A disciple of Josiah Royce, also of the Cornell school of idealism which sought to
combine relativity and absoluteness, infinity and finitude in the idea of the supreme reality, he was reasonably Open - minded and tolerant.
Not exact matches
Since my aim is to defend a view dialectically rather than contribute to minutiae of scholarship, I take the liberty of
combining his writings into an early group, ending with The Principle of
Relativity, and a later group, including everything afterwards.
Both
relativity and quantum theory seem relevant but no one seems to know just how the two are to be reconciled or
combined.
During the past century, electromagnetic theory united electrostatics, magnetostatics, and network theory with optics in one stroke; special
relativity combined classical mechanics with electromagnetic theory; general
relativity combined the theory of gravitation with physical geometry and special
relativity; and quantum mechanics united much of physics with, at least in principle, all of chemistry.
Yet just by studying such a possibility, physicists are hoping to make a breakthrough in their efforts to
combine general
relativity and quantum mechanics into a theory of quantum gravity — one of the most intractable problems in physics today.
Event horizons seem to be the best theoretical test bed for
combining general
relativity and quantum mechanics into a unified theory of quantum gravity.
The problem is that when we try to calculate radiation effects as we enter a time machine, we have to come up with a theory that
combines Einstein's general
relativity with the quantum theory of radiation.
Hawking radiation, the result of attempts to
combine quantum theory with general
relativity, comprises these escaping particles, but physicists have yet to detect it being emitted from an astrophysical black hole.
The obvious next step would be to craft a new theory that
combines the successes of quantum field theory and general
relativity but avoids the conflicts between them.
When we
combine general
relativity with quantum theory, we find moderately strong evidence that wormholes can not exist after all — but we just don't know for sure yet.
To do that, he is
combining Einstein's
relativity with quantum physics in a way nobody has considered before.
Combining quantum mechanics — the newly developed framework for describing the world of the atom — with Einstein's revised notions of space and time as expressed in his «
relativity ideas» is related to understanding the interaction of light with matter.
Paul Dirac developed a theory that
combined quantum mechanics, used to describe the subatomic world, with Einstein's special
relativity, which says nothing travels faster than light.
Combined in this equation, these letters express a possible path to reconciling Einstein's general
relativity with quantum mechanics.
For years Hawking has argued that a better theory — one that physicists have been seeking ever since Einstein's heyday — would one day inevitably
combine quantum mechanics with general
relativity.
Hawking transformed our understanding of black holes by
combining the two pillars of 20th century physics, general
relativity and quantum mechanics.
By
combining General
Relativity with quantum physics unknown to Einstein, a Penn State physicist shows the mathematical viability of a collapsing universe before the Big Bang.
A big challenge in physics is how to
combine Einstein's general
relativity, which describes gravity, with quantum mechanics to create a theory of quantum gravity.
The
combined dynamic obeys Einstein's special
relativity even though neither of the two underlying dynamics does.
Particles in our universe are described by relativistic quantum field theory, which
combines quantum mechanics with Einstein's theory of
relativity.
In 1928, British physicist Paul Dirac wrote down an equation that
combined quantum theory and special
relativity to describe the behaviour of an electron moving at a relativistic speed.
about PPPL researchers
combine quantum mechanics and Einstein's theory of special
relativity to clear up puzzles in plasma physics
Relativity is fun because in its thought experiments, it
combines philosophy and what seems like magic.
The
combined elements create a mesmerizing effect, through which Kentridge offers an informal lesson on changing notions of time — from the celestial model in antiquity and Newton's mathematical view to Einstein's theories of
relativity — and suggests the idea of time being «refused,» whether to resist the impact of colonial forces or to deny the simple truth of human mortality.
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