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This research demonstrates how engineering quasiparticle band structures within driven spin systems can extend prethermal regimes by controlling dispersion properties. The findings offer a novel mechanism for stabilizing quantum states against Floquet heating, advancing the theoretical control of many-body dynamics in non-equilibrium settings.
How Peking University Engineers Control Prethermalization via Band Structure

Researchers at Peking University investigated many-body periodic orbits in a periodically driven spin system, revealing a quasiparticle band structure emerges when these orbits are perturbed. This band structure governs a long-lived prethermal regime, with its lifetime tunable through engineering of the band’s dispersion.
Researchers at Peking University and collaboration institues are University of Cambridge and Technical University of Munich, have uncovered a family of many-body periodic orbits within a periodically driven spin system, challenging expectations about how these systems behave outside of traditionally studied high-frequency conditions. The team, led by Jianan Wang and Yang Hou, reports demonstrating that perturbations to these stable orbits exhibit a description akin to a quasiparticle band structure, a concept more commonly associated with static materials. This work aims to resolve the tension between predictions of stable orbits and established thermodynamic principles. In particular, the researchers…
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