Insider Brief Q-CTRL announced successful field trials of its quantum-assured navigation system, achieving verified commercial quantum advantage in both ground and airborne GPS-free navigation. The system, based on quantum sensors and proprietary denoising software, outperformed […]
Insider Brief: IonQ signed a Memorandum of Understanding with Japan’s G-QuAT, a division of AIST, to collaborate on advancing quantum computing technologies in Japan. The agreement enables G-QuAT to access IonQ’s Forte-class quantum computers via […]
Insider Brief A new Economist Impact survey finds 83% of quantum professionals believe quantum utility will be achieved within the next decade, despite persistent technical, talent, and leadership challenges. Respondents cite error correction (82%), talent […]
Insider Brief The UK government has announced a £121 million investment in quantum technologies to support crimefighting, financial security, and economic growth as part of its Plan for Change. The funding will expand quantum applications […]
Insider Brief A new RAND Europe report warns that overreliance on PhD-level physicists is limiting the growth of the quantum workforce and slowing commercial progress. The study calls for expanded talent pathways, including technical and […]
Insider Brief Rice University researchers have made the first direct observation of a superradiant phase transition, a long-predicted quantum phenomenon, by coupling magnetic subsystems in a crystal. The team circumvented a known theoretical limitation by […]
Insider Brief World Quantum Day 2025, observed annually on April 14 in reference to Planck’s constant (4.14×10⁻¹⁵ eV·s), aligns this year with the United Nations’ International Year of Quantum Science and Technology, amplifying its global […]
Insider Brief Dr. Bei Zeng, a former youth chess champion, shifted from competitive chess to quantum computing after witnessing IBM’s Deep Blue defeat Garry Kasparov. Now a professor at UT Dallas, Zeng focuses on the […]
Insider Brief: Researchers at Quantinuum developed an end-to-end quantum algorithm to estimate the Jones polynomial, implementing it on the H2-2 quantum computer with hardware-aware optimizations and error mitigation strategies. The algorithm targets a DQC1-complete problem […]
Insider Brief Researchers at Hebrew University and Cornell University have discovered a method to significantly reduce spin decoherence in alkali-metal gases using low magnetic fields, according to Physical Review Letters. The study demonstrated an order-of-magnitude […]
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