Faculty

Institution

Unit

Venue

Volker Sorger

Associate Professor

George Washington University

Affiliations

School of Engineering & Applied Science

Department of Electrical & Computer Engineering

Volker Sorger is currently serving as an Electrical & Computer Engineering Associate Professor at George Washington University.

Honors

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Experiences

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Education

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Volker Sorger

George Washington University

Associate Professor

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photonics optoelectronics materials science applied physics nanotechnology computer science laser science electrical engineering plasmonics nanophotonics optical engineering machine learning deep learning electronics nanomaterials electronic materials photonic devices computer vision convolutional neural networks optical metrology optical computing semiconductor devices electro-optics device semiconductor technology semiconductor nanostructures solid-state electronics beam optics accelerator technology wave optics silicon photonics lightwave technology scientific computing photonic integrated circuits modulation techniques organic electronics additive manufacturing programmable photonics guided-wave optic semiconductor device fabrication neural networks nanometrology parallel processing laser processing technology optical switching nanoparticle research condensed matter light science intelligent computing power electronics emerging memory technologies micro-electromechanical systems nanobiotechnology functional nanomaterials plasmon lasers nanostructure synthesis shannon entropy photonic neural networks high responsivity integrated photonics nature quantum science vlsi technology solid-state physics memory architectures electronic memory silicon photonic active material optical mode metatronic circuits self-powered broadband photodetector high-speed neural networks photonic fft reconfigurable metalens flexible substrate energy conversion biofabrication artificial intelligence advanced intelligent system applied artificial intelligence artificial general intelligence signal processing technology soft computing novel devices computer engineering memetic computing brain-like computing neural network (machine learning) industrial artificial intelligence ai architecture computational intelligence

Notable Scholarly Works

Notable Federal Grants

Collaborators

Data Throughput for Efficient Photonic Neural Network Accelerators. (2024)

Russell L. T. SchwartzBelal JahanniaNicola PesericoHamed DalirVolker J. Sorger

data throughputphotonicsaccelerator technologydata science

Design and Optimization of a High-Speed Ito-Plasmon-Based Asymmetric Mach-Zehnder Interferometer Modulator. (2024)

Salem AltalebJiachi YeYaliang GuiElham HeidariVolker J. SorgerHamed DalirHao Wang

electrical engineeringnanotechnologyplasmonicsoptoelectronics

Electronically Controlled Semiconductor Nanoparticle Array for Tunable Plasmonic Metasurfaces. Journal of Lightwave Technology (2024)

Vishal KaushikSwati RajputPrem BabuSuresh Kumar PandeyRahul Dev MishraHaoran RenStefan A MaierVolker J. SorgerHamed DalirMukesh Kumar

nanomaterialsplasmonicstechnologynanophotonicsnanotechnologylightwave technologyoptoelectronicssemiconductor nanoparticle arrayelectrical engineeringapplied physicsnanoelectronicstunable plasmonic metasurfaces

Enhancing and Up-Scaling of Integrated Photonic 4F Convolution Neural Networks. (2024)

Hangbo YangNicola PesericoaShurui LiBenyamin F. MotlaghJaskirat S. VirdiPuneet GuptaVolker J. SorgerChee Wei Wong

convolution neural networkscomputer sciencephotonicsconvolutional neural networkscomputer visiondeep learningmachine learning

Free-Space Indium Tin Oxide Electro-Optic Transmission Modulator. ACS Photonics (2024)

Martin ThomaschewskiChaobo DongYaliang GuiHao WangHamed DalirVolker J. Sorger

photonicsoptoelectronicselectro-optics devicematerials sciencefree-space indium tinelectro-optic transmission modulator

Ito-Based Spatial Light Modulators for Potential Integrations With Vcsels. (2024)

Jiachi YeYaliang GuiChaobo DongMartin ThomaschewskiElham HeidariVolker J. SorgerHamed DalirHao Wang

electrical engineeringpotential integrationsoptoelectronics

Optical Memory in Iot Devices: An Energy-Efficient Approach Using Phase Change Materials. (2024)

Belal JahanniaJiachi YeSalem AltalebChandraman PatilElham HeidariVolker SorgerNicola PesericoHamed Dalir

internet of thingsphase change materialsoptical memoryiot devicesmaterials science

Packaging of Photonic Neural Network Accelerators. (2024)

