Faculty

Institution

Unit

Venue

Frederick W. Strauch

Williams College

Affiliations

Williams College

Department of Physics

NoneFrederick W. Strauch is currently serving as a Physics faculty at Williams College.

Honors

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Experiences

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Education

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Frederick W. Strauch

Williams College

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quantum science physics applied physics quantum mechanics quantum information science superconductivity condensed matter physics quantum technologies quantum computing materials science quantum devices mathematics particle physics mathematical physics quantum theory spectroscopy condensed matter quantum systems theoretical physics superconducting materials quantum communications quantum logic gates rabi oscillations modern physics quantum mechanical properties quantum hardware relativistic quantum walks quantum walks computational physics statistical physics mathematical sciences electronics quantum networking quantum networks quantum logic poisson boundary continuous-time quantum walks macroscopic tunnel splittings josephson-junction qubits josephson phase qubit refrigeration nature physic statistical methodology computational statistics entropy nonlinear phenomena nonlinear science boundary value problems cavity qed frequency control quantum algorithms theoretical analysis mathematical statistical physic interacting particle systems lattice theory statistical modeling mathematical statistics optical logic gate quantum decoherence many-body quantum physics quantum security measurement problems nonlinear equations nonlinear functional analysis nonlinear wave propagation stochastic calculus stochastic phenomena synthetic circuits macroscopic quantum states beating sideband cooling arbitrary control relativistic effects rigorous limits three-particle entanglement superconducting resonators parallel state transfer

Notable Scholarly Works

Notable Federal Grants

Collaborators

Optimal Conditions for Environment-Assisted Quantum Transport on the Fully Connected Network. Physical review. E (2024)

telecommunication networksquantum networkingquantum networksoptimal conditionsquantum scienceenvironment-assisted quantum transportquantum communicationsapplied mathematicsnetwork analysisquantum computingquantum information science

Higher-Dimensional Bell Inequalities With Noisy Qudits. Physical review. A/Physical review, A (2016)

quantum securityentropyquantum sciencemeasurement problemshigher-dimensional bell inequalitiesapplied mathematicsquantum communicationsquantum entanglementmathematicsquantum information science

Quantum State Synthesis of Superconducting Resonators. Physical review. A/Physical review, A (2016)

physicssuperconductivitysuperconducting materialsquantum sciencequantum mechanicscondensed matterquantum state synthesisquantum technologiesapplied physicsquantum materials

Resource Letter Qi-1: Quantum Information. American Journal of Physics (2016)

physicstheoretical physicsquantum sciencequantum mechanicsquantum systemsresource letter qi-1quantum communicationsquantum computingquantum information science

Comparing Resolved-Sideband Cooling and Measurement-Based Feedback Cooling on an Equal Footing: Analytical Results in the Regime of Ground-State Cooling. Physical Review A (2015)

Kurt JacobsHendra I. NurdinFrederick W. StrauchMatthew James

physicsmaterials scienceatomic physicsresolved-sideband coolingquantum scienceground-state coolingequal footing

Equipartitions and a Distribution for Numbers: A Statistical Model for Benford's Law. Physical Review E (2015)

statistical modelingapplied statisticsstatistical theorymathematical statisticsstatistical inferencestatisticsstatistical methodologyasymptotic analysisapplied mathematicsstatistical modelcomputational statisticsprobability theorystatistical models

When Does Resolved-Sideband Cooling Beat Measurement-Based Feedback Cooling? Analytical Results in the Regime of Ground-State Cooling. arXiv (Cornell University) (2014)

Kurt JacobsHendra I. NurdinFrederick W. StrauchMatthew James

applied physicsground-state coolingthermal engineeringheat transfer

Absolute Dynamical Limit to Cooling Weakly Coupled Quantum Systems. Physical Review Letters (2013)

Xiaoting WangSai VinjanampathyFrederick W. StrauchKurt Jacobs

applied physicsabsolute dynamical limitquantum mechanicsdynamical systems

Interfacing Superconducting Qubits and Resonator Qudit. Bulletin of the American Physical Society (2013)

Frederick StrauchXiaoting WangKurt Jacobs

physicssuperconductivityresonator quditcondensed matter physics

When Life Gives You Lemons - a Statistical Model for Benford's Law. (2013)

statistical theoryeconomicsstatisticsbehavioral economicsstatistical modeleconomic behavioreconomic theory

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Frederick W. Strauch

Williams College

Affiliations

Williams College

Department of Physics

NoneFrederick W. Strauch is currently serving as a Physics faculty at Williams College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Frederick W. Strauch

Williams College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Optimal Conditions for Environment-Assisted Quantum Transport on the Fully Connected Network. Physical review. E (2024)

Higher-Dimensional Bell Inequalities With Noisy Qudits. Physical review. A/Physical review, A (2016)

quantum securityentropyquantum sciencemeasurement problemshigher-dimensional bell inequalitiesapplied mathematicsquantum communicationsquantum entanglementmathematicsquantum information science

Quantum State Synthesis of Superconducting Resonators. Physical review. A/Physical review, A (2016)

physicssuperconductivitysuperconducting materialsquantum sciencequantum mechanicscondensed matterquantum state synthesisquantum technologiesapplied physicsquantum materials

Resource Letter Qi-1: Quantum Information. American Journal of Physics (2016)

physicstheoretical physicsquantum sciencequantum mechanicsquantum systemsresource letter qi-1quantum communicationsquantum computingquantum information science

Comparing Resolved-Sideband Cooling and Measurement-Based Feedback Cooling on an Equal Footing: Analytical Results in the Regime of Ground-State Cooling. Physical Review A (2015)

Kurt JacobsHendra I. NurdinFrederick W. StrauchMatthew James

physicsmaterials scienceatomic physicsresolved-sideband coolingquantum scienceground-state coolingequal footing

Equipartitions and a Distribution for Numbers: A Statistical Model for Benford's Law. Physical Review E (2015)

When Does Resolved-Sideband Cooling Beat Measurement-Based Feedback Cooling? Analytical Results in the Regime of Ground-State Cooling. arXiv (Cornell University) (2014)

Kurt JacobsHendra I. NurdinFrederick W. StrauchMatthew James

applied physicsground-state coolingthermal engineeringheat transfer

Absolute Dynamical Limit to Cooling Weakly Coupled Quantum Systems. Physical Review Letters (2013)

Xiaoting WangSai VinjanampathyFrederick W. StrauchKurt Jacobs

applied physicsabsolute dynamical limitquantum mechanicsdynamical systems

Interfacing Superconducting Qubits and Resonator Qudit. Bulletin of the American Physical Society (2013)

Frederick StrauchXiaoting WangKurt Jacobs

physicssuperconductivityresonator quditcondensed matter physics

When Life Gives You Lemons - a Statistical Model for Benford's Law. (2013)

statistical theoryeconomicsstatisticsbehavioral economicsstatistical modeleconomic behavioreconomic theory

1
2
3
4
5
6
10 / page