Sentence examples for measuring a particle from inspiring English sources

A 1935 paper written with Boris Podolsky and Nathan Rosen described the ultimate quantum gedanken, in which measuring a particle in one place could instantly affect measurements of the other particle, even if it was millions of miles away.

This principle holds that measuring a particle's position with increasing precision necessarily increases the uncertainty as to the particle's momentum, and conversely.

To determine the law describing how the rate of combustion of a particle depends on its diameter, we propose a correlation function (CF) method of measuring a particle's combustion time in a polydisperse dust flame.

Measuring a particle's position affects how well you can determine its velocity?

The researchers compare this idea to the Heisenberg uncertainty principle in physics, which says that in trying to measure a particle's energy we influence its energy level.

That's because quantum theory generally forbids you to measure a particle's state without altering it at least ordinarily.

If you try to measure a particle property, such as its position at a given time, then the object is a particle.

Formulated by German physicist Werner Heisenberg in 1927, the rule states that the more precisely you measure a particle's position, the less precisely you will be able to determine its momentum, and vice versa.

Therefore, if g ( 2 ) < 1 it is less likely to measure a second particle.

The liposome diameter observed through TEM analysis was coincident with the value measured using a particle size analyzer utilizing dynamic light scattering.

The thrust and lift forces were measured with a force balance, and the flow field was measured with a Particle Image Velocimetry system.