The Atomic Approach to Quantum Computing | Webinar with Dr. Mark Saffman
Atomic qubits provide a highly scalable approach to quantum computing. Combining the same remarkable coherence properties found in atomic clocks with controllable Rydberg interactions and optical methods for cooling and trapping atoms we have all the ingredients needed for a high performance quantum processor. ColdQuanta's Chief Scientist for Quantum Information Mark Saffman explains the atomic approach to scalable quantum computing.

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Quantum Networks | Webinar with Dr. Alex Radnaev

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Laser Cooling for Quantum Atomics | Webinar with Dr. Evan Salim

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Scott Aaronson - The TRUTH About Quantum Computing

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Quantum Technologies for National Resilience and Security

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Powering the Quantum Information Age with Infleqtion | Webinar with Bo Ewald

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Neil Turok’s stunningly simple, testable new theory of the universe

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Cold Atom Quantum Computing | Webinar with Dr. Denny Dahl

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Mark Saffman: Quantum Information w/ Neutral Atoms & Rydberg State Mediated Interactions (Part 1)

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But what is quantum computing? (Grover's Algorithm)

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Tick Tock: Learn about Quantum Atomic Clocks! | Webinar with Dr. Evan Salim

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Microwave Sensing with Rydberg Atoms | Webinar with Dr. Haoquan Fan

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Trapping Ions for Quantum Computing ---- Diana Prado Lopes Aude Craik (best explanation ever!)

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We Were Wrong About Matter

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Quantum Signal Processing | Webinar with Dr. Dana Anderson

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Quantum physics and the gateway to a new reality - with Vlatko Vedral

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Ben Bloom: Turning neutral atom systems into useful quantum computers

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How exactly does trapped ions perform quantum computing?

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Quantum Simulation and Computation with Trapped Ions | Chris Monroe

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Entangling Atomic Qubits | Webinar with ColdQuanta's Director of Quantum Computing Tom Noel

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