- #1
Rob Hoff
- 17
- 0
What kinds of particles do e- and e+ annihilation make? Where does the higgs boson come into play? And why are the electromagnetic and the weak force so closely related?
Thanks peeps
Thanks peeps
Speaking of Higgs: what quantum numbers does Higgs have, exactly?Higgs production has so far not been observed in electron-positron colliders.
Rob Hoff said:Why would the higgs boson show up if the other output was a photon? Photons don't have mass I thought.
Rob Hoff said:I can't wrap my head around how the annihilation could pop out almost anything as an output, there has to be a method to the madness. Is there any way to accurately predict what will result?
Electron positron annihilation is a process in which an electron and a positron, which are particles with opposite charges, collide and are converted into pure energy.
During annihilation, the electron and positron come into close proximity and interact through the electromagnetic force. This interaction produces two high-energy photons, which are particles of light.
Electron positron annihilation is a fundamental process in particle physics. It is used to study the properties of particles and to produce high-energy photons for use in medical imaging and radiation therapy.
No, electron positron annihilation requires extremely high energies and can only occur in a laboratory setting or in extreme cosmic events such as supernovas.
Electron positron annihilation has potential applications in fields such as nuclear medicine, materials science, and astrophysics. It can also be used to create and study antimatter, which has potential uses in energy production and propulsion systems.