Ulrik Lund Andersen, Technical University of Denmark delivers this fascinating talk on optical quantum computers. Abstract: Quantum computing can be realized with numerous different hardware platforms and using different computational protocols. One highly promising strategy to foster scalability is to… Read More »Optical quantum computing with continuous variables
This short animation of the photonic quantum computer proposed by the researchers. On the left is the storage ring, which holds several counter-propagating photons. On the right is the scattering unit, which is used to manipulate the photonic qubits. The… Read More »Stanford Engineers Propose a Simpler Design for Quantum Computers
Dr. Terry Rudolph, PsiQuantum and Imperial College London, presented this talk recently and it’s worth a watch. From the abstract: All components of a photonic quantum computer can be built in a tier-1 foundry, and packaged in the same back-end-of-line… Read More »TERRY RUDOLPH on Quantum Computing at the Speed of Light
Terry Rudolph explains the advantages of using photons as a basis for quantum computers. From the abstract: Physical advantages to building a quantum computer out of optical frequency photons include: they suffer negligible environment decoherence even at room temperature, there… Read More »Terry Rudolph on Quantum Computing at the Speed of Light
Chao-Yang Lu & Jian-Wei Pan are researching about Quantum Computing at University of Science and Technology of China. They are Top 10 Winners in the Physical Sciences category to become the Science Breakthrough of the Year 2021.
Here’s an interesting lecture on using photon polarization for quantum computing. Time stamps: 0:00 Review of photon polarization measurement, quantum states, and Born’s Rule 26:20 Can Bob determine the state of a single photon sent by Alice? 31:52 Classical bits… Read More »Photon polarization and Qubits
In this presentation, John Teufel explores how to interface quantum circuits with RF photonics. From the early days of superconducting qubits, one of their most attractive attributes was the inherent scalability of nanofabricated quantum circuits. If these engineered quantum devices… Read More »Interfacing Superconducting Quantum Circuits with an RF Photonic Link