A new state of matter organizes in time rather than space, maintaining a rhythm before dissolving. Simulations reveal this phenomenon, awaiting peer review.
New state of matter discovered in simulations
Simulations describe a new state of matter that organizes in time rather than in space. Its rhythm holds for a short period before dissolving like a melting ice cube. According to a text deposited in October 2026 by Zuo Wang and Marios H. Michael from the Max Planck Institute for the Physics of Complex Systems, matter could organize in time as it does in space. Their document awaits peer review, and nothing of this kind has ever been fabricated.Understanding temporal crystals
The first of these behaviors is called a discrete temporal crystal. An ordinary crystal repeats its pattern in space, the temporal crystal repeats its pattern in time. Shaken at a given rhythm, it responds only once every two, in the manner of a lazy metronome. Such an object therefore maintains its own tempo, twice as slow as the shake that drives it.Simulation details
The simulation adopts this principle with ten thousand small magnets, called spins, arranged in a checkerboard pattern. These elementary magnets exchange energy with an electromagnetic cavity, itself connected to a heat reservoir. Their flips occur at half the frequency imposed by the cavity, despite the random shocks coming from the heat bath.Consistent rhythm in simulation
The collective rhythm, however, holds from one end to the other of the simulation, never deviating. This consistency suggests that the system maintains a synchronized behavior even in the presence of external disturbances, which is a key characteristic of the proposed new state of matter.
