'Uncertainty relation' presentation slideshows

348 views • 34 slides

High-Resolution Near-Field Optical Spectroscopy of Carbon Nanotubes

779 views • 31 slides

Feynmann Diagrams

Feynmann Diagrams. Feynman Diagrams. Feynman Diagrams. Vertices. Virtual processes. Real processes. For a real process there must be energy conservation it has to be a combination of virtual processes. Electron-electron scattering, single g exchange

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THE HEISENBERG UNCERTAINTY PRINCIPLE

Overview: Consider a quantum system in state , and two observables A, B (with eigenvalues and eigenvectors ). A measurement of yields with probability . (Likewise for B.).

858 views • 25 slides

How to measure the momentum on a half line.

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General Physics (PHY 2140)

General Physics (PHY 2140). Lecture 31. Modern Physics Quantum Physics Wave function Uncertainty relation. http://www.physics.wayne.edu/~apetrov/PHY2140/. Chapter 27. If you want to know your progress so far, please send me an email request at apetrov@physics.wayne.edu.

438 views • 20 slides

Entanglement sampling and applications

250 views • 16 slides

Statistical physics in deformed spaces with minimal length

Statistical physics in deformed spaces with minimal length. Taras Fityo Department for Theoretical Physics , National University of Lviv. Outline. Deformed algebras The problem Implications of minimal length An example Conclusions. Coordinate uncertainty :. Deformed algebras.

203 views • 12 slides

Statistical physics in deformed spaces with minimal length

Statistical physics in deformed spaces with minimal length. Taras Fityo Department for Theoretical Physics , National University of Lviv. Outline. Deformed algebras The problem Implications of minimal length An example Conclusions. Coordinate uncertainty :. Deformed algebras.

123 views • 12 slides