In 1989, Akira Tonomura at Hitachi demonstrated that a single electron can interfere with itself by firing electrons one at a time through a double slit, where each electron creates one dot on the detector, yet after thousands of dots accumulate, an interference pattern emerges, proving that individual particles exhibit wave-like behavior.
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A Single Electron Builds Its Own Pattern #ShortsHinzugefügt:
In 1989, a Japanese physicist fired electrons one at a time.
What appeared on his screen rewrote [music] what particles can do. Akira Tonomura at Hitachi used an electron biprism. He fired [music] single electrons through a double slit one at a time. Each electron made one [music] dot on the detector. After thousands of dots, an interference pattern emerged from dots that should not interfere. One electron interfering [music] with itself.
The 1989 American Journal of Physics paper became the cleanest demonstration of quantum wave behavior. Subscribe.
When a single thing acts like a wave, your idea of thing has a problem.
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