Yes, they can - if a proper definition of "entropy" is used. It is one of the most important laws of nature that we know: The famous second law of thermodynamics says that the world gets more and more ...

These findings provide further insights into the mysterious relationship between the quantum world and thermodynamics. While ...

New research shows that the second law of thermodynamics, which states entropy increases over time, also applies to closed quantum systems.

The famous second law of thermodynamics says that the world gets more and more disordered when random chance is at play. Or, to put it more precisely: that entropy must increase in every closed ...

Physicists at the University of Surrey have uncovered evidence suggesting that, at the quantum level, time does not have a ...

Entropy always increases, but in quantum systems, traditional entropy measures seem constant. TU Wien researchers resolved this paradox by considering Shannon entropy, which accounts for the ...

Researchers from Nagoya University in Japan and the Slovak Academy of Sciences have unveiled new insights into the interplay ...

The second law of thermodynamics demands that the entropy of any closed macroscopic system should never decrease. The laws of physics naturally drive systems towards states of increasing disorder ...

The immutable second law of thermodynamics states that entropy in a closed system will increase over time. Everything grows more disordered, the center cannot hold, the falcon cannot hear the falconer ...

Combine O’Sullivan’s law with Rudolf Clausius’ statement on the second law of thermodynamics: “The energy of the universe is constant. The entropy of the universe tends to a maximum ...

The second law of thermodynamics underpins all of classical reality. It is the reason why it's easier to make things messy, why you can’t have perpetual motion, why you age, and maybe even why time ...