
6 episodes

Caging Schrödinger's Cat - Quantum Nanotechnology Oxford University
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- Education
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4.6 • 16 Ratings
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Weird new possibilities emerge as we explore the nanoworld, the universe at the length scale of a billionth of a metre. Here the theory of quantum mechanics bewilders our everyday common sense, as Erwin Schrödinger famously expressed when he imagined a cat that was both dead and alive at the same time! Now Dr Simon Benjamin shows us how experts in physics, chemistry and materials science are working together to harness this strange reality. Underlying their research is the promise of building what may be the most exotic and powerful technology ever conceived: the quantum computer.
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Nanotechnology Part 6 - Grand Vision
Part 6 of a series of podcasts on Quantum Nanotechnology. In this episode, Simon Benjamin talks about how we might go about creating a technology out of quantum material.
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Nanotechnology Part 5 - Quantum Machine
Part 5 of a series of short podcasts that explores one route toward the most exotic technology ever conceived: a quantum computer. In this episode we see how we might create a device made from Quantum particles.
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Nanotechnology Part 4 - Experiment
Part 4 of a series of short podcasts that explores one route toward the most exotic technology ever conceived: a quantum computer.
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Nanotechnology Part 3 - Atomic Cat
Part 3 of a series of short podcasts that explores one route toward the most exotic technology ever conceived: a quantum computer. In this episode we see how to make a real world version of Schrodinger's Cat.
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- video
Nanotechnology Part 2 - A Cat's Tale
Part 2 of a series of short podcasts that explores one route toward the most exotic technology ever conceived: a quantum computer.
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Nanotechnology Part 1 - Into the Nanoworld
Part 1 of a series of short podcasts that explores one route toward the most exotic technology ever conceived: a quantum computer.
Customer Reviews
Well explained
Very well explained for a newbie like me.
Good For Non-Scientists
Benjamin explains some fundamental issues in quantum mechanics well, and how he hopes to use QM practically. I had only two small gripes. 1. It did not need to be six parts. 2. It is already several years old, so if progress was possible as quickly as he suggests, this podcast would be out of date.
Well done
Amazing work guys ;)