Faculty

Institution

Unit

Venue

Yong-Shi Wu

University of Utah

Affiliations

College of Science

Physics & Astronomy

NoneYong-shi Wu is currently serving as a College Of Science faculty at University of Utah.

Honors

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Experiences

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Education

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Yong-Shi Wu

University of Utah

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physics particle physics condensed matter physics materials science applied physics nuclear physics mathematical physics applied mathematics topology gauge theory atomic physics quantum mechanics quantum science condensed matter high energy physics gauge invariance string theory magnetism matrix theory gauge field theory spin hall effect topological phases general relativity topological quantum state quantum groups theoretical high-energy physics fractional statistics bethe ansatz equations theoretical physics solid-state electronics topological insulators laser science quantum theory topological quantization first-principles study chiral bosons levin-wen model kp hierarchy abelian gauge structure boundary hamiltonian theory gauge fields extraspecial two-groups gapped topological phases chiral bosonization bulk entanglement geometric topology space weather automatic control nuclear science atomic spectroscopy power electronics electronics intelligent computing topological materials magnetic topological insulator benchmark studies quantum chromodynamics exotic state non-perturbative qcd space-time processing group representation solid-state physics black holes nonlinear control ring theory quantum algebra continuum modeling holographic method solid-state chemistry semiconductor technology reconfigurable architectures next generation computing

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Sram-Based Reconfigurable Cognitive Computation Matrix for Sensor Edge Applications. IEEE journal of solid-state circuits (2024)

Sheng-Yu PengI-Chun LiuYi-Heng WuTing-Ju LinChun-Jui ChenXiu-Zhu LiYong-Qi ChengPin-Han LinKuo-Hsuan HungYu Tsao

power electronicssystems engineeringvlsi technologysemiconductor technologynext generation computingsensor edge applicationscomputer architectureembedded systemscomputer scienceintelligent computingmicroelectronicsedge computingsemiconductorssolid-state electronicssemiconductor devicesreconfigurable architectureselectronicselectrical engineering

Fate of Quantum Anomalies for 1D Lattice Chiral Fermion With a Simple Non-Hermitian Hamiltonian. Journal of High Energy Physics (2023)

Wei-Qiang ChenYong-Shi WuWenjie XiWei-Zhu YiGen Yue

particle physicslattice chiral fermionquantum anomaliesquantum mechanics

Simulating the Hadamard Gate in the Fibonacci Disk Code for Universal Topological Quantum Computation. The Innovation (2023)

Yong-Shi Wu

topological quantum statehadamard gatequantum computingfibonacci disk code

Yang-Mills Gauge Principle and the Standard Model of Particle Physics — in Celebration of the 100Th Birthday of Chen-Ning Yang. WORLD SCIENTIFIC eBooks (2022)

Yong-Shi Wu

theoretical physicsquantum gravitygauge field theoryyang-mills gauge principlegauge theoryhigh energy physicschen-ning yangphysicstheoretical high-energy physicsparticle physicsstandard model

Correspondence Between Bulk Entanglement and Boundary Excitation Spectra in Two-Dimensional Gapped Topological Phases. Physical review. B./Physical review. B (2019)

Zhu-Xi LuoBrendan G. PankovichYuting HuYong-Shi Wu

bulk entanglementtopologyboundary excitation spectracondensed matter physicsphysicsparticle physics

Boundary Hamiltonian Theory for Gapped Topological Phases on an Open Surface. Journal of High Energy Physics (2018)

Yuting HuZhu-Xi LuoRen PankovichYidun WanYong-Shi Wu

boundary hamiltonian theorygapped topological phasesopen surfacephysicsparticle physics

Bulk Entanglement and Boundary Spectra in Gapped Topological Phases. arXiv (Cornell University) (2018)

Zhu-Xi LuoBrendan G. PankovichYu-Ting HuYong-Shi Wu

bulk entanglementtopologygapped topological phasesboundary spectraparticle physics

From Effective Hamiltonian to Anomaly Inflow in Topological Orders With Boundaries. Journal of High Energy Physics (2018)

Yuting HuYidun WanYong-Shi Wu

particle physicstopological orders

Full Dyon Excitation Spectrum in Extended Levin-Wen Models. Physical review. B./Physical review. B (2018)

