Insider Brief Researchers created a continuous space-time crystal in nematic liquid crystals using ambient light, showing ordered patterns that break both spatial and temporal symmetry. The crystals emerge from particle-like solitons, remain robust against perturbations, […]
Insider Brief KAIST researchers used quantum computing to design multicomponent porous materials (MTVs), marking the first time quantum devices solved this class of materials problem. The method enables efficient exploration of millions of possible molecular […]
Insider Brief CDimension, an MIT spin-out recently valued at $1 billion, is developing wafer-scale single-crystalline 2D insulators to reduce noise in quantum devices and enable scalable, error-corrected quantum computing. The company’s technology extends qubit coherence […]
Insider Brief: Malta served as the first stop of the Quantum World Tour, an initiative launched by the ITU and The Quantum Insider to showcase how nations translate quantum strategy into action. Malta positions itself […]
Insider Brief QuEra Computing secured an investment from NVentures, expanding its $230 million Series B round and strengthening ties between its neutral-atom quantum systems and NVIDIA’s accelerated computing stack. The partnership includes collaborations on hybrid […]
Insider Brief RIBER has secured a new order from a US-based quantum computing company for its ROSIE molecular beam epitaxy system, marking a milestone in its commercialization. ROSIE, compatible with 300 mm silicon wafers, is […]
Insider Brief Horizon Quantum Computing and dMY Squared Technology Group announced a definitive business combination agreement to take Horizon Quantum public on Nasdaq under the ticker “HQ.” Horizon Quantum develops software tools such as its […]
Insider Brief Karnataka has approved land in Bengaluru to build India’s first Quantum City as part of its INR 1,000 crore Quantum Mission. The state aims to create a $20 billion quantum economy by 2035, […]
Insider Brief Researchers used IBM’s superconducting quantum processors with up to 144 qubits to simulate real-time string dynamics in a (2+1)-dimensional gauge theory. The experiments revealed oscillating “yo-yo” modes, transverse bending, and multi-string fragmentation and […]
Guest Post by Constanza M. Vidal Bustamante The following editorial was originally published at Just Security Image: Photo by geralt on Pixabay The Trump administration has rightly cast securing U.S. quantum leadership as a national security imperative. By […]
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