Faculty

Institution

Unit

Venue

Anupam Madhukar

Kenneth T Norris Professor in Engineering and Professor of Chemical Engineering and Materials Science Biomedical Engineering and Electrical and Computer Engineering Kenneth T Norris Professor of Engineering

University of Southern California

Affiliations

School of Engineering

Ming Hsieh Department of Electrical and Computer Engineering

Anupam Madhukar is currently serving as a Ming Electrical And Computer Engineering Kenneth T Norris Professor in Engineering and Professor of Chemical Engineering and Materials Science Biomedical Engineering and Electrical and Computer Engineering Kenneth T Norris Professor of Engineering at University of Southern California.

Honors

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Experiences

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Education

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Anupam Madhukar

University of Southern California

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applied physics materials science electronic materials semiconductors solid-state electronics optoelectronics physics condensed matter physics electronics compound semiconductors semiconductor nanostructures surface science thin films condensed matter electrical engineering semiconductor technology nanotechnology crystal growth molecular beam epitaxy epitaxial growth microelectronics quantum science semiconductor devices interface science nanomaterials lightwave technology material research quantum photonic device semiconductor materials quantum photonics quantum devices luminescence semiconductor device fabrication nanoscale science aluminum gallium nitride nanoparticle research infrared sensors electronic structure light science solid-state physics defect formation mechanical science vacuum device optical engineering nanoscale modeling infrared optic numerical simulations nanometrology additive manufacturing nanobiotechnology nanostructure synthesis iii-v semiconductors surface nanotechnology computer simulations surface engineering scanning force microscopy iii-v compound semiconductors charge transport parallel computers growth kinetics printed electronics thermal nitridation nanocrystal quantum dots applied physiology organic electronics surface modeling molecular dynamics study applied chemistry electron-phonon interaction coherent island energetics two-dimensional structures excitation transfer high detectivity strain fields strained inas quantum size effect quantum computing technology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cnot Gate Operation and Bell State Generation Using Single Photons Emitted From Spatially Ordered Large Volume Quantum Dot. (2025)

quantum technologiesphysicsquantum photonic deviceelectronicsquantum devicesquantum hardwarelightwave technologyoptoelectronicsquantum dotsphotonicsapplied physicsquantum photonicsquantum entanglementquantum information sciencecnot gate operationquantum science

Single Photon Superradiance Enhanced Light–Matter Interaction in Spatially Ordered Shape and Volume Controlled Single Quantum Dots: Enabling On-Chip Photonic Networks. Nanophotonics (2025)

physicsquantum photonic devicephotonic deviceslightwave technologysingle photon superradiancequantum dotsphotonicssingle quantum dotsapplied physicsnanophotonicsquantum opticsquantum photonicslight–matter interactionlight scienceluminescencequantum science

Bell State Generation and Cnot Operation Using On-Demand Identical Photons From Shape-Controlled Spatially Ordered Quantum Dots. arXiv (Cornell University) (2024)

Huang, QiChattaraj, SwarnabhaJordao, LucasZhang, JiefeiLu, SiyuanMadhukar, Anupam

quantum computingbell state generationquantum dotsphotonicsoptical computingapplied physicsnanophotonicsquantum photonicson-demand identical photonsquantum sciencecnot operation

Spatially Ordered and Spectrally Uniform Quantum Dot Single Photon Sources in Large Arrays for Quantum Optical Circuits. (2024)

Qi HuangLucas JordaoSiyuan LuSwarnabha ChattarajJiefei ZhangAnupam Madhukar

quantum photonic deviceoptoelectronicsquantum dotsphotonicsnanophotonicsquantum photonicslarge arraysquantum sciencequantum optical circuits

Spatially Ordered Spectrally Compliant On-Demand Scalable Quantum Emitter Large Arrays for Multi-Emitter Based Quantum Networks. Quantum 2.0 Conference and Exhibition (2024)

Qi HuangLucas JordaoSiyuan LuSwarnabha ChattarajJiefei ZhangAnupam Madhukar

quantum technologiesquantum networkingquantum sensingquantum computingtechnologyquantum hardwarequantum networkslarge arraysquantum information sciencequantum science

Enabling Multi-Quantum Emitter Based Quantum Networks: Spectrally Uniform and Indistinguishable On-Demand Photons From Spatially-Ordered Arrays. (2023)

Qi HuangLucas JordaoJiefei ZhangAnupam Madhukar

multi-quantum emitterquantum sciencespatially-ordered arrays

Large-Area Spatially Ordered Mesa Top Single Quantum Dots: Suitable Single Photon Emitters for On-Chip Integrated Quantum Information Processing Platforms. arXiv (Cornell University) (2023)

Huang, QiJordao, LucasLu, SiyuanChattaraj, SwarnabhaZhang, JiefeiMadhukar, Anupam

materials sciencenanoparticlesoptoelectronicsquantum dotsphotonicsapplied physicsnanophotonicsquantum photonicssolid-state electronicsintermittently connected deviceelectrical engineeringelectronic materials

