Все публикации

Quantum Technologies in Space: NASA JPL's Frontier Innovations

[Thesis Talk] Generation and Control of Resonant Squeeze State of Light

Quantum Mechanics to Quantum Computing, IEEE computing SBC Lecture

Expressibility of Parametrized Quantum Circuits & Classification Accuracy of Quantum Neural Networks

Squeezed light and application toward Quantum technology.

A Brief History of Quantum Computing 4. Deutsch algorithm

A Brief History of Quantum Computing 3. Second Quantum Revolution

A Brief History of Quantum Computing 2. EPR paradox

A Brief History of Quantum Computing 1. Beginning of Quantum Mechanics

A Brief History of Quantum Computer

Characterization and Control of Spatial Quantum Correlations in Entangled Light via Four-wave Mixing

Scalable Genuine multipartite Entanglement with Parametric Amplifier Networks

Phase and Transmission Based Quantum-Enhanced Resonance Sensing at the Quantum Cramer Rao Bound

Frequency tunable squeezed light through atomic state dressing of four-wave mixing

Center for Quantum Research and Technology Summary of Research -1

Center for Quantum Research and Technology (CQRT) opening

Quantum Enhanced Plasmonic Sensing

Sensitivity Improvement of Quantum-Enhanced Plasmonic Sensing with Phase-Based Configuration

Parallel Quantum-Enhanced Plasmonic Sensing

Generation of Rubidium Resonant Narrowband Bright Single-Mode Squeezed Light through Feedforward

Experimental Investigation of Four-Wave Mixing in Hot Sodium Vapor Cells