3 Approaches Toward Quantum Computing Reality
Hot Qubits and Goldilocks Ions Read More… + Due to their sensitivity, hundreds of thousands, perhaps even millions of qubits are required to produce low-error
September 30, 2020
Hot Qubits and Goldilocks Ions Read More… + Due to their sensitivity, hundreds of thousands, perhaps even millions of qubits are required to produce low-error
IQM Nets $20M+ in New Funding European Deep-tech Champion IQM Receives More Than €20M of New Funding ESPOO, Finland, June 11, 2020 /PRNewswire/ — IQM Finland
Quantum Annealers May Soon Find a Quieter Environment Finnish researchers demonstrate how noise impacts quantum computing Excerpts and salient points ~ + A team of
Taking the Knot out of Quantum Knots to Make a Topological Quantum Computer Physicists capture first footage of quantum knots unraveling in superfluid In brief…
Nanobolometer to Measure Your Cryostat’s Radiation, Keep Your Qubits Fresh Radiation detector with the lowest noise in the world boosts quantum work Excerpts and salient
Europe’s Quantum Technology Ecosystem to Be Focus of Conference European quantum experts meet in Helsinki to discuss the progress & future of quantum technologies In
Racing to the Industry’s Fastest Qubit Reset and Readout IQM Aims to Drive Disruptive Advancements in Quantum Computing Technology Excerpts and salient points ~ +
IBM Partners with Europe to Move Quantum Information Science IBM has been enjoying a rapid expansion of its IBM Q Network of institutions involved with
Controlling Qubit Stability. Keeping a quantum bit [qubit] stable is one of the key challenges to scaling, and really making functional, quantum computers. Maintaining
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