Russell L. T. SchwartzBelal JahanniaSalem AltalebHangbo YangNicola PesericoHamed DalirVolker J. Sorger

computer sciencephotonicsaccelerator technologyaccelerator physics

PHOTOFOURIER: Accelerating Convolutional Neural Network by Employing Silicon Photonics Fourier Transform. (2024)

Nicola PesericoHangbo YangHamed DalirVolker Sorger

computer scienceconvolutional neural networksmachine learningdeep learning

Photonic-Electronic Ics for Machine Intelligence: Devices, Architectures, Chip Packaging. (2024)

Volker J. SorgerNicola PesericoHangbo YangRussell Schwartz

photonic devicesphotonic-electronic icsphotonic integrated circuitsoptoelectronicscomputer engineeringelectronicschip packaging

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Volker Sorger

Associate Professor

George Washington University

Affiliations

School of Engineering & Applied Science

Department of Electrical & Computer Engineering

Volker Sorger is currently serving as an Electrical & Computer Engineering Associate Professor at George Washington University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Volker Sorger

George Washington University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Data Throughput for Efficient Photonic Neural Network Accelerators. (2024)

Russell L. T. SchwartzBelal JahanniaNicola PesericoHamed DalirVolker J. Sorger

data throughputphotonicsaccelerator technologydata science

Design and Optimization of a High-Speed Ito-Plasmon-Based Asymmetric Mach-Zehnder Interferometer Modulator. (2024)

Salem AltalebJiachi YeYaliang GuiElham HeidariVolker J. SorgerHamed DalirHao Wang

electrical engineeringnanotechnologyplasmonicsoptoelectronics

Electronically Controlled Semiconductor Nanoparticle Array for Tunable Plasmonic Metasurfaces. Journal of Lightwave Technology (2024)

Vishal KaushikSwati RajputPrem BabuSuresh Kumar PandeyRahul Dev MishraHaoran RenStefan A MaierVolker J. SorgerHamed DalirMukesh Kumar

Enhancing and Up-Scaling of Integrated Photonic 4F Convolution Neural Networks. (2024)

Hangbo YangNicola PesericoaShurui LiBenyamin F. MotlaghJaskirat S. VirdiPuneet GuptaVolker J. SorgerChee Wei Wong

convolution neural networkscomputer sciencephotonicsconvolutional neural networkscomputer visiondeep learningmachine learning

Free-Space Indium Tin Oxide Electro-Optic Transmission Modulator. ACS Photonics (2024)

Martin ThomaschewskiChaobo DongYaliang GuiHao WangHamed DalirVolker J. Sorger

photonicsoptoelectronicselectro-optics devicematerials sciencefree-space indium tinelectro-optic transmission modulator

Ito-Based Spatial Light Modulators for Potential Integrations With Vcsels. (2024)

Jiachi YeYaliang GuiChaobo DongMartin ThomaschewskiElham HeidariVolker J. SorgerHamed DalirHao Wang

electrical engineeringpotential integrationsoptoelectronics

Optical Memory in Iot Devices: An Energy-Efficient Approach Using Phase Change Materials. (2024)

Belal JahanniaJiachi YeSalem AltalebChandraman PatilElham HeidariVolker SorgerNicola PesericoHamed Dalir

internet of thingsphase change materialsoptical memoryiot devicesmaterials science

Packaging of Photonic Neural Network Accelerators. (2024)

Russell L. T. SchwartzBelal JahanniaSalem AltalebHangbo YangNicola PesericoHamed DalirVolker J. Sorger

computer sciencephotonicsaccelerator technologyaccelerator physics

PHOTOFOURIER: Accelerating Convolutional Neural Network by Employing Silicon Photonics Fourier Transform. (2024)

Nicola PesericoHangbo YangHamed DalirVolker Sorger

computer scienceconvolutional neural networksmachine learningdeep learning

Photonic-Electronic Ics for Machine Intelligence: Devices, Architectures, Chip Packaging. (2024)

Volker J. SorgerNicola PesericoHangbo YangRussell Schwartz

photonic devicesphotonic-electronic icsphotonic integrated circuitsoptoelectronicscomputer engineeringelectronicschip packaging

1
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5
49
10 / page

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applied physics

Olav Solgaard

Institution

Stanford University

photonics

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University of California, San Diego

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fluorescence

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lightwave technology

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