Scientists regard nuclear fusion as the holy grail of energy that could help in generating limitless, clean energy for the planet. Edited by: Abhinav Singh Science Jun 07, 2025 12:26 pm IST ...

Antimatter was first discovered in 1928 by physicist Paul Dirac, but it wasn’t through any experiment. Instead, he was working to blend the theories of quantum mechanics with special relativity.

However, achieving nuclear fusion requires the creation of insanely high temperatures, similar to the heat at the center of the sun. For this reason, EAST’s recent breakthrough is a major one.

So, before any kind of matter-antimatter interactions can be harnessed for energy or other uses, the issue of protecting antimatter from premature annihilation would need to be dealt with, and we ...

Nuclear fusion, the power source of the Sun, offers about 6.4×10 15 joules per kilogram. Still, antimatter blows these out of the water by at least an order of magnitude.

The groundbreaking analysis, authored by Sawsan Ammar Omira and Abdel Hamid I. Mourad, underscores the immense energy released through matter-antimatter annihilation, surpassing the capabilities of ...

“A kilogram of matter-antimatter annihilation releases a whopping energy that’s over 250 times greater than that of nuclear fusion and over 8 orders of magnitude (108) more than chemical ...

He won the Nobel Prize in physics in 1936 for his discovery. It took 20 years to create it artificially for the first time. Since then, antimatter has been poked and prodded in as many ways as ...

Antimatter was initially discovered in 1932 when physicist Carl David Anderson observed positrons – the antimatter form of an electron – in cosmic rays by passing them through a cloud chamber.

Antimatter rocket 300x stronger than fusion could reach nearby stars much faster: Study The new study identifies two specific annihilation reactions particularly well-suited for space missions.