Katherine Newhall

Associate Professor

University of North Carolina at Chapel Hill

United States

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Dr. Katherine Newhall is an Associate Professor at the University of North Carolina at Chapel Hill, USA. Her research focuses on electrical transport in metamaterials, the hyperuniformity of disordered networks, and the dynamics of granular systems. Recent publications include studies on transient interactions in biological systems and memory effects in stochastic models, highlighting her expertise in complex systems and emergent behavior.

Articles (13)

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2025

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2025

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2025

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2025

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2025

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2023

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2022

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2022

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2022

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2021

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2021

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2020

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2020

Collaborators (3)

Jonathan Mattingly

Proffesor of Mathematics

Duke University

UNITED STATES

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Karen Daniels

Distinguished Professor of Physics

North Carolina State University

UNITED STATES

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Gregor Kovacic

Professor

Rensselaer Polytechnic Institute

UNITED STATES

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Katherine Newhall

Research Interests

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Articles (13)

Electrical transport in tunably disordered metamaterials

Characterizing the hyperuniformity of disordered network metamaterials

Memory signatures in path curvature of self-avoidant model particles are revealed by time delayed self mutual information

Sampling the large-dimensional energy landscape of a 2D granular system with the hydra string method

Different relative scalings between transient forces and thermal fluctuations tune regimes of dynamic clustering

The power of weak, transient interactions across biology: A paradigm of emergent behavior

Numerical computation of effective thermal equilibria in stochastically switching Langevin systems

Self-avoidant memory effects on enhanced diffusion in a stochastic model of environmentally responsive swimming droplets

The hydra string method: a novel means to explore potential energy surfaces and its application to granular materials

Network mechanism for insect olfaction

LIMITING BEHAVIORS OF HIGH DIMENSIONAL STOCHASTIC SPIN ENSEMBLES*

Nonlocal stochastic-partial-differential-equation limits of spatially correlated noise-driven spin systems derived to sample a canonical distribution

Polarization dynamics in a resonant optical medium with initial coherence between degenerate states

Collaborators (3)

Jonathan Mattingly

Karen Daniels

Gregor Kovacic

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