A scaling theory for imaginary-time boundary critical dynamics is proposed, yielding new exponents for order-parameter decay and autocorrelation that deviate from standard quantum-classical mapping.
Un- like the static boundary exponents, ๐1 and ๐โฒ 1 are dynamic ex- ponents and generally differ between quantum and classical systems
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Universal Short-Imaginary-Time Quantum Critical Dynamics Near Boundaries
A scaling theory for imaginary-time boundary critical dynamics is proposed, yielding new exponents for order-parameter decay and autocorrelation that deviate from standard quantum-classical mapping.