Faculty

Institution

Unit

Venue

Linda Reichl

Professor

University of Texas at Austin

Affiliations

College of Natural Sciences

Physics

Linda Reichl is currently serving as a College Of Natural Sciences Professor at University of Texas At Austin.

Honors

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Experiences

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Education

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Linda Reichl

University of Texas at Austin

Professor

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physics condensed matter physics applied physics particle physics materials science atomic physics chaos theory quantum mechanics dynamical systems condensed matter mathematical physics fluid dynamics quantum science biophysics statistical physics theoretical physics quantum theory quasibound states brownian motion quantum chaos stochastic dynamical systems nanotechnology statistical mechanics lattice theory material research fluid flow solid-state physics stochastic systems nonlinear resonance wave scattering stochastic phenomena charge transport electronic materials quantum chemistry atomic spectroscopy light scattering matrix theory single-walled carbon nanotubes electron waveguides avoided crossings stochastic chaos collision integrals relaxation rates bose-einstein condensates open quantum system dilute bose-einstein condensates fermi superfluid microscopic modes conservative classical systems composite science nanoparticle research solid-state electronics raman spectroscopy numerical simulations mechanical science photophysical properties uv-vis spectroscopy novel interface material physics graphene nanoribbons stochastic resonance oscillation theory magnetic fields foundation of mathematics bioacoustics physical acoustics auditory science instrument science sound design one-dimensional materials solid-state chemistry nanoscale modeling continuum modeling modern course quantum manifestations time-periodic potential nonlinear phenomena bose-einstein condensation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chaos-Assisted Tunneling. Entropy (2024)

Linda E. Reichl

materials sciencephysicsplasma sciencefluid dynamicsapplied physicschaos theorychaos-assisted tunneling

Particle-Hole Thermalization in a Composite Superconducting and Normal-Conducting Nanowire. Physical review. E (2024)

L. E. ReichlF. Estrella

materials sciencephysicsnormal-conducting nanowirecryogenicscomposite superconductingcondensed matter physicssuperconductivityapplied physicsparticle-hole thermalization

The Effect of Resonance on Qudit Dynamics. Physica B Condensed Matter (2024)

L.E. Reichl

condensed matter physicsphysicsqudit dynamicscondensed matter

Intrinsic Thermalization of the Honeycomb Optical Lattice. Physical review. E (2023)

A. D. BarrW. A. FurmanM. D. PorterL. E. Reichl

materials sciencephysicshoneycomb optical latticecondensed matter physicslattice theoryapplied physicsintrinsic thermalizationcondensed matterparticle physics

Fundamental Concepts. Springer eBooks (2022)

Cajetan M. Akujuobi

computer sciencefuzzy computingfuzzy systemssoft computingfuzzy logicfundamental conceptsfuzzing

The Scattering Symmetries of Tetrahedral Quantum Structures. The European Physical Journal D (2022)

W. A. FurmanF. J. EstrellaA. D. BarrL. E. Reichl

atomic physicsphysicsparticle physics

Area-Preserving Maps. Fundamental theories of physics (2021)

Linda Reichl

computer-generated imagerygeospatial mappingcomputer visioncomputer sciencedepth mapdata scienceimage analysisself-organizing mapsdigital image processingphysical geographydigital earthmachine visiongeographyarea-preserving mapsimage representationcartographycomputational imaginggeometrical accuracyapplied geography

Arnol’D Diffusion. Fundamental theories of physics (2021)

Linda Reichl

anomalous diffusionnonlinear phenomenaphysicstheoretical physicsdiffusionapplied physics

Bounded Quantum Systems. Fundamental theories of physics (2021)

Linda Reichl

quantum theoryphysicstheoretical physicsquantum systemsquantum mechanicsquantum information sciencequantum science

Chaotic Scattering. Fundamental theories of physics (2021)

Linda Reichl

chaotic scatteringapplied physicsmathematical sciencesapplied mathematicsmathematical physicsmathematics

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Linda Reichl

Professor

University of Texas at Austin

Affiliations

College of Natural Sciences

Physics

Linda Reichl is currently serving as a College Of Natural Sciences Professor at University of Texas At Austin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Linda Reichl

University of Texas at Austin

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chaos-Assisted Tunneling. Entropy (2024)

Linda E. Reichl

materials sciencephysicsplasma sciencefluid dynamicsapplied physicschaos theorychaos-assisted tunneling

Particle-Hole Thermalization in a Composite Superconducting and Normal-Conducting Nanowire. Physical review. E (2024)

L. E. ReichlF. Estrella

materials sciencephysicsnormal-conducting nanowirecryogenicscomposite superconductingcondensed matter physicssuperconductivityapplied physicsparticle-hole thermalization

The Effect of Resonance on Qudit Dynamics. Physica B Condensed Matter (2024)

L.E. Reichl

condensed matter physicsphysicsqudit dynamicscondensed matter

Intrinsic Thermalization of the Honeycomb Optical Lattice. Physical review. E (2023)

A. D. BarrW. A. FurmanM. D. PorterL. E. Reichl

materials sciencephysicshoneycomb optical latticecondensed matter physicslattice theoryapplied physicsintrinsic thermalizationcondensed matterparticle physics

Fundamental Concepts. Springer eBooks (2022)

Cajetan M. Akujuobi

computer sciencefuzzy computingfuzzy systemssoft computingfuzzy logicfundamental conceptsfuzzing

The Scattering Symmetries of Tetrahedral Quantum Structures. The European Physical Journal D (2022)

W. A. FurmanF. J. EstrellaA. D. BarrL. E. Reichl

atomic physicsphysicsparticle physics

Area-Preserving Maps. Fundamental theories of physics (2021)

Linda Reichl

Arnol’D Diffusion. Fundamental theories of physics (2021)

Linda Reichl

anomalous diffusionnonlinear phenomenaphysicstheoretical physicsdiffusionapplied physics

Bounded Quantum Systems. Fundamental theories of physics (2021)

Linda Reichl

quantum theoryphysicstheoretical physicsquantum systemsquantum mechanicsquantum information sciencequantum science

Chaotic Scattering. Fundamental theories of physics (2021)

Linda Reichl

chaotic scatteringapplied physicsmathematical sciencesapplied mathematicsmathematical physicsmathematics

1
2
3
4
5
18
10 / page

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condensed matter physics

quantum field theory

Dries Sels

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statistical physic

quantum machine learning

David Peak

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gendered perception

mathematics education

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