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Princeton Team Studies Anyon Confinement For Topological Quantum Computation
News30 June 2026

Princeton Team Studies Anyon Confinement For Topological Quantum Computation

Jeong Min Park and colleagues at Princeton University used scanning tunneling microscopy/spectroscopy to observe energy splitting in fractional quantum Hall states of graphene at filling factors of 1/3 and 2/5, caused by multi-anyon configurations trapped near charged impurities. The findings establish local tunneling spectroscopy as a method for probing anyon bound states in graphene, a material central to advanced carbon research, with implications for topological quantum computation relying on graphene's two-dimensional electron properties.