High School Do particles actually have a volume?

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SUMMARY

The discussion centers on the concept of volume in fundamental particles, specifically addressing whether particles like protons possess actual volume. It establishes that while fundamental particles such as electrons are considered point particles with no dimensions, composite particles like protons do have measurable dimensions. The conversation highlights the distinction between electromagnetic forces maintaining macroscopic solidity and the intrinsic properties of particles as defined in the Standard Model of particle physics.

PREREQUISITES
  • Understanding of the Standard Model of particle physics
  • Knowledge of fundamental particles and composite particles
  • Familiarity with electromagnetic forces and their role in atomic structure
  • Basic grasp of quantum mechanics and particle dimensions
NEXT STEPS
  • Research the Standard Model of particle physics and its implications on particle dimensions
  • Explore the concept of point particles versus composite particles in quantum mechanics
  • Investigate the methods used to calculate the volume of protons and other composite particles
  • Study the role of electromagnetic forces in maintaining atomic structure and macroscopic solidity
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Students of physics, researchers in particle physics, and anyone interested in the fundamental properties of matter and the nature of particles.

droid88
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You often hear "most of everything is made up of empty space", referring to the idea that atoms only have mass in their nucleus. It seems to me that this is trying to explain physics in terms of everyday intuition, rather than the other way around.

Specifically we have this intuitive notion of "solid stuff" and upon learning about the structure of the atom it chafes against that notion. But really, there never was "solid stuff" to begin with, it was only ever electromagnetic force keeping objects in rigid equilibrium, at the macroscopic scale.

However, I can't be sure to extend this down to the fundamental particles as well. Perhaps protons have "actual volume". I hope this isn't too much of a philosophical question (or an argument about definitions) but I am hoping there is an actual concrete answer.
 
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Fundamental particles like the electron are point particles (no dimensions) but composite particles such as a proton DO have dimensions. Have you tried Googling it? Have you looked up the Standard Model?
 

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