Sentence examples for formulae of quantum from inspiring English sources

One of the key formulae of quantum mechanics is Heisenberg's uncertainty principle, which shows that the uncertainty in the measurement of a particle's position and momentum cannot both be arbitrarily small at the same time (where is Planck's constant): : \Delta x\, \Delta p \ge \frac{h}{4\pi}.

A generalized version of the Glauber Klauder basic formula of quantum optics is shown to be valid for any cyclic subnormal operator S whose adjoint has a rich point spectrum σp(S∗) (in the sense that a semispectral measure of S vanishes on C∖σp(S∗)∗).

Bell devised a mathematical formula for locality, and presented scenarios that violated this formula, instead following predictions of quantum mechanics.

We find a combinatorial formula for the Haar measure of quantum permutation groups.

The extension provides a set of formulas expressing relationships of quantum-tempo between cohorts and periods under specified assumptions.

In the case of gravity, our knowledge has progressed from an abstract sense of a force causing things to drop, to a simple mathematical formula given by Newton, to a better understanding of quantum and relativistic effects of gravity.

This formula thus brings improved precision in the design of quantum computers.

This is an \ AdS_2\) analog of the Brown-Henneaux formula \(c = 3\ell/2G\) for the central charge of quantum gravity on \ AdS_3\).

As long as mathematical formulas predict how time, space, matter, and energy behave, the models of quantum mechanics and general relativity work, and we can verify this using empiricism (the measured data which tells us what things are doing).

It is noted that the SdH formula is derived without considering quantum localization effects which give rise to formation of quantum Hall state.

Think of quantum mechanics as an oddsmaker.