Ta teorija poznatija je pod nazivom " Many World Interpretation of Quantum Mechanics ".

The classical ideal of coherence and completeness of physics was shaken in the early 20 th century with the appearance of quantum mechanics, and this opened the floodgates of skepticism about the explanatory potential of science.

The Principles of Quantum Mechanics), djelo koje je potvrdilo njegov ugled Newtona 20. stoljeća.

No physical theory of local hidden variables can ever reproduce all of the predictions of quantum mechanics

In quantum mechanics, certain quantum effects may be transmitted at speeds greater than c (indeed, action at a distance has long been perceived by some as a problem with quantum mechanics: see EPR paradox, interpretations of quantum mechanics).

If, as in some interpretations of quantum mechanics, one presumes that the information about the quantum state is local to one particle, then one must conclude that second particle takes up its quantum state instantaneously, as soon as the first observation is carried out.

Non-linear Quantum field theory is tremendously interesting and quantum mechanics may effect biofield interactions in as yet poorly understood ways.

There is a gap in between that shows possibility of velocity greater than light, without changing the basic of Quantum Mechanics

Bell showed that local realism leads to a requirement for certain types of phenomena that are not present in quantum mechanics.

Per Bell ' s theorem, either quantum mechanics or local realism is wrong.

Bell discovered that under quantum mechanics this correlation limit may be violated.

Quantum mechanics lacks local hidden variables associated with individual particles, and so the inequalities do not apply to it.

That restriction agrees with the Heisenberg uncertainty principle, one of the most fundamental concepts in quantum mechanics

These well defined properties are often called hidden variables, the properties that Einstein posited when he stated his famous objection to quantum mechanics: " [ God ] does not play dice.

Is it all living things, or only all complicated living things, or only all human brains that quantum mechanics would prevent from being thus teleported?

The EPR paradox has deepened our understanding of quantum mechanics by exposing the fundamentally non-classical characteristics of the measurement process.

Such explanations, which are still encountered in popular expositions of quantum mechanics, are debunked by the EPR paradox, which shows that a " measurement " can be performed on a particle without disturbing it directly, by performing a measurement on a distant entangled particle

" It is time, " says Price, " that this neglected approach [ to quantum mechanics ] received the attention it so richly deserves.

Some effects that appear nonlocal in quantum mechanics may actually obey locality, especially within the Copenhagen interpretation; in these cases, the " nonlocal " interaction affects correlations between states of particles (expressed by a wavefunction which may be in a superposition of states), such as the infamous singlet state.

Einstein criticised this interpretation of quantum mechanics on the grounds that, to him, these effects employed what he called " spooky action at a distance ", but at the same time dismissed the most complete hidden variable theory, Bohm ' s pilot-wave mechanics, as being " cheap ".

Quantum field theory, on the other hand, which is the relativistic generalization of quantum mechanics, contains mathematical features that assure locality, so that nonrelativistic quantum mechanics should be local as well

The old philosophical question has been re-examined by Huw Price, of the University of Sydney, in the context of quantum mechanics.

In 1933 Levi-Civita contributed to Paul Dirac ' s equations in quantum mechanics as well

But why is there that spooky action-at-a-distance nonlocality in quantum mechanics

The larger chemical isotope-effects seen with deuterium and tritium manifest because bond energies in chemistry are determined in quantum mechanics by equations in which the quantity of reduced mass of the nucleus and electrons appears.

It is of central importance to the theory of quantum mechanics, playing a role analogous to Newton ' s second law in classical mechanics

This account of the history of the universe is simplified, because it ignores quantum mechanics: at a point in time called the Planck time (now thought to have been 13.7 billion years ago), the universe was small enough to be subject to quantum mechanical effects.

Exactly what impact these effects would have had on the pre-Plack-time universe is currently unknown, pending consensus on a theory of quantum gravity, which combines general relativity with quantum mechanics.

Physicists, in particular, claim that the film grossly misrepresents the meaning of various principles of quantum mechanics, and is in fact pseudoscience

Kovalentna veza (http://en.wikipedia.org/wiki/Covalent#Current_theory): " Using quantum mechanics it is possible to calculate the electronic structure, energy levels, bond angles, bond distances, dipole moments, and electromagnetic spectra of simple molecules with a high degree of accuracy. " Kemija preko fizike