IBM Q Network Expands
IBM Q Network Expands. Brookhaven Joins the IBM Q Network Hub at Oak Ridge National Lab. This hub is part of a worldwide community of
April 10, 2019
IBM Q Network Expands. Brookhaven Joins the IBM Q Network Hub at Oak Ridge National Lab. This hub is part of a worldwide community of
Material Discovery: Topological Materials Applied to Quantum Computing. U.S. Department of Energy, Berkeley National Laboratory. The realization of so-called topological materials — which exhibit exotic,
Swiss Army Knife? No, But How About a Swiss Quantum Simulator Applicable to a Broad Class of Quantum Systems & Technology? Ecole Polytechnique Federale de
Quantum State Leakage Detectable; Leading to Error-correction Techniques. Quantum computers are designed to process information using quantum bits, and promise huge speedups in scientific computing
Qubit Resilience via Topological Insulators. Purdue University scientists’ efforts have brought insulating qubits [quantum bits] one step closer to scalable-reality. A new material developed has been
Superconductivity from Kagome Lattice; ‘Flat Band’ Electrons. Princeton University scientists, using the latest in scanning tunneling microscopy and spectroscopy (STM/S) to study electron behaviors in
Rapid development of quantum materials and devices is being requested by the U.S. National Science Foundation’s Q-AMASE-i initiative. The types of materials sought are for “novel quantum technologies”, topological insulators, and superconducting materials, to specify several. The NSF anticipates awarding up to $25M. Interested? Proposal interest must be in no later than September 17, 2018, with a final proposal due date of November 5, 2018.
Tokyo Institute of Technology researchers have matched theory to observation and thus have achieved a “comprehensive understanding of the coherent control of coherent optical phonons.” The usefulness of which is geared toward quantum computing memory systems as well as materials science and superconductivity.
Topological Superconductor Wanted Decoherence, the inability of photons to maintain superposition (ergo, being unable to retain usefulness to quantum computing), is a major hurdle in
