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Quantum interference of superfluid 3He
Nature, 2001Celebrated interference experiments have demonstrated the wave nature of light and electrons, quantum interference being the manifestation of wave-particle duality. More recently, double-path interference experiments have also demonstrated the quantum-wave nature of beams of neutrons, atoms and Bose-Einstein condensates.
R W, Simmonds +4 more
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Nature, 1969
THE development of atomic time standards and high-speed recording techniques has allowed the extension of radio interferometry to baselines extending thousands of miles. The amplitude, rather than the power, of the received radiation is recorded separately at two or more stations with accurate time control, and the interference pattern is later ...
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THE development of atomic time standards and high-speed recording techniques has allowed the extension of radio interferometry to baselines extending thousands of miles. The amplitude, rather than the power, of the received radiation is recorded separately at two or more stations with accurate time control, and the interference pattern is later ...
openaire +1 more source
Quantum interference beyond the fringe
Science, 2017The discovery 30 years ago of the interference of pairs of photons signaled the onset of an era for quantum ...
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1990
Since 1985 experiments on submicron metallic and semiconducting structures have revealed three interrelated quantum effects: The Aharonov-Bohm effect, conductance fluctuations and non-local effects. The objective of this chapter is to explore theoretically the device implications of these exciting developments. The primary emphasis (Sect. 10.2) is on a
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Since 1985 experiments on submicron metallic and semiconducting structures have revealed three interrelated quantum effects: The Aharonov-Bohm effect, conductance fluctuations and non-local effects. The objective of this chapter is to explore theoretically the device implications of these exciting developments. The primary emphasis (Sect. 10.2) is on a
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Quantum microscopy based on Hong–Ou–Mandel interference
Nature Photonics, 2022Bienvenu Ndagano +2 more
exaly
Spin-Dependent Quantum Interference Within a Single Magnetic Nanostructure
Science, 2010Hirofumi Oka
exaly