Research

Ph.D Thesis

            Chaos and Entanglement

Publications

Classical Chaos

• Effect of the phase on the dynamics of a perturbed bouncing ball system [PDF].

Quantum Chaos and Quantum Optics

• Effect of Squeezing and Planck Constant Dependence in Short Time Semiclassical Entanglement [PDF].

• Impact of quantum-classical correspondence on entanglement enhancement by single-mode squeezing [PDF].

• The effect of geometry on the classical entanglement in a chaotic optical fiber.

• Entanglement entropy in a triangular billiard. 

• Exploring chaos and entanglement in the Henon-Heiles system using squeezed coherent state [PDF].

Quantum Simulations of Materials (Time Dependent Density Functional Theory)

• Proton-transfer induced fluorescence in self assembled short peptides [PDF]

• Bioinspired Amyloid Nanodots with Visible Fluorescence [PDF] 

Quantum Propulsion (Bohmian Quantum Gravity /Scalar - Tensor Theory of Gravity)

• Quantum origins of scalar gravitational waves: Exploring the conformal factor in scalar–tensor theory of gravity [PDF]

• Alcubierre Warp Drive in Bohmian Quantum Gravity [PDF]

Quantum Computing and Quantum Information

Preprints (To be published)

• On the Cosmological Constant in a Conformally Transformed Einstein Equation

• On a Modified Klein-Gordon Equation with Vacuum-Energy Contribution

• Quantum Gravity Correction to Dirac Equation via Vacuum Coupling Contribution [PDF]

• Geometrization of Scalar and Spinor Electrodynamics via Bohmian Quantum Gravity [PDF]

Conference Proceedings 

• Quantum-gravity in a dynamical system perspective [PDF]

Book Chapter

•   Nonlinear Dynamics New Directions (Phase Control of Chaotic Maps)

Numerical Computations (MATLAB & C Codes)

Presentation

Recent Presentation on Quantum Propulsion

Recent Presentation on Bohmian Quantum Gravity

See the Following Experimental Videos to have more idea about pilot wave theory

Video 1

Video 2

Presentation on Bohmian Quantum Gravity at GITAM University, Bangalore, India.