First, Isaac Chuang (now an MIT professor, but then working at IBM's Almaden Research Center) used five fluorine atoms to make a crude, five-qubit quantum computer. The same year, researchers at Los Alamos National Laboratory figured out how to make a seven-qubit machine using a drop of ...
we want to continue to use optical fibers for traditional data transmission. Our study is an important step towards combining conventional and quantum Internet, says Professor Michael Kues, one of the project participants.
Computer ScienceDiscover other topics On this page Chapters and Articles Related Terms Recommended Publications Featured Authors Chapters and Articles You might find these chapters and articles relevant to this topic. Special issue in honor of the 70th birthday of Professor Sir Peter Knight FRS Dan Bro...
Even the hard-line skeptics are being won over. University of Helsinki professor Sabrina Maniscalco, for example, researches the impact of noise on computations. A decade ago, she says, she was writing quantum computing off. “I thought there were really fundamental issues. I had no certainty ...
- Researchers here claim to have created the world's first successful simulation of a quantum-computer architecture that uses existing silicon fabrication techniques. By harnessing both vertical and horizontal tunneling through dual top and bottom gates, the architecture lays out interacting, 50-...
Fault-tolerant large-scale quantum computers require a platform that can scale up, a compatible architecture that corrects errors to below 1 percent, high gate fidelities (where fidelity = 1 − error rate) and measurement fidelities below the threshold, said Barends, a member of professor John...
“The strategy at Quantum Motion is about more than delivering qubits; it is about delivering a scalable, integrated quantum architecture capable of building systems of sizes yielding real value. This includes developing the elements needed to operate a quantum computer, such as world-lea...
Quantum memory is the equivalent function on a quantum computer. [4] Temkin, Marina. “Investors Bet on the Technologically Unproven Field of Quantum Computing.” Pitchbook, 13 September 2021. Appendix — Further observations on the second quantum revolution and developing technologies from Professor ...
John Preskill, Richard P. Feynman Professor of Theoretical Physics at Caltech, has been named the 2024 John Stewart Bell Prize recipient. The prize honors John’s contributions in “the developments at the interface of efficient learning and processing of quantum information in quantum computation, ...
be a necessary component of any future large-scale quantum computer. Monroe explains,"This is the only way to imagine scaling to largerquantum systems, by building them in smaller standard units and hooking them together. In this case, we know how to engineer every aspect of the architecture....