Looks like we’re closer than ever to connecting general relativity and quantum mechanics. A new study suggests that when we ...

Bohr turned to Planck's quantum theory to explain the stability of most atoms. He found that the ratio of energy in electrons and the frequency of their orbits around the nucleus was equal to ...

The ‘quantum of action’ introduced by Planck (now known as Planck’s constant ... in atomic models of just how bizarre quantum theory is, filled with features that defy classical intuitions.

These are a fundamental system of units that can be constructed solely from the speed of light and the natural constants of gravity and quantum theory. Another constant, the Planck power ...

He attempted to explain with Maxwell’s theory of electrodynamics why the radiation in ... of the frequency under consideration and a constant h, today known as Planck’s quantum of action. Planck ...

from which he formulated Planck's radiation law and thus founded quantum theory, which revolutionised modern physics. And for which he was awarded the Nobel Prize in 1918. Planck was also fortunate in ...

Quantum mechanics is the best tool we have to ... One of the first physicists to confront this strangeness head-on was Max Planck. In order to explain unusual observations produced when objects ...

In this article, we continue the development of the Symmetric Theory. What we will show is the coupling between the universe and the medium Planck, understood as the med ...

The g factor of boron-like tin ions is determined with an uncertainty of only 0.5 parts per billion. The second ...

Bohr turned to Planck's quantum theory to explain the stability of most atoms. He found that the ratio of energy in electrons and the frequency of their orbits around the nucleus was equal to ...