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This research presents a novel simulation method for real-time quantum dynamics of 2D Ising models using fuzzy sphere regularization, effectively bypassing traditional computational bottlenecks like imaginary-time simulations. By confirming Kibble-Zurek scaling behavior despite finite-size effects in the energy spectrum, the study establishes a new pathway to investigate strongly coupled Conformal Field Theories that are otherwise difficult to model.
Max Planck Institute Maps Ising Transition on Fuzzy Sphere
Max Planck Institute researchers mapped the 2D quantum Ising model’s dynamics onto a “fuzzy sphere”, revealing Kibble-Zurek scaling behavior consistent with the D Ising universality class.
Researchers at the Max Planck Institute for the Physics of Complex Systems have mapped the transition of a two-dimensional quantum Ising model using a novel “fuzzy sphere regularization scheme,” opening a new avenue for studying strongly coupled Conformal Field Theories. By simulating a rapid change in the magnetic field of this model, the team established that, at intermediate rates, the squared order parameter followed predictions aligned with the established 3D Ising universality class. Importantly, the resulting two-point correlation function exhibited exponential decay, and the correlation length can be used to estimate…
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