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Abdulaahad
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I would likr to know what would happen if two beta particles were too collide with each other
Abdulaahad said:I would likr to know what would happen if two beta particles were too collide with each other
s that's true but would the same thing happen if they were traveling at the speed of lightdrvrm said:what is the physical situation?
you have beta particles...but they are electrons so what happens when two electrons face each other...electron scattering under coulomb repulsion...the same which in a set up like discharge tube phenomena ...at what energy your particles are ? that may tell you something more. try to think over it.
some experiments performed at CERN can give you details...Abdulaahad said:s that's true but would the same thing happen if they were traveling at the speed of light
Things with mass cannot travel at the speed of light. Very close to that is fine.Abdulaahad said:s that's true but would the same thing happen if they were traveling at the speed of light
Thanks for the booklet but have did they try to CREM on different elementsdrvrm said:some experiments performed at CERN can give you details...
ref. <https://cds.cern.ch/record/367968/files/ep-98-150.pdf>
Abdulaahad said:Thanks for the booklet but have did they try to CREM on different elements
same charge electrons would be fun (eg. double charged Higgs bosons), though I don't think anyone would offer billions of dollars per year so that we can collide electrons in search of that particular thing...mfb said:Electron-positron collisions are typically more interesting than electron-electron collisions.
beta particles can be positrons or electrons, what exactly are you referring to? electron-positron high-energy collisions have and are still offering us high-precision measurements. electron-electron or positron-positron would indeed be boring but for very specialized searches. Though at low-energies the e+e- for example can scatter or annihilate, the e-e- and e+e+ will only scatter.Abdulaahad said:I would likr to know what would happen if two beta particles were too collide with each other
Particle physics is a branch of physics that studies the behavior of subatomic particles, which are the building blocks of matter.
Beta particles are high-energy, high-speed electrons or positrons that are emitted from the nucleus of an atom during radioactive decay.
When two Beta particles collide, they can either scatter off each other or annihilate, depending on their energy and charge. This interaction can produce new particles or change the direction and energy of the original particles.
Studying the collision of Beta particles can provide insights into the fundamental forces and interactions of the universe. It can also help us understand the properties of matter and the origin of the universe.
The collision of Beta particles is studied using particle accelerators, which accelerate the particles to high energies and collide them in controlled environments. The resulting particles and their interactions are then observed and analyzed by scientists.