CURRENT RESEARCH

Today's Physics Discovery is Tomorrow's Technology

Whose quantization (h-Bar) of black body radiation (Physics Nobel Prize Year 1918), led to creation of quantum mechanics and open door to single photonics, which is central to development of next generation of quantum information technology (QIT) such as quantum internet.

Current (Year 2026 !) Research in Progress

Current research work is focused on THREE seperate and independent projects, which are labeled as PROJECT-1, PROJECT-2, and PROJECT-3.

PROJECT-1 (Research)

Physics Nobel Prize 2022 !

Research Area: Quantum Information Science (QIS)

Research Topic: Quantum Entanglement/ Quantum Communication/ Quantum Network

Treatment: Experimental

Approach: Atomic Physics / Quantum Optics/ Nonlinear Optics/ Photonics

Title:

Experimental Demonstration of Entanglement based

Atom-Photon Quantum Network using Entangled Photons at Telecom Wavelength.

For More Detailed Description of this PROJECT click on Page: PROJECT-1, which is located on the TOP ROW of this Page.

PROJECT-2 (Research)

Research Area: Cold-Atom Nonlinear Optics and Spectroscopy

Treatment: Experimental

Approach: Atomic, Molecular, and Optical (AMO) Physics

Title: Enhancement of Nonlinear Optical Effects in Ultra-Cold Atoms & Molecules

Using Quantum Interference Effects

(With Electromagnetically Induced Transparency (EIT) and Slow Light Pulses)

For More Detailed Description of this PROJECT click on Page: PROJECT-2, which is located on the TOP ROW of this Page.

PROJECT-3 (Teaching)

Graduate Level Textbook

Title: The Principles of Quantum Information Science

This project is for writing a Graduate level Textbook. For More Detailed Description of this PROJECT click on Page: PROJECT-3, which is located on the TOP ROW of this Page.

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