Quantum Computing & Information Theory

I lead the Quantum Architecture Group. Our research focuses on developing scalable quantum error correction protocols, topological quantum computing models, and studying the limits of quantum information transmission in noisy environments.

45+

Papers Published

2,400

Citations

34

h-index

Selected Publications

Journal

Topological Error Correction in Surface Codes under Correlated Noise

Evelyn Carter, John R. Smith, Alice Thorne

Physical Review Letters, 2025

Download PDF

Conference

Fault-Tolerant Logical Gates on Near-Term Devices

Evelyn Carter, Robert H. Davis

ACM Symposium on Theory of Computing (STOC), 2024

Download PDF

Teaching

PHYS 230: Introduction to Quantum Computing

Graduate level introduction to quantum algorithms, circuits, quantum density matrices, and quantum information processing.

PHYS 112: Advanced Classical Electrodynamics

Undergraduate level, focusing on Maxwell's equations, electromagnetic waves, boundary-value problems, and radiation.