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Sawyer D. Campbell

Associate Professor

Pennsylvania State University

United States

Research Interests

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Dr. Sawyer D. Campbell is an Associate Professor at Pennsylvania State University, USA. His research interests include reconfigurable electromagnetic devices, metamaterials, and innovative antenna design. Recent publications highlight advancements in compliant mechanisms, deep learning applications, and co-simulation methods in electromagnetic engineering.

Articles (19)

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Collaborators (1)

Douglas H. Werner

Pennsylvania State University

UNITED STATES

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Sawyer D. Campbell

Research Interests

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Articles (19)

Comprehensive review of large language models for nanophotonics: from surrogate modeling to autonomous design

Enhancement of aperture antenna systems using meta-radome devices

New Algorithms for Enabling High-Dimensional Aperiodic Planar Antenna Array Optimization

Realization of arbitrary biaxial metamaterials enabled by an interleaved metallic patch–rod structure

Analytical framework for angular dispersion engineering of metasurface optics

Circuit-Loaded Microwave Metadevices: Current State of the Art and Future Directions

Deep Learning for Real Time Antenna Array Failure Recovery

Reconfigurable Metamirrors Based on Compliant Mechanisms

Fixed-attention mechanism for deep-learning-assisted design of high-degree-of-freedom 3D metamaterials

Harmonic engineering of antennas with time-periodic substrate permittivity

Ultra-Short Horn Antennas via Digital Choke and Groove Aperture Topologies

Multiphysics Inverse‐Design of Multifunctional Freeform Meta‐Radomes

Data driven approaches in nanophotonics: a review of AI-enabled metadevices

A Shaped Reflector Antenna Design Approach for Contoured Beam Synthesis With Surface Curvature Constraints

An Augmented Network Parameter Method for Rapid Electromagnetic-Circuit Co-Simulation in the Presence of Impinging Electromagnetic Waves

Enhancing Reflectarray Robustness Through Adjoint Optimization Enabled Recovery

Guest Editorial: Special Cluster on Advances in Reconfigurable Electromagnetic Devices

Reconfigurable Compliant-Mechanism-Based Flexure Metasurface for Ruggedized Reflectarray Antennas

Superscattering of electromagnetic waves from subwavelength dielectric structures

Collaborators (1)

Douglas H. Werner

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