Faculty

Institution

Unit

Venue

Gregory David Fuchs

James R Meehl Professor

Cornell University

Affiliations

College of Engineering

School of Applied and Engineering Physics

Gregory David Fuchs is currently serving as a College Of Engineering James R Meehl Professor at Cornell University.

Honors

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Experiences

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Education

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Gregory David Fuchs

Cornell University

James R Meehl Professor

You can click a keyword to filter the displayed items

applied physics physics magnetic resonance spintronics condensed matter magnetism condensed matter physics quantum materials quantum science spin dynamics spin phenomenon materials science electronic materials solid-state electronics advanced functional materials quantum magnetism spintronic materials microscopy magnetic materials quantum engineering thin films optoelectronics electronics magnetic measurement ferromagnetism magnetoresistance diamond-like carbon luminescence magnetic devices magnetic properties quantum technologies lightwave technology quantum devices electron microscopy chemistry crystal research material research hexagonal boron nitride quantum photonic device light science quantum sensing quantum photonics material chemistry quantum chemistry photoluminescence mechanical resonator polymer composites crystal growth semiconductor nanostructures aluminum gallium nitride categoryiii-v semiconductor solid-state physics acoustic metamaterials electron diffraction gan power device spatial resolution electron microscope microscopy methods quantum solid single spins quantum optics scanning probe microscopy quantum hardware magnon mode lorentz electron ptychography room temperature grain contrast magnetic chirality cornell university transmission electron microscopy magnetic vortex oscillator dynamic range quantum memory coherence time nitrogen vacancy center single spin nanotechnology material properties material physics solid-state materials

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cooling and Squeezing a Microwave Cavity State With Magnons Using an Optomechanical-Type Coupling. Physical review. B./Physical review. B (2025)

Qin XuGregory D. Fuchs

physicsmicrowave photonicsmicrowave engineeringquantum sciencemicrowave cavity stateoptomechanical systemscavity qedoptomechanical-type couplingquantum engineeringmicrowave technologyquantum photonicsapplied physicsprecision engineeringphotonics

Gan Quantum Emitters: Basic Physics, Spin Structure, and Optically Detected Magnetic Resonance (Odmr). (2025)

Jianlun LuoYifei GengFarhan RanaGregory D. Fuchs

physicsbasic physicsspin structuremagnetic resonanceelectronic materialscategoryiii-v semiconductorquantum sciencespintronicselectronicssemiconductorsquantum heterostructuresluminescenceapplied physicsquantum materialsoptoelectronicsquantum devicesaluminum gallium nitridephotonics

Coherent Acoustic Control of Defect Orbital States in the Strong-Driving Limit. PRX Quantum (2024)

B.A. McCullianV. SharmaH.Y. ChenJ.C. CrossmanE.J. MuellerG.D. Fuchs

physicsorbital coherencestrong-driving limitquantum chemistryquantum mechanicsquantum sciencecavity qedcoherent processquantum technologiescoherent acoustic controlquantum engineeringapplied physicsquantum materialsquantum information science

Cooling and Squeezing a Microwave Cavity State With Magnons Using a Beam Splitter Interaction. arXiv (Cornell University) (2024)

Xu, QinFuchs, Gregory D.

physicsmicrowave photonicsquantum squeezingmicrowave engineeringquantum sciencequantum mechanicsoptomechanical systemscavity qedbackaction dampingquantum technologiesquantum engineeringmicrowave technologyapplied physicsmechanical oscillatorphotonics

In Situ Electric-Field Control of Ferromagnetic Resonance in the Low-Loss Organic-Based Ferrimagnet V[Tcne] X ∼2. APL Materials (2024)

Seth W. KurfmanAndrew FransonPiyush ShahYueguang ShiHil Fung Harry CheungKatherine E. NygrenMitchell SwytKristen S. BuchananGregory D. FuchsMichael E. FlattéGopalan SrinivasanMichael PageEzekiel Johnston-Halperin

physicsfunctional materialsmaterials scienceelectroceramicsadvanced functional materialsmagnetic resonanceferromagnetismstrain-tuned fmrspintronicsmagnetismfmr frequencyfmr linewidthmagnetic propertiesmagnetic materialsapplied physicsmagnetoresistance

Purcell Enhancement and Spin Spectroscopy of Silicon Vacancy Centers in Silicon Carbide Using an Ultra-Small Mode-Volume Plasmonic Cavity. arXiv (Cornell University) (2024)

So, Jae-PilLuo, JialunChoi, JaehongMcCullian, BrendanFuchs, Gregory D.

physicsnanophotonicselectronic materialsphotonic devicespurcell enhancementspin spectroscopyquantum sciencesolid-state electronicsplasmonic cavitieslightwave technologyquantum photonicsquantum photonic deviceapplied physicsoptoelectronicsphotonics

Purcell Enhancement and Spin Spectroscopy of Silicon Vacancy Centers in Silicon Carbide Using an Ultrasmall Mode-Volume Plasmonic Cavity. Nano Letters (2024)