On-Chip Scalable Highly Pure and Indistinguishable Single-Photon Sources in Ordered Arrays: Path to Quantum Optical Circuits. Science Advances (2022)

Jiefei ZhangSwarnabha ChattarajQi HuangLucas JordaoSiyuan LuAnupam Madhukar

technologyoptoelectronicsordered arraysphotonicsapplied physicsquantum photonicsscience advance

A New Paradigm for On-Chip Quantum Photonics: Highly Uniform Single Photon Source Arrays. 2022 IEEE Photonics Conference (IPC) (2021)

Jiefei ZhangQi HuangSwarnabha ChattarajLucas JordaoSiyuan LuAnupam Madhukar

materials sciencephotonicson-chip quantum photonicsquantum photonics

Entanglement in Optical Circuits Based on Mie Resonant Metastructures Integrated With On-Chip Array of Single Photon Sources. Bulletin of the American Physical Society (2021)

Swarnabha ChattarajJiefei ZhangSiyuan LuAnupam Madhukar

optical circuitson-chip arrayoptoelectronicssingle photon sourcesphotonicsapplied physicsquantum entanglementmie resonant metastructures

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Anupam Madhukar

University of Southern California

Affiliations

School of Engineering

Ming Hsieh Department of Electrical and Computer Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Anupam Madhukar

University of Southern California

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cnot Gate Operation and Bell State Generation Using Single Photons Emitted From Spatially Ordered Large Volume Quantum Dot. (2025)

Single Photon Superradiance Enhanced Light–Matter Interaction in Spatially Ordered Shape and Volume Controlled Single Quantum Dots: Enabling On-Chip Photonic Networks. Nanophotonics (2025)

Bell State Generation and Cnot Operation Using On-Demand Identical Photons From Shape-Controlled Spatially Ordered Quantum Dots. arXiv (Cornell University) (2024)

Huang, QiChattaraj, SwarnabhaJordao, LucasZhang, JiefeiLu, SiyuanMadhukar, Anupam

quantum computingbell state generationquantum dotsphotonicsoptical computingapplied physicsnanophotonicsquantum photonicson-demand identical photonsquantum sciencecnot operation

Spatially Ordered and Spectrally Uniform Quantum Dot Single Photon Sources in Large Arrays for Quantum Optical Circuits. (2024)

Qi HuangLucas JordaoSiyuan LuSwarnabha ChattarajJiefei ZhangAnupam Madhukar

quantum photonic deviceoptoelectronicsquantum dotsphotonicsnanophotonicsquantum photonicslarge arraysquantum sciencequantum optical circuits

Spatially Ordered Spectrally Compliant On-Demand Scalable Quantum Emitter Large Arrays for Multi-Emitter Based Quantum Networks. Quantum 2.0 Conference and Exhibition (2024)

Qi HuangLucas JordaoSiyuan LuSwarnabha ChattarajJiefei ZhangAnupam Madhukar

quantum technologiesquantum networkingquantum sensingquantum computingtechnologyquantum hardwarequantum networkslarge arraysquantum information sciencequantum science

Enabling Multi-Quantum Emitter Based Quantum Networks: Spectrally Uniform and Indistinguishable On-Demand Photons From Spatially-Ordered Arrays. (2023)

Qi HuangLucas JordaoJiefei ZhangAnupam Madhukar

multi-quantum emitterquantum sciencespatially-ordered arrays

Large-Area Spatially Ordered Mesa Top Single Quantum Dots: Suitable Single Photon Emitters for On-Chip Integrated Quantum Information Processing Platforms. arXiv (Cornell University) (2023)

Huang, QiJordao, LucasLu, SiyuanChattaraj, SwarnabhaZhang, JiefeiMadhukar, Anupam

On-Chip Scalable Highly Pure and Indistinguishable Single-Photon Sources in Ordered Arrays: Path to Quantum Optical Circuits. Science Advances (2022)

Jiefei ZhangSwarnabha ChattarajQi HuangLucas JordaoSiyuan LuAnupam Madhukar

technologyoptoelectronicsordered arraysphotonicsapplied physicsquantum photonicsscience advance

A New Paradigm for On-Chip Quantum Photonics: Highly Uniform Single Photon Source Arrays. 2022 IEEE Photonics Conference (IPC) (2021)

Jiefei ZhangQi HuangSwarnabha ChattarajLucas JordaoSiyuan LuAnupam Madhukar

materials sciencephotonicson-chip quantum photonicsquantum photonics

Entanglement in Optical Circuits Based on Mie Resonant Metastructures Integrated With On-Chip Array of Single Photon Sources. Bulletin of the American Physical Society (2021)

Swarnabha ChattarajJiefei ZhangSiyuan LuAnupam Madhukar

optical circuitson-chip arrayoptoelectronicssingle photon sourcesphotonicsapplied physicsquantum entanglementmie resonant metastructures

1
2
3
4
5
64
10 / page

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semiconductor device

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electronic material

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