In a driven one-dimensional Hubbard model, spin-charge separation produces a long-lived fractionalized prethermal state with distinct effective temperatures for spins and charges, with lifetimes set by quasiparticle decay and Floquet prethermalization.
III of the main text, we have analyzed different drive protocols in which a clear fractionalized prethermal regime is observable
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Fractionalized Prethermalization in the One-Dimensional Hubbard Model
In a driven one-dimensional Hubbard model, spin-charge separation produces a long-lived fractionalized prethermal state with distinct effective temperatures for spins and charges, with lifetimes set by quasiparticle decay and Floquet prethermalization.