Faculty

Institution

Unit

Venue

Michael Geller

Professor of Physics

University of Georgia

Affiliations

Franklin College of Arts and Sciences

Physics and Astronomy

Michael Geller is currently serving as a Franklin College Of Arts And Sciences Professor of Physics at University of Georgia.

Honors

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Experiences

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Education

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Michael Geller

University of Georgia

Professor of Physics

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condensed matter physics physics applied physics materials science quantum mechanics particle physics superconductivity atomic physics condensed matter quantum information science quantum science quantum simulation nanotechnology quantum computing computer science electronics phonons solid-state physics quantum technologies charge transport electron physic solid-state electronics mechanical science electronic materials error correction thermal transport quantum logic nanoscale science tunable coupler aharonov-bohm effect multiqubit measurement errors electron-phonon dynamics surface code material research experimental physics scientific computing scientific data numerical simulations quantum chemistry nonlinear analysis nonlinear science theoretical physics luminescence nanomechanics quantum error correction thermal conductivity condition monitoring chaos theory interferometry quantum decoherence quantum communications elasticity (physics) charge carrier transport semiconductor materials surface analysis nonlinear wave propagation low-dimensional systems plasmonics gauge theory quantum liquids quantum programming quantum theory information leakage qubit architecture high coherence quantum spin adiabatic qubit gates graded composition efficient error models fault-tolerant architectures nanoelectromechanical resonators solid-state quantum-information processing perturbative nonlinear model rotating-wave approximation quantum computation applied mathematics

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Protocol for Nonlinear State Discrimination in Rotating Condensate. Advanced Quantum Technologies (2024)

Michael R. Geller

quantum technologiesquantum sciencenonlinear state discriminationquantum mechanics

Fast Quantum State Discrimination With Nonlinear Positive Trace‐Preserving Channels. Advanced Quantum Technologies (2023)

Michael R. Geller

quantum state discriminationquantum information science

Nonlinear and Non-Cp Gates for Bloch Vector Amplification. Communications in Theoretical Physics (2023)

Michael R Geller

theoretical physicsnonlinear wave propagationbloch vector amplificationscientific communicationnon-cp gatesnonlinear sciencecommunicationnonlinear analysis

Proposal for a Lorenz Qubit. Scientific Reports (2023)

Michael R. Geller

lorenz qubitscientific communication

Universe as a Nonlinear Quantum Simulation: Large- N Limit of the Central-Spin Model. Physical review. A/Physical review, A (2023)

Michael R. Geller

nonlinear quantum simulationcentral-spin modelphysicsquantum simulationquantum mechanics

Quantum Simulation of Operator Spreading in the Chaotic Ising Model. Physical review. E (2022)

Michael R. GellerAndrew ArrasmithZoë HolmesBin YanPatrick J. ColesAndrew Sornborger

operator spreadingchaos theorychaotic ising modelquantum simulationquantum mechanics

Conditionally Rigorous Mitigation of Multiqubit Measurement Errors. Physical Review Letters (2021)

Michael R. Geller

condition monitoringmultiqubit measurement errorsapplied physicsquantum information sciencerigorous mitigation

Experimental Quantum Learning of a Spectral Decomposition. Physical Review Research (2021)

Michael R. GellerZoë HolmesPatrick J. ColesAndrew Sornborger

spectral decompositionexperimental quantum learningphysicsquantum mechanics

Fusing the Single-Excitation Subspace With $${\Mathbb C}^{2^N}$$. Scientific Reports (2021)

Michael R. Geller

particle physicssingle-excitation subspace

Rigorous Measurement Error Correction. Quantum Science and Technology (2020)

Michael R Geller

error correctioncomputer sciencequantum technologiesquantum information sciencequantum science

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Michael Geller

Professor of Physics

University of Georgia

Affiliations

Franklin College of Arts and Sciences

Physics and Astronomy

Michael Geller is currently serving as a Franklin College Of Arts And Sciences Professor of Physics at University of Georgia.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Geller

University of Georgia

Professor of Physics

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Protocol for Nonlinear State Discrimination in Rotating Condensate. Advanced Quantum Technologies (2024)

Michael R. Geller

quantum technologiesquantum sciencenonlinear state discriminationquantum mechanics

Fast Quantum State Discrimination With Nonlinear Positive Trace‐Preserving Channels. Advanced Quantum Technologies (2023)

Michael R. Geller

quantum state discriminationquantum information science

Nonlinear and Non-Cp Gates for Bloch Vector Amplification. Communications in Theoretical Physics (2023)

Michael R Geller

theoretical physicsnonlinear wave propagationbloch vector amplificationscientific communicationnon-cp gatesnonlinear sciencecommunicationnonlinear analysis

Proposal for a Lorenz Qubit. Scientific Reports (2023)

Michael R. Geller

lorenz qubitscientific communication

Universe as a Nonlinear Quantum Simulation: Large- N Limit of the Central-Spin Model. Physical review. A/Physical review, A (2023)

Michael R. Geller

nonlinear quantum simulationcentral-spin modelphysicsquantum simulationquantum mechanics

Quantum Simulation of Operator Spreading in the Chaotic Ising Model. Physical review. E (2022)

Michael R. GellerAndrew ArrasmithZoë HolmesBin YanPatrick J. ColesAndrew Sornborger

operator spreadingchaos theorychaotic ising modelquantum simulationquantum mechanics

Conditionally Rigorous Mitigation of Multiqubit Measurement Errors. Physical Review Letters (2021)

Michael R. Geller

condition monitoringmultiqubit measurement errorsapplied physicsquantum information sciencerigorous mitigation

Experimental Quantum Learning of a Spectral Decomposition. Physical Review Research (2021)

Michael R. GellerZoë HolmesPatrick J. ColesAndrew Sornborger

spectral decompositionexperimental quantum learningphysicsquantum mechanics

Fusing the Single-Excitation Subspace With $${\Mathbb C}^{2^N}$$. Scientific Reports (2021)

Michael R. Geller

particle physicssingle-excitation subspace

Rigorous Measurement Error Correction. Quantum Science and Technology (2020)

Michael R Geller

error correctioncomputer sciencequantum technologiesquantum information sciencequantum science

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5
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