Griffith University Research Demonstrates Qubit States with Memory Advantage over Classical Computers Synopsis: Quantum Simulator Reduces Memory Storage In brief… + One way in which
Quantum Internet Through More Quantum Spins In Diamonds A ten-qubit solid-state spin register with remarkable quantum memory In brief… + Recently, a team of researchers
Centrum Wiskunde & Informatica: Designing Random Walk Algorithms for Quantum Computing Bringing Quantum Computers Closer to Reality In brief… + Stacey Jeffery is a tenure-track
U.S. Project Scaling Quantum Network from Local Area to Wide-Area. Quantum Goes the Distance. U.S. research team expands quantum network with successful long-distance entanglement experiment.
Entangling Two Photons Serving Two Distinct Purposes. Diligent efforts at the U.S. National Institute of Standards and Technology have produced entangled photons of two different wavelengths.
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
Missing Link for Quantum Dots Found: Quantum Memory. Researchers at the University of Cambridge, St. John’s College, have discovered a method to control electron interaction
Quantum-level Technology “Talks” (Press release is found at Argonne National Labs…) Researchers at the U.S. Department of Energy’s (DOE) Argonne National Laboratory and the University
University research at TU Delft, Netherlands, has laid out a broad roadmap for a quantum internet. The plan develops the quantum network around two concepts presently unknown to the current internet: (1) Entanglement’s synchronization capability between distant locations; and, (2) entanglement’s inherent security, considered unbreakable. Engineering, computer science, and physics, all must come into agreement and collaborate closely to enable the increasing functionality of each stage.
