31, 536, 000s (i hbar partial_t psi (t) =H (t) psi (t))

In the world of quantum mechanics, the
way we understand time is deeply
complex.
The Schrödinger equation describes the
behavior of quantum particles, and the
time-dependent Schrödinger equation
(TDSE) expresses how the state of a
quantum system changes over time. It
describes the time evolution of the wave
function, determined by the Hamiltonian.
However, the time we experience in
everyday life flowing from the past toward the future is not so easily compared with
time in the quantum world. When observation seems to make a wave function
collapse into a single state, the
relationship between that process and our own sense of time remains an open and
profound question.
This track is inspired by the TDSE,
connecting the idea of quantum time
evolution with ordinary human life: lost
time, a changing self, and people being
carried forward by invisible forces within
everyday space.