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What if two particles could stay connected—even across light-years?
Can this enable faster-than-light communication?
Are particles truly separate—or never independent at all?
In Part 3 of our Quantum Mechanics series, we dive into quantum entanglement—one of the strangest ideas in physics. We break down how entangled particles share a single state, challenge locality, and led Einstein to call it “spooky action at a distance.”
**Many thanks to Han, a master's student at the University of Alberta, for joining us today for our discussion! 🙏
Subscribe to our YouTube channel for the full video version of this podcast (same name).
By Saahil and CaryWhat if two particles could stay connected—even across light-years?
Can this enable faster-than-light communication?
Are particles truly separate—or never independent at all?
In Part 3 of our Quantum Mechanics series, we dive into quantum entanglement—one of the strangest ideas in physics. We break down how entangled particles share a single state, challenge locality, and led Einstein to call it “spooky action at a distance.”
**Many thanks to Han, a master's student at the University of Alberta, for joining us today for our discussion! 🙏
Subscribe to our YouTube channel for the full video version of this podcast (same name).