Christopher Monroe, from Duke University and IonQ, talks about Quantum Simulation and Computation with trapped ions.
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Photon polarization and Qubits
Here’s an interesting lecture on using photon polarization for quantum computing. Time stamps: 0:00 Review of photon polarization measurement, quantum…
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A game changer for cooling quantum computers
One of the big problems of quantum computing is cooling, and current cooling technology is based on helium-3, which is…
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Interfacing Superconducting Quantum Circuits with an RF Photonic Link
In this presentation, John Teufel explores how to interface quantum circuits with RF photonics. From the early days of superconducting…
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UNBOXING A QUANTUM COMPUTER!?
Linus from Linus Tech Tips “unboxes” a D-Wave quantum computer. Yeah, it’s a bit click-baity and from 2017, but it’s…
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The World’s Most Powerful Quantum Computer?
Jungsang Kim, CTO & Co-Founder, and Chris Monroe, Chief Scientist & Co-Founder of IonQ, presents to attendees on December 8,…
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Photonic computing questions answered: Lightmatter CEO
Imagine if you will, a quantum computing architecture based on photons rather than the spin of electrons. Such a device…
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Trapped-ion qubit, the maglev train of a quantum computer
Ions are the qubits existing in nature, like the pennies from the heaven, check out this video from Bensen Hsu…
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Does New Breakthrough Pave Way for Quantum Phones?
In many of my quantum computing talks, I say in jest that in the 2030s, Apple will introduce the iphone…
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Dr. Ilana Wisby on The Future of Superconducting Quantum Computers
This field keeps getting more awesome every day.
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