the intersection of gravitational thermodynamics, compact extra dimensions, and modified gravity. Current work develops a geometric framework deriving quantum mechanics, the MOND acceleration scale, and covariant gravitational field equations from the symplectic and Kähler structure of string compactifications. Observational predictions span galaxy rotation curves, JWST high-redshift structure formation, and DESI expansion history.