Примери за използване на Quantum mechanics and general relativity на Английски и техните преводи на Български
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How to fuse quantum mechanics and general relativity?
However, the new equations are just one way to reconcile quantum mechanics and general relativity.
The equations for quantum mechanics and general relativity are famously incompatible in some situations.
That class was the first place that I learned about the paradoxes between quantum mechanics and general relativity.
How do we reconcile quantum mechanics and general relativity?
Quantum mechanics spurred another shift, and today's paradigm includes quantum mechanics and General Relativity.
The paradox a conflict between the quantum mechanics and general relativity models that has vexed physicists for more than four decades.
Hilbert and his students supplied much of the mathematics needed for quantum mechanics and general relativity.
But what if we could unite quantum mechanics and general relativity and see the cosmic film in its entirety? Well, a new set of ideas called"string theory" may be able to do that?
Hilbert and his students supplied much of the mathematics needed for quantum mechanics and general relativity.
Progress toward a theory that unifies quantum mechanics and general relativity, a still thorny problem, has convinced many physicists that black holes follow this“area law.”.
This event horizon defies everything that supposedly governs the physics of our universe, both quantum mechanics and general relativity.
Using two of the most powerful and complex theories of modern physics, quantum mechanics and general relativity, a paper published in Nature Communications reveals that the answer is: both.
Hilbert and his students supplied significant portions of the mathematical infrastructure required for quantum mechanics and general relativity.
It was this that led to the first hints of how the theories of quantum mechanics and general relativity might affect each other- a glimpse of the shape of a quantum theory of gravity yet to come.
Hilbert and his students supplied significant portions of the mathematical infrastructure required for quantum mechanics and general relativity.
In most situations,the contradictory requirements of quantum mechanics and general relativity do not cause a problem, because either the quantum effects or the gravitational effects are so small that they can be neglected or dealt with by approximations.
There are other problems brewing in physics- namely,that the two most dominant theories, quantum mechanics and general relativity, can't be reconciled.
Many theories of merging together quantum mechanics and general relativity, like string theoryand loop quantum gravity, predict some form of discrete space-time(although the precise predictions, interpretations and implications of that chunkiness are still poorly understood).
In Kilmister delves deeply into the ideas which led Eddington to the theories he put forward in Fundamental Theory in attempting to unite quantum mechanics and general relativity.
String theory is an attempt to solve the seeming incompatibility of two leading theories of physics- quantum mechanics and general relativity- and forge a"theory of everything" that can describe the entire universe.
These clocks take the form of heavy particles,which are an expected product of the"theory of everything" that will unite quantum mechanics and general relativity.
Recently, some physicists using mathematical models,found that bizarre quantum behavior and even the rift between quantum mechanics and general relativity, could be healed, if we saw the universe as a 3D projection laid over a 2D space.
First proposed in the 1990s,the hologram principle is an attempt to unify the two major arms of thought in modern physics- quantum mechanics and general relativity.
Scenarios like the big rip result from a lack of understanding of physics in particular our inability to marry quantum mechanics and general relativity, the theory of gravity.
It was Dirac's 1928 paper on the wave equation of the electron which had first set Eddington on the path of seeking ways to unify quantum mechanics and general relativity.
What we need is a theory that can cope with the very tiny and the very massive,one that embraces both quantum mechanics and general relativity, and never breaks down, ever.
We can't understand how quantum mechanics and the general theory of relativity could reconcile without first.
We can't understand how quantum mechanics and the general theory of relativity could reconcile without first understanding how they-- right now-- do not.
So if we can determine what happens-- or what changes-- when the big gets small,we just might reconcile quantum mechanics and the general theory of relativity.