Short Wave Is The Future Quantum?
Mar 29, 2021
Geoff Brumfiel, NPR science correspondent, delves into the promising world of quantum computing from a visit to IonQ, a leading company in the field. He explores how quantum machines could revolutionize industries like drug discovery and materials development. The discussion highlights key concepts such as quantum bits and entanglement while examining the challenges of algorithm development. Brumfiel paints a picture of a future where this technology reshapes our understanding of computation and unlocks unpredictable innovations.
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IonQ's Office
- Geoff Brumfiel visited IonQ, a quantum computing company, in a nondescript office building.
- Inside, he found a Silicon Valley-like startup environment, showcasing an early quantum computer design in a glass case.
Quantum Computer Appearance
- Quantum computers don't resemble traditional computers, appearing more like physics experiments.
- IonQ's quantum computers use individual ytterbium atoms suspended on a microchip, manipulated by lasers for calculations.
Quantum vs. Classical Computing
- Regular computers use binary code (1s and 0s) for problem-solving.
- Quantum computers utilize quantum mechanics, allowing quantum bits to exist in a fuzzy in-between state of both 1 and 0 simultaneously.