Creating Tough and Resistant, Topological Qubits
Creating Tough and Resistant, Topological Qubits. Arguably, the topological qubit is considered the best quantum bit for maintaining given quantum information and is key to
March 7, 2019
Creating Tough and Resistant, Topological Qubits. Arguably, the topological qubit is considered the best quantum bit for maintaining given quantum information and is key to
Australia: Creating a Pipeline of Highly Skilled Quantum Workers. (NSW Government) NSW is set to become a global quantum computing powerhouse with $15.4 million funding from
Speed Reading Quantum Memory. Researchers in Finland have developed a method to increase the read-rate from quantum bits, or qubits. Typically, to extract any useful information
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
Quantum Science and Technology Showcased in New Journal. Japan, Canada, Europe, the United States, and Australia have had their quantum research efforts showcased in the premier
The Principle of It All. New Approach to Quantum Simulation Developed. A subatomic particles’ ability to exist in more than one place at once is
Quantum Information Science is Ramping Up at Brookhaven National Laboratory. The Computational Science Initiative at Brookhaven Lab is expanding efforts in quantum information science through
Detecting Electrons from a Long Distance: 100+ Nanometers. A team of physicists at Leiden University in the Netherlands has detected a single electron, using a
How Quickly Can you Charge a Prius Battery, Really? Quantum Computing May Answer This. Controlling quantum phenomena demands utmost in care for the environment the
Potential for New Topological Properties in Quantum Material. Tungsten ditelluride, or WTe2, exhibits edge conducting properties. The newly discovered material shows promising application to quantum computing
