QSI Seminar: Asst Prof Yvonne Gao, Centre for Quantum Technologies, NUS, Singapore, 12/05/2020
Engineering a coherent and tunable bilinear coupling between two microwave quantum memories in a 3D circuit QED architecture
Noise in quantum computing (ep4)
In this episode, learn about noise in quantum computing: What is noise? How does noise affect a quantum computer? Does noise matter in conventional computers? What are the impacts of noise in the development of quantum computers? How does Q-CTRL help?
QSI Seminar: Asst Prof Josh Combes, University of Colorado Boulder, USA, 08/05/2020
Bosonic mode error correcting codes: Quantum oscillators with an infinite Hilbert space TITLE: Quantum computing with rotation-symmetric bosonic codes SPEAKER: Assistant Professor Josh Combes AFFILIATION: University of Colorado Boulder, CO, USA HOSTED BY: A/Prof Chris Ferrie, UTS Centre for Quantum Software and Information ABSTRACT: Bosonic mode error correcting codes are error correcting codes where a qubit (or qudit) is encoded into one or multiple bosonic modes, i
QSI Seminar: Prof Sergio Boixo, Google Research, LA, Quantum Supremacy, 05/04/2020
This talk explains the quantum supremacy milestone achieved by Google
QSI Seminar: Dr Chris Granade, Microsoft, 01/05/2020
Q#, a quantum-focused domain-specific language explicitly designed to correctly, clearly and completely express quantum algorithms
QSI Seminar: Dr Joe Fitzsimons, Horizon Quantum Computing, Abstracting Quantum Computation 28/04/'20
From queues to qubits: Compiling classical code to quantum for quantum processors TITLE: Abstracting Quantum Computation SPEAKER: Dr Joe Fitzsimons AFFILIATION: Horizon Quantum Computing, Singapore HOSTED BY: Prof Michael Bremner, UTS Centre for Quantum Software and Information ABSTRACT: Quantum computers have the potential to drastically outperform conventional computers for a variety of tasks
Quantum circuits and algorithms (ep3)
Learn the fundamentals of how we combine qubits and quantum logic operations in quantum computers to compose and run algorithms
Superconducting qubits: Improving the performance of single qubit gates
Q-CTRL notebook - Superconducting qubits: Improving the performance of single qubit gates This is a code-based demonstration of Q-CTRL's AI and machine-learning tools, making it a great entry to advanced quantum computing concepts for computer scientists and software engineers
Superconducting qubits: Improving the performance of the cross resonance gate
Q-CTRL notebook: Superconducting qubits - Improving the performance of the cross resonance gate
Noise characterization and reconstruction
Q-CTRL notebook: Noise characterization and reconstruction