physical experiment

Next, possibly, would come the psychological and physical experiments.

The typical time to perform physical experiments on sample surfaces is in the range of one to several hours.

Measurement errors in physical experiments are often modeled by a normal distribution.

At least that way we can narrow any physical experiments down to ones that actually have promise.

Gauge theories are used to model the results of physical experiments, essentially by:

Real mathematical proofs and real physical experiments confirmed their theories.

By August wooden barracks and laboratories for chemical and physical experiments had been built.

And it criticized the agency's tendency to depend on computer simulations when physical experiments might yield more valuable data.

Popper noted that the outcome of a physical experiment is produced by a certain set of "generating conditions".

In other words, which metric is the one which according to Nordström can be measured locally by physical experiments?

It is no different for physical experiments, as all physical quantities are measured relative to some other like-dimensioned quantity.

In 1919, Schrödinger performed his last physical experiment on coherent light and subsequently focused on theoretical studies.

When based on accurate mental models, thought experiments can replace more costly (or even deadly) physical experiments - a development evolution has favored.

Psalidas also brought with him educational equipment and special instruments in order to teach astronomy and perform a number of chemical and physical experiments.

DEM allows a more detailed study of the micro-dynamics of powder flows than is often possible using physical experiments.

Currently testing is mainly conducted with computer simulation, although final testing usually involves some physical experiments (see birdstrike simulator).

The question of whether miracles ever occur is a question of common sense and of ordinary historical imagination: not of any final physical experiment.

Note that and refer to the total gravitational accelerations experienced in physical experiments by atomic particles and photons respectively.

In physical experiments uncertainty analysis, or experimental uncertainty assessment, deals with assessing the uncertainty in a measurement.

There he lived for fourteen years, engaged in mathematics and in physical experiments, and publishing his work on gnomonics and perspective.

Any observable, i.e., any quantity which can be measured in a physical experiment, should be associated with a self-adjoint linear operator.

Early experiments in chemistry had their roots in the system of Alchemy, a set of beliefs combining mysticism with physical experiments.

In other engineering fields, particularly mechanical engineering, uncertainty analysis examines systematic and random components of variations in measurements associated with physical experiments.

All thought experiments, however, employ a methodology that is a priori, rather than a posteriori, in that they do not proceed by observation or physical experiment.

On the ground floor, Bolle had created several interesting physical experiments such as the Atmosphere Simulator, in which artificial highs and lows were created.