Since these antiparticles are inverse excitations of the quantum field, when a
molecule and antiparticle meet, they demolish and devastate each other in less
than a nanosecond. Since each molecule of antimatter destroys with standard
matter after meeting, it's truly difficult to make anything huge out of antimatter -
now scientists are still just ready to make and contain a couple of hundred
antihydrogen particles at one time. What's more, when they demolish, the
vitality of molecule and antiparticle needs to go someplace, which is the reason
matter-antimatter destructions have been proposed as bombs. Physicists have
calculated that one gram of antimatter, if combined with one gram of its matter,
will generate energy as much as 43 kilotons of TNT explosion. If matter and
antimatter are fundamentally indistinguishable "mirror" pictures of each other,
why did the huge explosion deliver quite a lot more matter than antimatter?
Nobody knows - however to physicists, the appropriate response matters.
Mostafa Eltobgy