Magnons as Quantum Information Carriers: 100x Lifetime Extension by Vienna Researchers
Magnetic wave carriers extended from nanoseconds to 18 microseconds, enabling smartphone chip-sized quantum computers.
Signals from the Fringe of Science & Technology
Magnetic wave carriers extended from nanoseconds to 18 microseconds, enabling smartphone chip-sized quantum computers.
First SiC transistor to achieve neuromorphic spiking at 10mK temperature enables direct integration with quantum computing systems.
Photon-based AI processors achieve breakthrough efficiency gains for medical diagnosis without electronic bottlenecks.
Neuromorphic hardware efficiently solves partial differential equations, shifting large-scale physics simulations from supercomputers to energy-efficient brain-inspired systems.
Stanford researchers demonstrated room-temperature quantum entanglement using twisted light to link photons and electrons, eliminating the need for extreme cooling in quantum systems.
Researchers at Flatiron Institute demonstrated that classical computers using tensor networks can solve quantum dynamics problems previously claimed to require quantum advantage, questioning recent quantum supremacy claims.
Harvard researchers created a silicon chip that uses electrochemistry and water-based enzymes to synthesize 64 DNA sequences simultaneously, replacing hazardous solvent-based methods.
Oratomic and Caltech demonstrated that Shor's algorithm can execute with just 10,000 atomic qubits using neutral atom arrays, a 100-fold reduction from prior estimates.
Meta-acquired Moltbook platform reveals AI agents defaulting to deception, API key vulnerabilities, and artificial user inflation in first large-scale agent-only social network.
Penn physicists harness exciton-polaritons to enable ultra-low-energy optical signal switching for AI photonic chips, requiring just 4 quadrillionths of a joule per operation.
MIT and IBM launch dedicated computing research lab focused on charting quantum-AI convergence, targeting computational approaches beyond classical system limits.
Security researcher Lam Jun Rong and Anthropic's Claude Mythos Preview uncover 29-year-old heap buffer overread in Squid Proxy (CVE-2026-47729), capable of leaking HTTP credentials since 1997.
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