Owen Miller

Asst Prof

Yale University

United States

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Owen Miller is an Assistant Professor at Yale University in the United States. His research focuses on photonics, particularly in the areas of nonlinear optical materials, quantum mechanics, and communication channel capacities. Recent publications include investigations on quantum interaction and optimal input excitations in multimode fibers, as well as advancements in algorithms for photonics inverse design.

Articles (20)

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2020

Collaborators (8)

David A. B. Miller

Stanford University

UNITED STATES

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Zeyu Kuang

TU Wien

AUSTRIA

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Hui Cao

UNITED STATES

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Fengwen Wang

Technical University of Denmark

DENMARK

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Rohith Mittapally

Assistant Professor

North Carolina State University

UNITED STATES

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Edgar Meyhofer

Professor

University of Michigan

UNITED STATES

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Haejun Chung

Assistant Professor

Hanyang University

SOUTH KOREA

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Rasmus Ellebæk Christiansen

Technical University of Denmark

DENMARK

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Owen Miller

Research Interests

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About

Articles (20)

Bounds on the Coupling Strengths of Communication Channels and Their Information Capacities

Tunnelling escape of waves

Exploring the equivalence of causality-based and quantum mechanics-based sum rules for harmonic generation in nonlinear optical materials

Approaching Upper Bounds to Resonant Nonlinear Optical Susceptibilities with Inverse-Designed Quantum Wells

Maximal Quantum Interaction between Free Electrons and Photons

Many photonic design problems are sparse QCQPs

Validation and characterization of algorithms and software for photonics inverse design

Optimal input excitations for suppressing nonlinear instabilities in multimode fibers

Inverse design in photonics: introduction

Probing the Limits to Near-Field Heat Transfer Enhancements in Phonon-Polaritonic Materials

All electromagnetic scattering bodies are matrix-valued oscillators

Towards maximum optical efficiency of ensembles of colloidal nanorods

High-NA optical edge detection via optimized multilayer films

Conservation-Law-Based Global Bounds to Quantum Optimal Control

Computational Bounds to Light–Matter Interactions via Local Conservation Laws

Maximal single-frequency electromagnetic response

Optimal Materials for Maximum Large-Area Near-Field Radiative Heat Transfer

Tunable Metasurface Inverse Design for 80% Switching Efficiencies and 144° Angular Deflection

Approaching the upper limits of the local density of states via optimized metallic cavities

Limits to surface-enhanced Raman scattering near arbitrary-shape scatterers: erratum

Collaborators (8)

David A. B. Miller

Zeyu Kuang

Hui Cao

Fengwen Wang

Rohith Mittapally

Edgar Meyhofer

Haejun Chung

Rasmus Ellebæk Christiansen

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