@informaq.bsky.socialAtomic-scale steps in ultrathin superconductors guide quantum vortices like nanoscale rails, with 1000× greater mobility along steps. This enables tunable control of vortex flow and heat management in future superconducting devices.
@fds3rd.bsky.socialA 40-Year Assumption About High-Temperature #Superconductors Just Fell Apart
#Technology
@fds.wsocial.euA 40-Year Assumption About High-Temperature #Superconductors Just Fell Apart
#Technology
@lucaskreuzer.bsky.socialI really love seeing that with each upgrade, large-scale facilities become more powerful:
For 40 years, cuprate #superconductors were treates as a uniform crystal, but thanks to @esrf.fr source upgrade, we now know there are two different atomic arrangements.
Time to revisit some models!
@aegisalliance.bsky.socialYtterbium Diantimonide, the Plain Superconductor That Grew Its Own Magnetic Field and Broke Time Reversal Symmetry
#news #Quantum #science #sciencenews #superconductors #Tech #technews #technology
@wanjek.bsky.social#Superconductivity made super-er. Apparently #superconductors are plagued by quantum vortices, akin to tiny tornados causing disturbances. But channels carved only an atom high can control those vortices.
@samillingworth.com⚛️ Superconductors' true current limit
In niobium nitride hit with picosecond pulses, the electron pairs behind superconductivity broke apart at about 2.2 times the usual current limit. That could help magnet design.
@coherentcmi.bsky.socialSuperconducting Wire Market Size, Trends, and Growth Forecast 2026-2033
www.coherentcmi.com/industry-rep...
#SuperconductingWire #SuperconductingWireMarket #Superconductors #SuperconductingTechnology #WireMarket #AdvancedMaterials #CryogenicTechnology
@spectrum.ieee.orgTwo startups are searching for a new generation of #superconductors that could work at 10 to 20 degrees Kelvin. They are using machine learning algorithms to speed up their discovery process. buff.ly/LUToQOB
@pmolignini.bsky.socialA lot is happening in quantum simulation! ⚛️ Want to know the latest #News?
From #superconductors and #particle #physics to new #QuantumComputing architectures and a growing academia–industry ecosystem — here are my takeaways from #QSim2026!
@freegardener.bsky.socialSatellites may soon steer without fuel. Zenno's Supertorquer uses superconducting magnets to push against Earth's magnetic field—no #SpaceTech #Satellites #Superconductors #Innovation
https://freegardner.com/sci_scout/superconducting-magnets-steer-satellites-without-fuel.html
@dustcircle.bsky.socialHow Close Are We to #Superconductors That Are Actually Practical?
@informaq.bsky.socialPSI researchers achieve 12.7 tesla magnetic field using ReBCO superconductors—3.6× stronger than current systems—enabling next-generation positron capture for CERN's 91 km Future Circular Collider planned to succeed the LHC.
@todaystopainews.bsky.socialSam Altman on room temperature superconductors and Anthropic rumur: "let's try that"
#ai #artificialintelligence #Anthropic #openai #superconductors #physics
@gltch.ioZero resistance materials—superconductors—could revolutionize tech. Used in MRI machines & potentially quantum computing, they’re key to faster, more efficient devices. ⚡️ #superconductors
Source: https://phys.org/news/2026-09-quantum-phases-chromium-based-material.html
@informaq.bsky.socialMIT researchers created graphene-protected niobium diselenide monolayer superconductor enabling wafer-scale fabrication and integration into quantum circuits with high kinetic inductance for compact, scalable quantum devices.