Insider Brief Researchers at the Perimeter Institute have developed a mathematically rigorous method to distinguish nontrivial quantum error correction (QEC) codes from trivial ones, offering a new way to assess quantum systems’ behavior and improve […]
Insider Brief Christian Tutschku, a quantum computing expert, highlighted the potential of quantum computers to solve complex problems faster than classical computers during a recent TEDx Talk. He explained key quantum concepts like superposition and […]
Insider Brief: The University of Queensland launched a AU$45 million (approximately $30.2 million) ARC Centre of Excellence in Quantum Biotechnology (QUBIC) to address global challenges in health, energy, and agriculture. QUBIC, led by Professor Warwick […]
Insider Brief: Archer Materials developed two proof-of-concept devices that enhance spin detection capabilities for its 12CQ quantum chip, a key step towards integrating quantum computing with mobile devices. The devices feature superconducting spin readout circuits […]
Insider Brief QuantWare has introduced its VIO technology to Foundry Services, enabling companies to scale their quantum processor unit (QPU) designs to larger sizes. VIO-176, the first generation of QuantWare’s scaling platform, supports up to […]
Insider Brief Quside’s quantum entropy sources have received NIST SP800-90B certification, affirming their quality and security for cryptographic systems. The certified technology, based on Quside’s QN 100 photonic quantum chip, generates high-quality randomness at 1 […]
Insider Brief The City Quantum and AI Summit at London’s Mansion House will bring together experts to explore how quantum computing and AI can address global challenges like healthcare, climate change, and social equity. Key […]
Insider Brief The Galaxy Quantum 5, developed by ID Quantique and SK Telecom, integrates quantum technology with Samsung Knox for advanced mobile security, safeguarding sensitive data on a range of apps. It reporteduly features the […]
Insider Brief NUS researchers have achieved new levels of accuracy in simulating higher-order topological (HOT) lattices using digital quantum computers, paving the way for advanced quantum material studies. This advance enables scalable encoding of large, […]
Insider Brief: USC researchers developed a method using deterministic qubit control to stabilize qubit coherence, improving the sensitivity of quantum sensors beyond the traditional Ramsey interferometry limits. The new protocol increases the signal-to-noise ratio (SNR) […]
Recent Comments