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AppliedTQC
My colleagues and I just published the final component of a research program that Claudio Chamon and I began 5 years ago. We've developed a method to construct topological quantum states using symmetry principles applied to existing quantum circuit elements. "Non-Abelian combinatorial gauge theory" (PRB, June 2025). No Majorana's needed.
RECENT PAPERS
Constructing Quantum Spin Liquids Using Combinatorial Gauge Symmetry (PRL, Editors' Suggestion)
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Superconducting Circuit Realization of Combinatorial Gauge Symmetry (PRX)
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Experimental realization of classical ℤ2 spin liquids in a programmable quantum device (PRB)
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ℤ3 Quantum Double in a Superconducting Wire Array (PRX)
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Constructing Non-Abelian Quantum Spin Liquids Using Combinatorial Gauge Symmetry (SciPost)
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Abelian combinatorial gauge symmetry (SciPost)
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Non-Abelian combinatorial gauge symmetry (PRB)
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U(1) Symmetry Enriched Toric Code (PRB)
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Cooper-pair splitters as circuit elements for realizing topological superconductors (ArXiv)
TALKS
Quantum Machines
University of Chicago
Maryland Quantum
University of Virginia
ARTICLES
How to profit from quantum technology without building quantum computers (Nature)
Separating the wheat from the chaff: Quantum technology in an era of hype (McKinsey)
LINKS
Boston University
Google Scholar
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