Quantum Computation and the localization of Modular Functors

Abstract

The mathematical problem of localizing modular functors to neighborhoods of points is shown to be closely related to the physical problem of engineering a local Hamiltonian for a computationally universal quantum medium. For genus $=0$ surfaces, such a local Hamiltonian is mathematically defined. Braiding defects of this medium implements a representation associated to the Jones polynomial and this representation is known to be universal for quantum computation.

References in corpus (2)

• Higher Algebraic Structures and Quantization
• Threshold Accuracy for Quantum Computation

Cited by in corpus (6)

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