Sentence examples for looked for deviations from inspiring English sources

To test for assortative mating, we looked for deviations from Hardy-Weinberg proportions in colour morph frequencies.

To test if this indeed is the case, we constructed evolutionary trees for all ortholog groups and manually looked for deviations from the species tree, which would imply lateral gene transfer (LGT) between the clades (see Material and methods).

Their protection relies on algorithms that look for deviations in the normal behavior of the controlling computer system.

Before the car is raced, it is "scrutineered," the racers say, by judges looking for deviations from engineering or design standards.

The discovery provides physicists with an as-yet-unexplored place to look for deviations from the standard model — which could ultimately explain the disparity, she says.

This will allow scientists to study the properties of the mysterious neutrino to a new level and look for deviations in the behaviour of particles such as muons and kaons.

Both string and M theory predict that gravity can seep across parallel universes - which means their existence can be proven by looking for deviations from Newton's inverse square law of gravity.

They have used balances with such suspensions to look for deviations from the predictions of general relativity and have most recently used a torsion balance with ribbon suspension in two new determinations of the constant of gravitation.

The material balance information should be used to identify the major sources of waste and pollution, to look for deviations from the norm in waste production, to identify areas of unexplained losses.

"The discovery will open up a new era in particle physics, as we look for deviations from the properties expected in the Standard Model, and for other physics beyond the Standard Model that might be connected, such as the nature of dark matter".

The timing has also allowed us to look for deviations in the shapes of the orbits of the inner neutron star and white dwarf that would result from a violation of the Strong Equivalence Principle (SEP) -- a key aspect of general relativity, but of no other known workable theory of gravity.