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Antimatter Shows Its Wave Side in Historic Quantum Breakthrough
Photo: Logan Voss / Unsplash
Scientists have achieved a major milestone by observing wave-like behavior in positronium, an antimatter atom made from an electron and positron. This discovery deepens our understanding of quantum mechanics and opens exciting new possibilities for studying antimatter, including potentially measuring gravity's effects on it for the very first time.
Scientists have achieved a major milestone by observing wave-like behavior in positronium, an antimatter atom made from an electron and positron. This discovery deepens our understanding of quantum mechanics and opens exciting new possibilities for studying antimatter, including potentially measuring gravity’s effects on it for the very first time.