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A viewer asked a great question: if scientists can now trap and transport tiny amounts of antimatter, could it ever be used to trigger nuclear fusion for energy?
In this video, I break down how antimatter is made, why producing and handling it is so difficult, and whether it makes any practical sense as an energy source. I also talk through the difference between what is scientifically possible and what is commercially realistic.
This is an applied-science perspective on a very big physics question: not just “can it be done,” but “could it ever be practical?”
Drop your questions in the comments. If I can answer them, I’ll do my best.
#science #physics #antimatter #fusion #cern #energy #askmeanything
By Gregory FridmanA viewer asked a great question: if scientists can now trap and transport tiny amounts of antimatter, could it ever be used to trigger nuclear fusion for energy?
In this video, I break down how antimatter is made, why producing and handling it is so difficult, and whether it makes any practical sense as an energy source. I also talk through the difference between what is scientifically possible and what is commercially realistic.
This is an applied-science perspective on a very big physics question: not just “can it be done,” but “could it ever be practical?”
Drop your questions in the comments. If I can answer them, I’ll do my best.
#science #physics #antimatter #fusion #cern #energy #askmeanything