Topology Gets Magnetic: The New Wave Of Topological Magnetic Materials Researchers demonstrate new high-throughput method for discovering magnetic topology The electronic structure of nonmagnetic crystals
Israeli researchers have demonstrated quantum metamaterials are employable in quantum information systems.
Graphene is being more thoroughly studied for use as a fundamental component to quantum computers.
“If you want the masses to start using quantum computers, you have to teach them what the hell they do.” There aren’t enough of “them” to train, either. From industry to academia and now into government, here’s a brief discussion regarding quantum computing jobs in each of these sectors.
It is no secret Intel is all-in for producing quantum computers. They have the infrastructure to mass produce computer chips. Now, if they could get a quantum chip to fit into this production line what else could there be?
Physicists at the Swiss Federal Institute of Technology in Zurich, Switzerland, have successfully transferred two qubits via coaxial cable. Using a microwave photon resonator to transmit the qubit state, the quantum state was successfully transmitted to a second qubit through the cable; a distance of about 2 meters. With a transmission success rate of 80 percent, the process was repeatable upwards of 50,000 times per second. The team’s next goal is to enable entanglement swapping – using qubits to transmit and receive. If successful, the technique could open up avenues for larger quantum computers.
Arquably, quantum computers could break blockchain encryption. However, a group of scientists at the Russian Quantum Center in Moscow believe they have a solution. The importance to world economies is growing as one of blockchain’s most visible uses is Bitcoin.
The benefits of quantum computing lay in the final output of these complex devices. T