Yuting HuNathan GeerYong-Shi Wu

theoretical physicsgauge field theorymathematical physicsextended levin-wen modelsdyon speciesgauge theoryquantum field theoryexotic statehigh energy physicsgeometric topologyphysicsmathematicsparticle physicsnon-perturbative qcdlevin-wen modelquantum chromodynamics

Linking Entanglement and Discrete Anomaly. Journal of High Energy Physics (2018)

Ling-Yan HungYong-Shi WuYang Zhou

particle physicsquantum entanglementdiscrete anomalyquantum mechanics

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Yong-Shi Wu

University of Utah

Affiliations

College of Science

Physics & Astronomy

NoneYong-shi Wu is currently serving as a College Of Science faculty at University of Utah.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Yong-Shi Wu

University of Utah

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Sram-Based Reconfigurable Cognitive Computation Matrix for Sensor Edge Applications. IEEE journal of solid-state circuits (2024)

Sheng-Yu PengI-Chun LiuYi-Heng WuTing-Ju LinChun-Jui ChenXiu-Zhu LiYong-Qi ChengPin-Han LinKuo-Hsuan HungYu Tsao

Fate of Quantum Anomalies for 1D Lattice Chiral Fermion With a Simple Non-Hermitian Hamiltonian. Journal of High Energy Physics (2023)

Wei-Qiang ChenYong-Shi WuWenjie XiWei-Zhu YiGen Yue

particle physicslattice chiral fermionquantum anomaliesquantum mechanics

Simulating the Hadamard Gate in the Fibonacci Disk Code for Universal Topological Quantum Computation. The Innovation (2023)

Yong-Shi Wu

topological quantum statehadamard gatequantum computingfibonacci disk code

Yang-Mills Gauge Principle and the Standard Model of Particle Physics — in Celebration of the 100Th Birthday of Chen-Ning Yang. WORLD SCIENTIFIC eBooks (2022)

Yong-Shi Wu

theoretical physicsquantum gravitygauge field theoryyang-mills gauge principlegauge theoryhigh energy physicschen-ning yangphysicstheoretical high-energy physicsparticle physicsstandard model

Correspondence Between Bulk Entanglement and Boundary Excitation Spectra in Two-Dimensional Gapped Topological Phases. Physical review. B./Physical review. B (2019)

Zhu-Xi LuoBrendan G. PankovichYuting HuYong-Shi Wu

bulk entanglementtopologyboundary excitation spectracondensed matter physicsphysicsparticle physics

Boundary Hamiltonian Theory for Gapped Topological Phases on an Open Surface. Journal of High Energy Physics (2018)

Yuting HuZhu-Xi LuoRen PankovichYidun WanYong-Shi Wu

boundary hamiltonian theorygapped topological phasesopen surfacephysicsparticle physics

Bulk Entanglement and Boundary Spectra in Gapped Topological Phases. arXiv (Cornell University) (2018)

Zhu-Xi LuoBrendan G. PankovichYu-Ting HuYong-Shi Wu

bulk entanglementtopologygapped topological phasesboundary spectraparticle physics

From Effective Hamiltonian to Anomaly Inflow in Topological Orders With Boundaries. Journal of High Energy Physics (2018)

Yuting HuYidun WanYong-Shi Wu

particle physicstopological orders

Full Dyon Excitation Spectrum in Extended Levin-Wen Models. Physical review. B./Physical review. B (2018)

Yuting HuNathan GeerYong-Shi Wu

Linking Entanglement and Discrete Anomaly. Journal of High Energy Physics (2018)

Ling-Yan HungYong-Shi WuYang Zhou

particle physicsquantum entanglementdiscrete anomalyquantum mechanics

1
2
3
4
5
18
10 / page

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Similar Faculty Members

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University of California, Santa Barbara

phase transition

nature physic

Mark Srednicki

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statistical mechanic

statistical physic

Arvind Rajaraman

Institution

University of California, Irvine

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supersymmetry

Stuart A. Raby

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constructive field theory

Simon Catterall

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quantum field theory

Gary Horowitz

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Carleton DeTar

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Radu Roiban

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