Why It's Almost Impossible To Ship Antimatter

The video begins by referencing the novel Angels and Demons, where terrorists steal antimatter from CERN to destroy the Vatican. While fictional, CERN actually does produce antimatter at their antimatter factory, where protons are accelerated to 99.93% light speed and smashed into iridium targets to create 20 million anti-protons per minute. The content explains that antimatter is the most expensive substance in the universe at over $100 trillion per gram. The video delves into the physics behind antimatter, starting with Paul Dirac's equation that predicted anti-particles, and quantum field theory that explains why particles have antiparticle twins. A major cosmic mystery emerges: if equal amounts of matter and antimatter were created after the Big Bang, they should have annihilated each other completely, yet we exist in a matter-dominated universe. This suggests there was a tiny asymmetry - only one in a billion matter particles survived the initial annihilation. Scientists at CERN are studying antimatter to understand this asymmetry, using sophisticated magnetic and electric traps to store anti-particles and conducting experiments to test whether antimatter behaves differently from matter, particularly under gravity. The video showcases various experiments including ALPHA-g and GBAR, which are testing whether antimatter falls up or down. CERN has even developed portable antimatter traps that can store anti-protons for over 600 days and transport them by truck. However, despite antimatter's theoretical destructive potential, CERN produces only trillions of a gram annually - far too little to be dangerous, with the total energy equivalent to heating 1ml of water by 1°C.