Insider Brief Researchers have developed a quantum interface enabling the transfer of quantum information between diamond NV centers and 795nm photonic time-bin qubits, a step that would be aligned with building a quantum internet. The […]
Insider Brief Professor Daniel Lidar at USC is advancing quantum computing research, which has the potential to solve complex global challenges, such as drug discovery and energy efficiency, far beyond the capabilities of traditional computers. […]
Q&A with Dr. Stephanie SimmonsFounder and Chief Quantum Officer at PhotonicImage: BusinessWire What are the most transformative or exciting applications of quantum computing, generally and in the fields of manufacturing, chemicals and health? What is […]
Insider Brief: QunaSys has partnered with Hon Hai Research Institute to integrate advanced Fermionic Encoding methods into its QURI Parts toolkit, improving quantum simulations and enabling more precise modeling of complex systems. The company released […]
By Paulina AssmannCEO of SeQure Quantum Recently, Chinese researchers announced they had successfully cracked a 22-bit RSA key using the D-Wave Advantage quantum computer. While this caused a stir, the RSA keys used today are […]
Insider Brief Google has filed a patent for a seven-stage cryogenic cooling system designed to maintain the ultra-low temperatures needed for quantum computers, with cooling stages gradually reaching around 20 millikelvins, close to absolute zero. […]
Insider Brief The National Quantum Initiative Reauthorization Act, aims to authorize $1.8 billion over five years to enhance quantum research and development across major U.S. agencies, including the DOE, NSF, NIST and NASA. The bill […]
Insider Brief: Quantum computing’s potential is limited by noise, which affects the accuracy of data output, prompting researchers to explore new noise management methods. IBM Quantum and Los Alamos National Laboratory proposed using Conditional Value […]
Insider Brief: MIT researchers have developed a method to emulate electromagnetic fields on a 16-qubit superconducting quantum processor, allowing new ways to explore material properties like conductivity and magnetism. By using microwave signals to control […]
Insider Brief: Materials science is integral to quantum computing development, providing insights that may lead to qubit stability, control, and performance by understanding unique material properties for precise quantum state management. Researchers at Argonne National […]
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