Controlling Quantum Emitters Remotely
Remote control for quantum emitters Quantum technologies are enabled by precise control of the state and interactions of individual quantum objects. Innsbruck physicists have now
March 15, 2021
Remote control for quantum emitters Quantum technologies are enabled by precise control of the state and interactions of individual quantum objects. Innsbruck physicists have now
Robots learn faster with quantum technology Artistic impression of the quantum learning concept. (© Rolando Barry, University of Vienna) Artificial intelligence is part of our
There’s a Lot to Topological Materials and the Application to Quantum Computing Randomized measurements reveal topological quantum states Key points… + Topological materials – materials
Research Group Proposes Protocols Which Enable Measurement of Topological Invariants Protocol identifies fascinating quantum states Points to note… + Nowadays, modern quantum simulators offer a
Qiskit: IBM’s Gift to Quantum Algorithm Developers Gets More Giftier Qiskit – Write once, target multiple architectures Excerpts and salient points ~ + From its
Quantum Internet Getting Closer with New U.S. Army Research Lab and the University of Innsbruck Research Army Project Brings Quantum Internet Closer to Reality In
Building a Quantum Internet Well worth taking some time to read from the source, below. Because Quantum is Coming. Qubit. To Invent a Quantum Internet
Current thinking is that exploiting quantum properties is needed to develop quantum computing. Researchers from the University of Innsbruck claim to be able to precisely control certain properties. Full control of entangling particles, generating single photons, and particle positioning, play into this “deliberate entanglement”.
