Positronium and Quantum Hide-and-Seek: How to 'Push' a Photon to Uncover the Mystery ⚡ экспресс
Original: "Entangled photons from para-positronium decay: Do coincidences from scattered photons imply a Bell state?"
Scientists have found a way to prove that positronium decay creates perfectly entangled photons — through a clever experiment of 'pushing' light against electrons.
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When an electron and a positron meet, they briefly form a tiny atom — positronium. Its annihilation gives birth to two photons in a strange state: like two coins that always land on opposite sides. Scientists have figured out how to verify this quantum entanglement by 'pushing' photons against electrons — and this might open the door to new technologies.
🎯 Positronium is the lightest exotic 'atomic' system: it is 920 times lighter than hydrogen and decays in 0.1 nanoseconds.