Faculty

Institution

Unit

Venue

Yanhua Zhai

Spelman College

Affiliations

Division of Natural Science and Mathematics

Physics

NoneYanhua Zhai is currently serving as a Division Of Natural Science And Mathematics faculty at Spelman College.

Honors

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Experiences

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Education

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Yanhua Zhai

Spelman College

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applied physics physics atomic physics quantum mechanics quantum science cold atoms chemical engineering chemistry optical materials photochemistry photonics optoelectronics microfluidics particle physics material chemistry luminescence nonlinear phenomena organic electronics photophysical properties phosphorescence optical switching optical engineering quantum technologies quantum theory quantum sensing double resonance nonlinear resonance mechanism investigation dihydroindolocarbazole-based organic dyes optical-electronic performance optical filtering ultra-high-q microtoroid cavity switching applications graphene monolayer noise fluctuations classical-to-quantum transition quadrature-pt symmetry non-hermitian nonlinear optics quantum squeezing quadrature parity-time symmetry sub-hertz resonance

Notable Scholarly Works

Notable Federal Grants

Collaborators

Quadrature-Pt Symmetry: Classical-To-Quantum Transition in Noise Fluctuations. Quantum Science and Technology (2025)

Wencong WangYanhua ZhaiDongmei LiuXiaoshun JiangSaeid Vashahri GhamsariJianming Wen

quantum technologiesquadrature-pt symmetryclassical-to-quantum transitionquantum sciencenoise fluctuationsquantum mechanics

Quantum Squeezing and Sensing in Quadrature Parity-Time Symmetry. (2023)

Jianming WenWencong WangYanhua ZhaiDongmei LiuXiaoshun JiangSaeid V. Ghamsari

quantum squeezingquantum sensingapplied physicsquadrature parity-time symmetryquantum sciencequantum theoryquantum mechanics

Optical-Electronic Performance and Mechanism Investigation of Dihydroindolocarbazole-Based Organic Dyes for Dsscs. Results in Physics (2021)

photophysical propertieschemistryphosphorescencedihydroindolocarbazole-based organic dyesmaterial chemistryoptical materialsmechanism investigationluminescenceoptical-electronic performancephotochemistrychemical engineeringorganic electronics

Controllable Coupling Between an Ultra-High-Q Microtoroid Cavity and a Graphene Monolayer for Optical Filtering and Switching Applications. Optics Express (2020)

Huibo FanXun ZhangJinyi ZhaoShengjun LiShiyue HuaMingming ZhaoYong HuWenjie WanYanhua ZhaiJianming WenXiaoshun JiangMin Xiao

photonicsmicrofluidicsswitching applicationsultra-high-q microtoroid cavityoptoelectronicsmaterials scienceapplied physicsoptical filteringoptical switchingoptical engineeringgraphene monolayer

Non-Hermitian Optical Four-Wave Mixing in Cold Atoms. Rare & Special e-Zone (The Hong Kong University of Science and Technology) (2020)

Yue JiangYefeng MeiYing ZuoYanhua ZhaiJensen Tsan Hang LiJianming WenShengwang Du

atomic physicscold atomsphysics

Anti-Parity-Time Symmetric Optical Four-Wave Mixing in Cold Atoms. Physical Review Letters (2019)

Yue JiangYefeng MeiYing ZuoYanhua ZhaiJensen LiJianming WenShengwang Du

atomic physicscold atomsphysics

Non-Hermitian Nonlinear Optics Without Gain and Loss. arXiv (Cornell University) (2019)

Yue JiangYefeng MeiYing ZuoYanhua ZhaiJianming WenShengwang Du

particle physicsnon-hermitian nonlinear optics

Sub-Hertz Resonance by Weak Measurement. (2019)

wave nonlinearitysub-hertz resonancemeasurementphysicsnonlinear resonancedouble resonancenonlinear phenomenavibrationsquantum mechanics

Engineering Biphoton Wave Packets With an Electromagnetically Induced Grating. Physical Review A (2010)

Jianming WenYan-Hua ZhaiShengwang DuMin Xiao

atomic physicsapplied physics

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Yanhua Zhai

Spelman College

Affiliations

Division of Natural Science and Mathematics

Physics

NoneYanhua Zhai is currently serving as a Division Of Natural Science And Mathematics faculty at Spelman College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Yanhua Zhai

Spelman College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Quadrature-Pt Symmetry: Classical-To-Quantum Transition in Noise Fluctuations. Quantum Science and Technology (2025)

Wencong WangYanhua ZhaiDongmei LiuXiaoshun JiangSaeid Vashahri GhamsariJianming Wen

quantum technologiesquadrature-pt symmetryclassical-to-quantum transitionquantum sciencenoise fluctuationsquantum mechanics

Quantum Squeezing and Sensing in Quadrature Parity-Time Symmetry. (2023)

Jianming WenWencong WangYanhua ZhaiDongmei LiuXiaoshun JiangSaeid V. Ghamsari

quantum squeezingquantum sensingapplied physicsquadrature parity-time symmetryquantum sciencequantum theoryquantum mechanics

Optical-Electronic Performance and Mechanism Investigation of Dihydroindolocarbazole-Based Organic Dyes for Dsscs. Results in Physics (2021)

Controllable Coupling Between an Ultra-High-Q Microtoroid Cavity and a Graphene Monolayer for Optical Filtering and Switching Applications. Optics Express (2020)

Huibo FanXun ZhangJinyi ZhaoShengjun LiShiyue HuaMingming ZhaoYong HuWenjie WanYanhua ZhaiJianming WenXiaoshun JiangMin Xiao

photonicsmicrofluidicsswitching applicationsultra-high-q microtoroid cavityoptoelectronicsmaterials scienceapplied physicsoptical filteringoptical switchingoptical engineeringgraphene monolayer

Non-Hermitian Optical Four-Wave Mixing in Cold Atoms. Rare & Special e-Zone (The Hong Kong University of Science and Technology) (2020)

Yue JiangYefeng MeiYing ZuoYanhua ZhaiJensen Tsan Hang LiJianming WenShengwang Du

atomic physicscold atomsphysics

Anti-Parity-Time Symmetric Optical Four-Wave Mixing in Cold Atoms. Physical Review Letters (2019)

Yue JiangYefeng MeiYing ZuoYanhua ZhaiJensen LiJianming WenShengwang Du

atomic physicscold atomsphysics

Non-Hermitian Nonlinear Optics Without Gain and Loss. arXiv (Cornell University) (2019)

Yue JiangYefeng MeiYing ZuoYanhua ZhaiJianming WenShengwang Du

particle physicsnon-hermitian nonlinear optics

Sub-Hertz Resonance by Weak Measurement. (2019)

wave nonlinearitysub-hertz resonancemeasurementphysicsnonlinear resonancedouble resonancenonlinear phenomenavibrationsquantum mechanics

Engineering Biphoton Wave Packets With an Electromagnetically Induced Grating. Physical Review A (2010)

Jianming WenYan-Hua ZhaiShengwang DuMin Xiao

atomic physicsapplied physics

1
10 / page