New cryogenic memory approach using Fe-JoFETs eliminates selector devices and sensing circuits, achieving ultra-low read power (10.55 fW/cell) and zero write power—enabling highly scalable quantum computers.
@informaq.bsky.social
@informaq.bsky.socialNew cryogenic memory approach using Fe-JoFETs eliminates selector devices and sensing circuits, achieving ultra-low read power (10.55 fW/cell) and zero write power—enabling highly scalable quantum computers.
@informaq.bsky.socialOkayama researchers discovered that uniaxial strain can separately tune superconductivity and charge order in CsV3Sb5, revealing two competing superconducting states and offering new insights into unconventional superconductivity mechanisms.
@hydezero-message.bsky.socialHow could a hidden transition in UTe₂ be tested? Compare heat capacity, NMR and Knight shift in a small-gap model. This theory offers a hypothesis, not a confirmed second transition or pairing symmetry.
https://note.com/hydezero/n/n3055838dfd68?hl=en
#Superconductivity #Physics
@hydezero-message.bsky.socialCan superconductivity survive at a surface? In a layered quasicrystal, resistance changes with field angle and current support this interpretation. A resistance ratio is not a superconducting volume fraction.
https://note.com/hydezero/n/n177d2ddc9272?hl=en
#Superconductivity #Quasicrystals
@informaq.bsky.socialFujitsu aims for 10,000+ physical qubits and 250 logical qubits by 2030, leveraging STAR architecture for fault-tolerant operations and newly announced tin-vacancy diamond-spin qubits for photonic interconnection.
@hydezero-message.bsky.socialPaid tutorial: Why can a superconducting transition leave a tiny heat-capacity jump? Work through gap ratios, component weights and NMR checks. UTe₂’s hidden second transition remains a hypothesis.
https://note.com/hydezero/n/nbd2b30bf11d8?hl=en
#Superconductivity #Physics
@hydezero-message.bsky.socialPaid tutorial on a layered quasicrystal: estimate coherence lengths, compare angular cusps and test diffusion models. Worked examples distinguish resistance criteria from phase boundaries; they are teaching material.
https://note.com/hydezero/n/n85b17769d21e?hl=en
#Superconductivity #Physics
@hydezero-message.bsky.socialIn a layered quasicrystal, changing the resistance criterion changes the critical field. Angle and current dependence support surface superconductivity; they do not identify the pairing mechanism.
https://note.com/hydezero/n/n3a45a95cf354?hl=en
#Superconductivity #Quasicrystals
@informaq.bsky.socialResearchers at MANA demonstrate that atomic-scale steps guide superconducting vortices with 1000x greater mobility along the steps—advancing control mechanisms in ultrathin superconductors.
@informaq.bsky.socialC2QA research explores scalable quantum computing using superconducting materials, advancing fundamental physics applications into practical quantum technology platforms.
@hydezero-message.bsky.socialCould UTe₂ hide a second transition within superconductivity? Explore Machida’s theoretical proposal, weak heat signals and why a signal peak may differ from the transition temperature. The transition is not confirmed.
https://note.com/hydezero/n/na908a85d0e6c?hl=en
#Superconductivity #Physics
@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.
@cui-unihh.bsky.socialSuperconductors beyond their conventional limits!
Researchers at @mpsdhamburg.bsky.social used picosecond electrical pulses to probe the intrinsic limits of superconductivity — supported by the @dfg.de.
read more:
DOI: 10.1038/s41567-026-03469-z
@theinnovation.bsky.socialCheck out our latest issue in The Innovation Physics! Volume 1, Issue 1 is now online!
www.the-innovation.org/the-innovati...
#physics #ArtificialIntelligence #CondensedMatterPhysics #BoseEinsteinCondensate #pulsedelectricfield #scanningtunnellingmicroscopy #QuantumSensing #Superconductivity
@hydezero-message.bsky.socialPaid guide: estimate coherence lengths, compare angular cusps and test diffusion-distribution models using a layered quasicrystal study. Worked examples and measurement plans are teaching material.
https://note.com/hydezero/n/n85b17769d21e?hl=en
#Superconductivity #Physics
@hydezero-message.bsky.socialGL or Tinkham? A layered quasicrystal’s resistance criteria change its angular response. We examine transport evidence for surface superconductivity and the limits of diffusion-distribution fits.
https://note.com/hydezero/n/n3a45a95cf354?hl=en
#Superconductivity #Quasicrystals
@hydezero-message.bsky.socialCan superconductivity linger near a surface? In a layered quasicrystal, field-angle and current dependence support that interpretation. Our guide explains why resistance criteria matter.
https://note.com/hydezero/n/n177d2ddc9272?hl=en
#Superconductivity #Quasicrystals
@theinnovation.bsky.socialBy integrating phonon cross-section calculation and high-resolution RIXS experiments, this study successfully isolated weak charge excitations and established their dispersion and energy scale in cuprates.
doi.org/10.59717/j.t...
#Superconductivity
@hydezero-message.bsky.socialPaid guide: test the two-component hypothesis for UTe₂. Work from free energy to the heat-capacity jump, examine gap ratios and density-of-states weights, and ask what NMR can reveal. This transition remains hypothetical.
https://note.com/hydezero/n/nbd2b30bf11d8?hl=en
#Superconductivity #Physics
@hydezero-message.bsky.socialTesting a hidden transition in UTe₂: how could a small superconducting gap affect heat capacity and the NMR Knight shift differently? Trace the two-component hypothesis and its limits in this technical guide.
https://note.com/hydezero/n/n3055838dfd68?hl=en
#CondensedMatter #Superconductivity
