Sentence examples for microscopic fluctuations from inspiring English sources

By analyzing the bumps in the cosmic microwaves, which according to inflation are the result of microscopic fluctuations in the mysterious force field that drove inflation, along with other data, Dr. Spergel said, the scientists have ruled out one simple version of inflation that is often seen in textbooks.

It was shown that over a wide range of experimental conditions, macroscopically steady reaction fronts in heterogeneous mixtures exhibit random microscopic fluctuations in shape and instantaneous velocity, which are directly related to the microstructure of the reaction mixture.

Since flow path geometry in natural systems is often ill-characterized macroscopic (mean) flow rates and dispersion tensors are utilized in order to account for the sub-model scale microscopic fluctuations in media structure (and the consequent hydrodynamic profile).

Slight temperature deviations in what is otherwise an exceedingly uniform heat bath are thought to arise from microscopic fluctuations in a force field known as inflation that drove the expansion of the universe when it was but a sliver of a nanosecond old.

These microscopic fluctuations induced by the external perturbation are at the origin of the local-field effects (LF) and reflect the spatial anisotropy of the material.

Therefore, the fluctuations in the wire are the direct signal of the microscopic fluctuations in EPS domains at the transition temperature.

Nevertheless, due to the absence of the microscopic fluctuation, Biot׳s model with the parameters obtained from the homogenization approach predicts a higher resonance frequency than the DNS, whereas a full homogenization modification improves the prediction.

At any given moment, at any given location, the energy distributed in matter will betray incredibly tiny, sub-microscopic fluctuations, whose expected behavior physicists can calculate.

Multiphysics problems often involve components whose macroscopic dynamics is driven by microscopic random fluctuations.

But how could sub-microscopic quantum fluctuations, with characteristic height and wavelength smaller than the size of atoms, possibly account for galactic-sized agglomerations?

We are pursuing a variety of strategies to elucidate the fundamental physics of high temperature superconductors with an emphasis on the interplay between microscopic antiferromagnetic spin fluctuations and the superconductivity.