Examples of quantum mechanics predictions

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Discussion Overview

The discussion centers around examples of successful predictions made by quantum mechanics, with a request for specific instances beyond the well-known double-slit experiment. Participants explore various applications and implications of quantum mechanics in technology and science.

Discussion Character

  • Exploratory
  • Technical explanation

Main Points Raised

  • A participant requests examples of successful predictions of quantum mechanics, comparing it to predictions made by theories of relativity.
  • Another participant lists several examples, including atomic spectra, the periodic table, band structure in semiconductors, MRI, X-ray spectra, and the double helix structure of DNA.
  • A third participant provides a link to a Wikipedia page that outlines applications of quantum mechanics.

Areas of Agreement / Disagreement

There is no explicit consensus on the examples provided, and the discussion includes multiple viewpoints regarding the successful predictions of quantum mechanics.

Contextual Notes

Some examples mentioned may depend on specific interpretations of quantum mechanics and their applications, which are not fully explored in the discussion.

Who May Find This Useful

Individuals interested in the practical applications of quantum mechanics, students of physics, and those curious about the technological impacts of quantum theories.

chaszz
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A layman, I've read numerous times that quantum mechanics is one of the most, if not the most, successful theory ever in predicting physical outcomes. Please provide a few examples of these successful predictions, apart from the double-slit experiment. For example, I know some successful predictions of both theories of relativity, e.g. the elapsed time differences between clocks on airplanes and on the ground, the bending of starlight around massive gravitational masses, the relativistic effects of firing particles in accelerators at greater and greater speeds, etc. But for quantum mechanics, even though we are surrounded by technology that uses it, I wonder exactly what some of the triumphant predictions actually are.
 
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chaszz said:
A layman, I've read numerous times that quantum mechanics is one of the most, if not the most, successful theory ever in predicting physical outcomes. Please provide a few examples of these successful predictions, apart from the double-slit experiment. For example, I know some successful predictions of both theories of relativity, e.g. the elapsed time differences between clocks on airplanes and on the ground, the bending of starlight around massive gravitational masses, the relativistic effects of firing particles in accelerators at greater and greater speeds, etc. But for quantum mechanics, even though we are surrounded by technology that uses it, I wonder exactly what some of the triumphant predictions actually are.

Atomic spectra, periodic table, the band structure of the semiconductors that you use in your modern electronics (i.e. look up a Solid State Physics text), MRI, X-ray spectra, the double helix structure of your DNA...

Do you need more?

Zz.
 
Thanks...
 

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