4 articles
Scientists at CERN are producing and studying antimatter to solve the cosmic mystery of why the universe is dominated by matter. This elusive substance, created in a specialized factory, could reveal the fundamental imbalance that allowed matter to prevail over antimatter in the early universe.
Could rare meteors made of antimatter pose an existential threat to Earth? While theoretically possible, the harsh conditions of space make it highly unlikely for such objects to survive long enough to reach our planet. Antimatter's annihilation with regular matter releases immense energy, but its rarity and the vastness of space offer us protection.
In 1928, Paul Dirac's relativistic electron equation unexpectedly predicted the existence of antimatter. Initially met with skepticism, the discovery of the positron in 1932 confirmed this groundbreaking concept, revolutionizing our understanding of the universe.
Antimatter engines, once a staple of science fiction, are moving closer to reality. Advances in production and storage techniques suggest that hybrid antimatter propulsion systems could enable rapid exploration of our solar system within decades, with full interstellar missions potentially on the horizon.
