Entanglement is not possible in classical physics, so the nature of the system must be governed by
quantum randomness.
Like Einstein and Louis de Broglie before him, Bohm argued that
quantum randomness is not intrinsic to nature, but reflects our ignorance of a deeper level of reality.
The best developed application is in the hard - headed activity of handling money: quantum cryptography, which uses entanglement and inherent
quantum randomness to send encoded data over optical fibres, has been used to safely transfer funds in Switzerland and...
Not exact matches
First of all, we must observe that the role of
randomness in Darwinian biology is quite different from its role in thermodynamics,
quantum theory, and other natural sciences.
In those sciences
randomness captures our inability to predict or know the precise behavior of the parts of a system (or perhaps, in the case of the
quantum world, some intrinsic properties of the system).
In Barr's sense, the
randomness present in
quantum physics, or in genetic mutation, is a feature of the natural world as we encounter it, and as science describes it.
We live in a universe where the so - called «butterfly effect» plays a strong role, so that things at a
quantum microscopic level affect things at a large scale, and a universe where there is true
randomness at the
quantum level, which gives theoretically uncaused events which can't be empirically distinguished from events with unseen causes.
When we look at the very basis of all science (that is
quantum physics and the math which underlies it) we see that everything truly is governed by
randomness and probabilities, not by determinism.
The
randomness of
quantum creation becomes the
randomness of heat.
He objected to the seeming
randomness of
quantum mechanics, famously asserting that God does not play dice with the universe.
People have naturally taken his quip as proof that he was dogmatically opposed to
quantum mechanics, which views
randomness as a built - in feature of the physical world.
Einstein once said that «God does not play dice with the universe,» voicing his disdain with the idea that
quantum particles contain intrinsic
randomness.