Consider system with Hamiltonian H. If this system is attached to inertial observer its(adsbygoogle = window.adsbygoogle || []).push({});

evolution is described by unitary operator: [tex] U_t = \exp(t H) [/tex] where t is time

measured by inertial observer. What if the observer accelerates (with constant

acceleration in its comoving frame). Is it stil true that [tex] U_\tau = \exp(\tau H) [/tex]

wher [tex]\tau [/tex] is time measured by accelerating observer (the length of its

world line). Is hamiltonian idependent of type of observer whom we attache the system to?

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# Evolution of uniformly accelerated system

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