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Quarlep
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I wanted to know If we have a antimatter it decays ? Actually I am asking Is antimatter decay ?
Thanks
Thanks
Drakkith said:it decays similar to normal matter.
jtbell said:Or doesn't decay, as the case may be. Electrons don't decay, so positrons don't decay. Neither do free protons or antiprotons.
snorkack said:How different is antimatter decay allowed to be from matter decay, if CPT is not violated but CP is?
Antimatter decay is the process in which antimatter particles, which are the counterparts of normal matter particles, undergo a transformation into other particles or energy. This decay occurs due to the annihilation of antimatter particles with matter particles.
The antimatter decay problem is important because it is a major unsolved mystery in physics. Scientists do not currently have a complete understanding of why matter and antimatter did not annihilate each other completely in the early universe, leading to the dominance of matter in our present-day universe.
There are several theories that attempt to explain the antimatter decay problem, such as the idea that there is a fundamental asymmetry in the behavior of matter and antimatter particles, or that there is a hidden source of CP violation that favors the creation of matter over antimatter.
Scientists are studying the antimatter decay problem through experiments at particle accelerators, such as the Large Hadron Collider, where they can create and study antimatter particles. They are also using theoretical models and computer simulations to try to understand the behavior of antimatter particles.
If the antimatter decay problem is solved, it could lead to a better understanding of the fundamental laws of physics and the origins of our universe. It could also have practical applications, such as in the development of new energy sources or technologies that utilize antimatter.