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The aim is to explore advancements in lattice gauge theory methods enabled by quantum computing.

Toward quantum computing gauge theories of nature

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The aim is to explore advancements in lattice gauge theory methods enabled by quantum computing.
Introduced Hamiltonian formulation of lattice gauge theories in the Kogut–Susskind framework.
Discussed Hilbert space and physical states, alongside numerical methods for Hamiltonian simulations.
Presented quantum-simulation preliminaries and quantum-computing fundamentals, culminating in gauge-theory circuit design examples.
Provided a step-by-step analysis of a simpler Abelian gauge theory.
Overviewed current understanding of using quantum computing for quantum chromodynamics costs.

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Lecture notes introduce quantum computing lattice gauge theories, highlighting theoretical and algorithmic developments.

Zohreh Davoudi (2026) studied this question.

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