Faculty

Institution

Unit

Venue

Daniel Steck

Assoc Professor

University of Oregon

Affiliations

College of Arts and Sciences

Multidisciplinary Science(formerly General Science)

Physics

Daniel Steck is currently serving as a College Of Arts And Sciences Assoc Professor at University of Oregon.

Honors

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Experiences

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Education

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Daniel Steck

University of Oregon

Assoc Professor

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physics applied physics atomic physics instrumentation particle physics automatic control materials science electrical engineering condensed matter physics quantum measurement instrument science laser science atomic motion optical one-way barrier quantum information science quantum mechanics analytical chemistry control systems nuclear science thermal engineering nonlinear phenomena nonlinear science nonlinear dynamics cold region science atomic spectroscopy neurorehabilitation neuroradiology anesthesia movement disorders musculoskeletal disorders quantum feedback cavity qed instrumentation engineering engineering noise control noise reduction emergent phenomena chaos theory discrete dynamical systems nonlinear oscillations chaotic mixing numerical computation anomalous diffusion rare event estimation laser processing technology benchmark studies neurological disorders tic disorders neuromuscular blockade neuromusculoskeletal disorders motor disorders continuous quantum measurement quantum feedback control optical cavity neutral atoms experimental realization feedback cooling atomic-physics experiments fractal templates escape dynamics trapped ultracold atoms extensible system laboratory timing trapping experiments laser cooling atom optics quantum science quantum photonics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Pathwise Differentiation of Worldline Path Integrals. Physical review. A/Physical review, A (2024)

Jonathan B. MackroryHe ZhengDaniel A. Steck

worldline path integralspathwise differentiationgraph theoryapplied mathematics

Anatomy of an Extreme Event: What Can We Infer About the History of a Heavy-Tailed Random Walk?. Physical review. E (2022)

Wesley W. EricksonDaniel A. Steck

heavy-tailed random walkphysicsrare event estimationextreme eventprobability theory

Noise Reduction of a Libbrecht–Hall Style Current Driver. Review of Scientific Instruments (2016)

Christopher M. SeckPaul J. MartinEryn C. CookBrian C. OdomDaniel A. Steck

automatic controlnoise reductionelectrical engineeringengineering noise controlinstrumentation

Worldline Approach for Numerical Computation of Electromagnetic Casimir Energies: Scalar Field Coupled to Magnetodielectric Media. Physical review. A/Physical review, A (2016)

Jonathan B. MackroryTanmoy BhattacharyaDaniel A. Steck

electromagnetic casimir energiesscalar fieldcomputational electromagneticsnumerical computationapplied mathematics

Design and Construction of Cost-Effective Tapered Amplifier Systems for Laser Cooling and Trapping Experiments. American Journal of Physics (2014)

Jayampathi C. B. KangaraAndrew J. HachtelMatthew C. GilletteJason T. BarkelooEthan R. ClementsSamir BaliBrett E. UnksNicholas A. ProiteDeniz D. YavuzPaul J. MartinJeremy J. ThornDaniel A. Steck

thermal engineeringtrapping experimentslaser coolingoptoelectronicselectrical engineeringapplied physics

Cold Atoms and Maxwell’s Demon. Annual review of cold atoms and molecules (2013)

Daniel A. Steck

cold atomschemistrycold region science

High Passive-Stability Diode-Laser Design for Use in Atomic-Physics Experiments. Review of Scientific Instruments (2012)

Eryn C. CookPaul J. MartinTobias L. Brown-HeftJeffrey C. GarmanDaniel A. Steck

atomic-physics experimentsatomic physicsinstrument scienceapplied physicsinstrumentation

Worldline Method for Electromagnetic Casimir Energies. Bulletin of the American Physical Society (2012)

Jonathan MackroryTanmoy BhattacharyaDaniel Steck

physicsworldline methodelectromagnetic casimir energiesparticle physics

Development of an Ultra-Stable, Low-Cost Diode Laser System. (2011)

Eryn C. CookPaul J. MartinDaniel A. Steck

photonicslaser scienceoptoelectronicslaser processing technologyapplied physics

Development of a Stable, Low-Cost Diode Laser System for Use in Atom Optics Experiments. Bulletin of the American Physical Society (2011)

Eryn C. CookPaul J. MartinDaniel A. Steck

atom optics experimentsapplied physicslaser scienceoptoelectronics

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Daniel Steck

Assoc Professor

University of Oregon

Affiliations

College of Arts and Sciences

Multidisciplinary Science(formerly General Science)

Physics

Daniel Steck is currently serving as a College Of Arts And Sciences Assoc Professor at University of Oregon.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Daniel Steck

University of Oregon

Assoc Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Pathwise Differentiation of Worldline Path Integrals. Physical review. A/Physical review, A (2024)

Jonathan B. MackroryHe ZhengDaniel A. Steck

worldline path integralspathwise differentiationgraph theoryapplied mathematics

Anatomy of an Extreme Event: What Can We Infer About the History of a Heavy-Tailed Random Walk?. Physical review. E (2022)

Wesley W. EricksonDaniel A. Steck

heavy-tailed random walkphysicsrare event estimationextreme eventprobability theory

Noise Reduction of a Libbrecht–Hall Style Current Driver. Review of Scientific Instruments (2016)

Christopher M. SeckPaul J. MartinEryn C. CookBrian C. OdomDaniel A. Steck

automatic controlnoise reductionelectrical engineeringengineering noise controlinstrumentation

Worldline Approach for Numerical Computation of Electromagnetic Casimir Energies: Scalar Field Coupled to Magnetodielectric Media. Physical review. A/Physical review, A (2016)

Jonathan B. MackroryTanmoy BhattacharyaDaniel A. Steck

electromagnetic casimir energiesscalar fieldcomputational electromagneticsnumerical computationapplied mathematics

Design and Construction of Cost-Effective Tapered Amplifier Systems for Laser Cooling and Trapping Experiments. American Journal of Physics (2014)

Jayampathi C. B. KangaraAndrew J. HachtelMatthew C. GilletteJason T. BarkelooEthan R. ClementsSamir BaliBrett E. UnksNicholas A. ProiteDeniz D. YavuzPaul J. MartinJeremy J. ThornDaniel A. Steck

thermal engineeringtrapping experimentslaser coolingoptoelectronicselectrical engineeringapplied physics

Cold Atoms and Maxwell’s Demon. Annual review of cold atoms and molecules (2013)

Daniel A. Steck

cold atomschemistrycold region science

High Passive-Stability Diode-Laser Design for Use in Atomic-Physics Experiments. Review of Scientific Instruments (2012)

Eryn C. CookPaul J. MartinTobias L. Brown-HeftJeffrey C. GarmanDaniel A. Steck

atomic-physics experimentsatomic physicsinstrument scienceapplied physicsinstrumentation

Worldline Method for Electromagnetic Casimir Energies. Bulletin of the American Physical Society (2012)

Jonathan MackroryTanmoy BhattacharyaDaniel Steck

physicsworldline methodelectromagnetic casimir energiesparticle physics

Development of an Ultra-Stable, Low-Cost Diode Laser System. (2011)

Eryn C. CookPaul J. MartinDaniel A. Steck

photonicslaser scienceoptoelectronicslaser processing technologyapplied physics

Development of a Stable, Low-Cost Diode Laser System for Use in Atom Optics Experiments. Bulletin of the American Physical Society (2011)

Eryn C. CookPaul J. MartinDaniel A. Steck

atom optics experimentsapplied physicslaser scienceoptoelectronics

1
2
3
10 / page

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