Both waves and particles are described by very, very different sets of mathematical equations. So, if you want to describe something scientifically, first you have to decide if it's a wave or a particle; then you can pull out the correct mathematical tools to make predictions about how it ...
QUANTUM theoryWAVE-particle dualityNEWTON, Isaac, Sir, 1642-1727YOUNG, ThomasBROGLIE, Louis de, 1892-1987ARNDT, MarkusBUCKMINSTERFULLERENEIt does not require any knowledge of quantum physics to recognise quantum weirdness. The oldest and grandest of the quantum mysteries relates to a question that ...
Both energy and particle–hole asymmetry of the δ-YSR states are well described by a YSR model with the magnetic and non-magnetic scattering parameters A = 1.1 and B = 0.2 (orange line; Methods). b, STM image of a single Mn atom. c,d, Spatially resolved dI/dV map around ...
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Theenergyspectrumandthewavefunctionsforatight-bindingBlochelectrononcoupledchainsundertheactionofbothuniformelectricandmagneticfieldsarestudiedindetailExactresultsareobtainedforthecasewhenthecouplingbetweenchainsislargebyusingtheperturbationtheory,fromwhichitisfoundthatthespectrumisthatoftwointerspacedStarkladdersThemagneticfi...
A natural candidate presents itself: the quantised soundwaves of a superfluid, i.e. phonons, which are Goldstone bosons and thus massless. In the Standard Model of Particle Physics, matter (in the broad sense used in this paper) is divided into bosonic force carriers and fermionic matter (in...
This point is underlined by Ulf Leonhardt of the University of St Andrews in the UK, who says that, simply put, Abraham described the momentum of light as a particle whereas Minkowski described the momentum of light as a wave. As such, he agrees that both formulations are correct. How...
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wave-particle dualitywelcher wegwhich-way experimentsAfshar experimentmeasurement theorywavefunction collapseWe have implemented a novel double-slit "which-way" experiment which raises interesting questions of interpretation. Coherent laser light is passed through a converging lens and then through a dual ...
A new experiment on the wave-particle duality is discussed, unifying the two different kinds of experimental proposals recently put forward for revealing the physical properties of "quantum waves" of producing either interference or stimulated emission, but never the two at the same time, and which...