All the experimental evidence and technological experience so far, suggest that the virtual particles of the quantum vacuum may play a significant role in determining the attributes of the quantum phenomena, namely the wave-particle duality
, its non-locality, its uncertain nature and influence (based on chance and necessity) on the macroscopic biochemical and astrophysical processes etc.
This is clearly influenced by uncertainty connected with wave-particle duality
the wave-particle duality
of light, perpetual motion, the double-slit experiment, dark matter, creation and growth of form, among numerous others).
Making use of the quantum mechanical consequences of wave-particle duality
, electron microscopes can resolve smaller features, since electrons can be accelerated to energies corresponding to wavelengths smaller than those of visible light.
The wave-particle duality
is simply a narrative device for forcing unforeseen juxtapositions into being, like connecting Hezbollah to the ancient Giza Plateau and the reincarnation of Egyptian Pharaohs as present-day jihadists [in a forthcoming sci-fi pulp paperback].
It generally has not addressed how to interpret wave-particle duality
and other perplexities of quantum mechanics.
In fact, it is the wave-particle duality
of light that allows night-vision goggles to operate.
Topics include fundamental quantum phenomena and concepts, entanglement and its consequences, the Bohr-Einstein debate and the fundamental problem of quantum mechanics, the quantum world, entangles quantum systems from wave-particle duality
to single-photon sources of light, quantum information, the promise of quantum computers, decoherence and the transition from quantum physics to classical physics, quantum information processing, and quantum theory as a challenge for philosophy.
argues that there is a clear parallel between the wave-particle duality
in quantum mechanics and the doctrine of two natures in Christ.
He and two collaborators, Podolsky and Rosen, wrote a paper in 1935 arguing that quantum mechanics was "incomplete" because it seemed to allow for the propagation of signals faster than the speed of light--a result forbidden by Einsteins relativity Like so many of the strange effects of quantum mechanics, this was a consequence of the wave-particle duality
in which physical systems behave either like waves or particles, depending upon which type of property you are trying to measure.
This provides a natural explanation for wave-particle duality
, with the transverse mode corresponding to the wave aspects of the deformations and the longitudinal mode corresponding to the particle aspects of the deformations.