Not exact matches
This is an aspect of a beautiful mathematical principle,
called the principle of least action, that underlies all of
classical physics.
Bergson's theory of matter is more like what we now
call classical quantum
physics.
It is to be noted, too, that contemporary
physics displays an interesting contrast to the earlier, so -
called classical physics in respect of the entities with which it is concerned.
Classical physics carved the universe up into bits of substances
called particles, each one independent of its neighbors.
States that are mutually exclusive in
classical physics can exist simultaneously in the weird world of quantum mechanics — a situation
called a superposition.
Magnetism at the atomic level is driven by quantum mechanics — a fact that has shaken up
classical physics calculations and
called for increasingly complex, first - principle calculations, or calculations working forward from fundamental
physics equations rather than relying on assumptions that reduce computational workload.
But at the atomic scale, the
classical, so -
called Newtonian, rules of
physics you learned in school don't apply.
In
classical physics a constant measure expresses the property (magnitude) of a quantity, such as the quantity of matter, which may also be
called quantity of material substance and was
called the mass of the body.