Scientists have long known the ins and outs of equilibrium thermodynamics. Systems in equilibrium — a stable state of unchanging balance — are governed by a neat set of rules, making them predictable ...

The analysis of Molecular Dynamics (MD) simulations is most often based on the implicit assumption that the system was in thermodynamic equilibrium. For example, in biomolecular simulations, the ...

Arguably, almost all truly intriguing systems are ones that are far away from equilibrium -- such as stars, planetary atmospheres, and even digital circuits. But, until now, systems far from thermal ...

A challenge in fundamental physics and especially in thermodynamics is to understand emergent order in far-from-equilibrium systems. While at equilibrium, temperature plays the role of a key ...

Although most natural and synthetic processes prefer to settle into equilibrium—a state of unchanging balance without potential or energy—it is within the realm of non-equilibrium conditions where new ...

Considering that one cubic centimetre of matter already contains about 10 19 to 10 23 particles, it is hard to imagine that physicists nowadays can prepare ensembles comprising only some hundred, or ...

How it works: the wave in the foreground is an illustration of the phase of an out-of-equilibrium Bose-Einstein condensate in a 1D cavity, which belongs to the Kardar-Parisi-Zhang universality class.

Computational methods that can simulate reactions, how a molecule behaves in a certain environment and what properties a material will exhibit (amongst other areas) have been gaining interest in ...

A new discovery could be the beginning of a general framework of rules for seemingly unpredictable non-equilibrium systems, explain researchers. Scientists have long known the ins and outs of ...