Einstein thought this was bizarre and spooky, because it basically breaks the laws of physics that are supposed to govern the universe. It suggests information can move between two particles faster than the speed of light, which is supposed to be impossible. The idea of entangling qubits and superpositions together is the key to the quantum computers being built today. To make qubits, Michelle Simmons uses the spin of electrons in a phosphorus atom encased in a silicon crystal. She's able to manipulate the way these electrons spin, putting them into superpositions and entangling them together. Using a special microscope, she can even see it happen. In a quantum computer, your qubits lose their
In this episode, Tech Tonic dives into the science at the heart of quantum computing. How do technologists use unexplained subatomic phenomena to build powerful computers?
FT artificial intelligence editor Madhumita Murgia tells the story of quantum physics with the help of Sean Carroll, a theoretical physicist at Johns Hopkins University and hears from University of New South Wales professor Michelle Simmons to understand how engineers exploit weird quantum physics.
Presented by Madhumita Murgia and John Thornhill, produced by Josh Gabert-Doyon and Edwin Lane. Executive producer is Manuela Saragosa. Sound design by Breen Turner and Samantha Giovinco. The FT’s head of audio is Cheryl Brumley.
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