Higgs Field and Einstein's Special Relativity

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SUMMARY

The discussion centers on the relationship between the Higgs Field and Einstein's Special Relativity, specifically addressing the concept of mass increase as particles approach light speed. It is established that the mass generated by the Higgs mechanism is the rest mass, and kinetic energy persists even in the absence of the Higgs Field, indicating that massless particles possess zero rest mass. The interaction of particles with the Higgs boson is highlighted as a critical factor in understanding mass at relativistic speeds.

PREREQUISITES
  • Understanding of Einstein's Special Relativity
  • Familiarity with the Higgs mechanism
  • Basic knowledge of kinetic energy concepts
  • Comprehension of particle physics terminology
NEXT STEPS
  • Research the implications of the Higgs boson on particle mass
  • Explore advanced concepts in Einstein's Special Relativity
  • Study the behavior of massless particles in high-energy physics
  • Investigate experimental evidence for the Higgs Field in particle accelerators
USEFUL FOR

This discussion is beneficial for physicists, students of theoretical physics, and anyone interested in the fundamental principles of mass and energy in the context of modern physics.

John Murray
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At school I was taught that when any matter particle is accelerated until it almost reaches light speed, its mass increases exponentially. If this is not the case, how does an applied force continue to increase the kinetic energy of an accelerated particle without significantly increasing its velocity? If the mass of the particle does in fact increase, does this imply that objects traveling very close to light speed interract with the Higgs boson to a much greater extent than relatively stationary objects?
 
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the mass that is "generated" by the higgs mechanism is the rest mass.
kinetic energy would still be there even if there were no higgs field and the particles are massless.

massless means zero "rest" mass
 

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