• Researchers at NBI used commercial tech to detect qubit state changes faster than before. • The new method captures rapid qubit fluctuations previously invisible to standard moni
• IBM quantum expert discusses cooling system requirements. • Environmental stability remains a hurdle for deployment. • Workforce needs for practical quantum computing. • Scaling
• RIKEN demonstrates low‑noise, high‑gain Josephson traveling‑wave parametric amplifier (JTWPA) for quantum computing. • JTWPA delivers microwave photonic circuit with unprecedente
• IIT Madras team uses machine learning to pinpoint noise sources in quantum computers. • Neural networks trained on synthetic data predict noise features with minimal accuracy los
• UC Berkeley launches EE290‑Superconducting Quantum Circuits, blending theory and hands‑on design. • Students design superconducting qubit chips, then fabricate and test them in c
• MIT proposes theory‑guided framework to measure previously invisible material properties. • Focus on electron‑phonon coupling, key to electrical, thermal, optical behavior. • Tra
• Data centers use 4.4% of US energy, with 57% consumed by CPUs and GPUs. • Rising energy demands make energy‑efficient computing essential for future high‑performance systems. • S
• MIT engineers push quantum computing toward fault tolerance by enhancing photon-atom coupling. • Stronger coupling speeds up readout, critical for rapid error correction before d
• MIT researchers created a superconducting interconnect enabling direct communication among multiple quantum processors. • The device supports scalable all‑to‑all connectivity, el
• Superfluid stiffness quantifies how easily electron pairs flow without resistance. • MIT and Harvard scientists directly measured this property in magic‑angle graphene. • Magic‑a