Jae-Pil SoJialun LuoJaehong ChoiBrendan McCullianGregory D. Fuchs

physicsmaterials sciencespin spectroscopyelectronic materialspurcell enhancementvibrational spectroscopycondensed matter physicssilicon vacancy centerssolid-state electronicsplasmonssemiconductorsraman spectroscopyapplied physicscarbidesplasmonics

Room Temperature Optically Detected Magnetic Resonance of Single Spins in Gan. Nature Materials (2024)

Jialun LuoYifei GengFarhan RanaGregory D. Fuchs

physicsroom temperaturegan power devicemagnetic resonanceelectronic materialsspin phenomenoncategoryiii-v semiconductorsingle spinsquantum sciencespintronicsmagnetismsolid-state electronicselectronicssemiconductorsapplied physicsquantum materialsoptoelectronicsaluminum gallium nitride

Stroboscopic X-Ray Diffraction Microscopy of Dynamic Strain in Diamond Thin-Film Bulk Acoustic Resonators for Quantum Control of Nitrogen-Vacancy Centers. Physical Review Applied (2024)

Anthony D’AddarioJohnathan KuanNoah F. OpondoOzan ErturkTao ZhouSunil A. BhaveMartin V. HoltGregory D. Fuchs

physicsmaterials scienceacoustic microscopybaw resonator straincrystal researchcondensed matter physicsdiamond baw resonatorx-ray diffractioncrystal growthmicroscopybulk acoustic waveapplied physicsacoustic metamaterials

Strong Photon‐Magnon Coupling Using a Lithographically Defined Organic Ferrimagnet. Advanced Science (2024)

Qin XuHil Fung Harry CheungDonley S. CormodeTharnier O. PuelSrishti PalHuma YusufMichael ChilcoteMichael E. FlattéEzekiel Johnston‐HalperinGregory D. Fuchs

physicsmicrowave photonicsstrong photon‐magnon couplingadvanced functional materialselectronic materialsresonator modemagnon modequantum scienceelectronicsquantum technologiesquantum engineeringmicrowave technologyapplied physicsquantum materialsquantum devices

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Gregory David Fuchs

James R Meehl Professor

Cornell University

Affiliations

College of Engineering

School of Applied and Engineering Physics

Gregory David Fuchs is currently serving as a College Of Engineering James R Meehl Professor at Cornell 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

Gregory David Fuchs

Cornell University

James R Meehl Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cooling and Squeezing a Microwave Cavity State With Magnons Using an Optomechanical-Type Coupling. Physical review. B./Physical review. B (2025)

Qin XuGregory D. Fuchs

Gan Quantum Emitters: Basic Physics, Spin Structure, and Optically Detected Magnetic Resonance (Odmr). (2025)

Jianlun LuoYifei GengFarhan RanaGregory D. Fuchs

Coherent Acoustic Control of Defect Orbital States in the Strong-Driving Limit. PRX Quantum (2024)

B.A. McCullianV. SharmaH.Y. ChenJ.C. CrossmanE.J. MuellerG.D. Fuchs

Cooling and Squeezing a Microwave Cavity State With Magnons Using a Beam Splitter Interaction. arXiv (Cornell University) (2024)

Xu, QinFuchs, Gregory D.

In Situ Electric-Field Control of Ferromagnetic Resonance in the Low-Loss Organic-Based Ferrimagnet V[Tcne] X ∼2. APL Materials (2024)

Purcell Enhancement and Spin Spectroscopy of Silicon Vacancy Centers in Silicon Carbide Using an Ultra-Small Mode-Volume Plasmonic Cavity. arXiv (Cornell University) (2024)

So, Jae-PilLuo, JialunChoi, JaehongMcCullian, BrendanFuchs, Gregory D.

Purcell Enhancement and Spin Spectroscopy of Silicon Vacancy Centers in Silicon Carbide Using an Ultrasmall Mode-Volume Plasmonic Cavity. Nano Letters (2024)

Jae-Pil SoJialun LuoJaehong ChoiBrendan McCullianGregory D. Fuchs

Room Temperature Optically Detected Magnetic Resonance of Single Spins in Gan. Nature Materials (2024)

Jialun LuoYifei GengFarhan RanaGregory D. Fuchs

Stroboscopic X-Ray Diffraction Microscopy of Dynamic Strain in Diamond Thin-Film Bulk Acoustic Resonators for Quantum Control of Nitrogen-Vacancy Centers. Physical Review Applied (2024)

Anthony D’AddarioJohnathan KuanNoah F. OpondoOzan ErturkTao ZhouSunil A. BhaveMartin V. HoltGregory D. Fuchs

Strong Photon‐Magnon Coupling Using a Lithographically Defined Organic Ferrimagnet. Advanced Science (2024)

Qin XuHil Fung Harry CheungDonley S. CormodeTharnier O. PuelSrishti PalHuma YusufMichael ChilcoteMichael E. FlattéEzekiel Johnston‐HalperinGregory D. Fuchs

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