Understanding the Quantum World. Episode 12, The Energy-Time Uncertainty Relation.

Contributor(s): Publisher number: 7161704 | KanopyPublisher: The Great Courses, 2019Publisher: [San Francisco, California, USA] : Kanopy Streaming, 2020Description: 1 online resource (streaming video file) (29 minutes): digital, .flv file, soundContent type:
  • two-dimensional moving image
Media type:
  • computer
Carrier type:
  • online resource
Subject(s): Genre/Form: Online resources: Erica W. CarlsonSummary: Return to the Heisenberg uncertainty principle to see how quantum uncertainty also extends to energy and time. This has a startling implication for energy conservation, suggesting that short-lived "virtual" particles can pop into existence out of nothing (as long as they don't stay around for long). Consider evidence for this phenomenon in the Lamb shift and Casimir effect.
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Erica W. Carlson

Originally produced by The Great Courses in 2019.

Return to the Heisenberg uncertainty principle to see how quantum uncertainty also extends to energy and time. This has a startling implication for energy conservation, suggesting that short-lived "virtual" particles can pop into existence out of nothing (as long as they don't stay around for long). Consider evidence for this phenomenon in the Lamb shift and Casimir effect.

Mode of access: World Wide Web.

In English

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