HEP: Energy Only in Kinetic or Potential Forms?

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SUMMARY

All energy in physics is categorized as either kinetic or potential. In high energy physics, potential energy can be exemplified by the binding energy in hadrons. Additionally, the relationship between kinetic and potential energy is relevant when considering the vibrations and rotations of strings, which can affect the mass and properties of elementary particles. This energy duality is applicable at the high energy physics level, influencing particle behavior and characteristics.

PREREQUISITES
  • Understanding of high energy physics concepts
  • Familiarity with potential and kinetic energy definitions
  • Knowledge of hadron binding energy
  • Basic principles of string theory and particle vibrations
NEXT STEPS
  • Research the concept of binding energy in hadrons
  • Explore the implications of string theory on particle mass
  • Study the relationship between vibrations and energy in string theory
  • Investigate the principles of kinetic and potential energy in particle physics
USEFUL FOR

Students and researchers in high energy physics, theoretical physicists, and anyone interested in the fundamental principles of energy in particle behavior.

Islam Hassan
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I read recently that all energy is either kinetic or potential.

In high energy physics, it is easy to understand the kinetic bit, but potential energy eludes me. What are some examples of potential energy at the high energy physics/elementary particle level?

Also, if strings exist, how is kinetic and potential energy related to their vibrations/rotations (in layman terms please :)) or is this energy duality not applicable at this level?


IH
 
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You could consider the binding energy in hadrons as potential energy.
Mass as type of energy is missing in the list.

Also, if strings exist, how is kinetic and potential energy related to their vibrations/rotations
Vibrations/rotations would give different masses and other properties of the particles, energy is like in conventional particle physics.
 

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