Can We Create Antimatter More Efficiently and Effectively?

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Antimatter is primarily created in large particle accelerators like CERN, as well as through certain radioactive decay processes that emit positrons. PET scans utilize these positrons for medical diagnostics, although they do not create them but rather detect the gamma rays produced from positron-electron interactions. Recent findings suggest that lightning strikes can also produce antimatter. Research is ongoing to discover more efficient and effective methods of antimatter production, but current techniques remain limited. Further exploration of this topic can be found in the book "Mirror Matter," which discusses various aspects of antimatter manufacturing and usage.
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Latley I have been researching antimatter. I know how it is created in the CERN particle accelerators. What I want to know is how antimatter can be created more efficiently and effectivley.
 
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It is created at many places. PET scans create positrons for use in medical diagnostics. It is more common than you think.

Zz.
 
The main place it is created is the large accelerators, such as CERN. Certain radioactive elements emit positrons (anti-electrons) as their decay mode. The PET scanners don't 'create' the positrons, but the radioactive element is injected into the body, and the PET scanners see the gamma rays that result when these positrons interact with a normal electron and are converted to two 511Kev gammas. Recently, there has been a discovery that some lightning strikes can create antimatter as well.
 
Kalrag said:
Latley I have been researching antimatter. I know how it is created in the CERN particle accelerators. What I want to know is how antimatter can be created more efficiently and effectivley.

How to create it more efficiently and effectively is something people are actively studying. We currently don't know.
 
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