that small - worldness and non - Markovianity can stabilize a classical discrete time crystal ,
and by linking recent efforts <*> to the century - old problem of biennial epidemics .
Our work offers new perspectives by demonstrating that small - worldness and non - Markovianity can stabilize a classical discrete time crystal , and by linking recent efforts to understand such dynamical phases of matter to the century - old problem of biennial epidemics .
Our work offers new perspectives by demonstrating that small - worldness and non - Markovianity can stabilize a classical discrete time crystal , and by linking recent efforts to understand such dynamical phases of matter to the century - old problem of biennial epidemics .