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#superconductivity — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #superconductivity, aggregated by home.social.

  1. Researchers Identify Superconducting Gap and Electron Coupling in Nickelate Superconductors

    📰 Original title: Scientists Crack Key Mystery Behind High-Temperature Superconductors

    🤖 IA: It's not clickbait ✅
    👥 Users: It's not clickbait ✅

    View full AI summary: en.killbait.com/researchers-id

    #science #superconductivity #n...

  2. Researchers Identify Superconducting Gap and Electron Coupling in Nickelate Superconductors

    📰 Original title: Scientists Crack Key Mystery Behind High-Temperature Superconductors

    🤖 IA: It's not clickbait ✅
    👥 Users: It's not clickbait ✅

    View full AI summary: en.killbait.com/researchers-id

    #science #superconductivity #n...

  3. Researchers Identify Superconducting Gap and Electron Coupling in Nickelate Superconductors

    📰 Original title: Scientists Crack Key Mystery Behind High-Temperature Superconductors

    🤖 IA: It's not clickbait ✅
    👥 Users: It's not clickbait ✅

    View full AI summary: en.killbait.com/researchers-id

    #science #superconductivity #n...

  4. Scientists Crack Key Mystery Behind High-Temperature Superconductors

    Nodeless superconducting gap and electron-boson coupling in (La,Pr,Sm)3Ni2O7 films. Credit: Image by the research team New measurements of…
    #NewsBeep #News #Physics #Materialsscience #quantummaterials #Science #Superconductivity #UK #UnitedKingdom #UniversityofScienceandTechnologyofChina
    newsbeep.com/uk/601699/

  5. Scientists Crack Key Mystery Behind High-Temperature Superconductors

    Nodeless superconducting gap and electron-boson coupling in (La,Pr,Sm)3Ni2O7 films. Credit: Image by the research team New measurements of…
    #NewsBeep #News #Physics #CA #Canada #MaterialsScience #quantummaterials #Science #Superconductivity #UniversityofScienceandTechnologyofChina
    newsbeep.com/ca/690956/

  6. New publication: "Signal and Worker: How Proteins Activate Electrons"

    Proteins aren't passive — they're programmable phonon sources, tuned by evolution to guide electrons. The paper reveals that photosynthesis & light-induced superconductivity share the same Signal-Worker architecture, and extracts design rules for room-temperature quantum metamaterials.

    doi.org/10.5281/zenodo.20329448

    #QuantumBiology #Photosynthesis #Superconductivity #MaterialsScience #BioInspired #Physics #Research

  7. New publication: "Signal and Worker: How Proteins Activate Electrons"

    Proteins aren't passive — they're programmable phonon sources, tuned by evolution to guide electrons. The paper reveals that photosynthesis & light-induced superconductivity share the same Signal-Worker architecture, and extracts design rules for room-temperature quantum metamaterials.

    doi.org/10.5281/zenodo.20329448

    #QuantumBiology #Photosynthesis #Superconductivity #MaterialsScience #BioInspired #Physics #Research

  8. New publication: "Signal and Worker: How Proteins Activate Electrons"

    Proteins aren't passive — they're programmable phonon sources, tuned by evolution to guide electrons. The paper reveals that photosynthesis & light-induced superconductivity share the same Signal-Worker architecture, and extracts design rules for room-temperature quantum metamaterials.

    doi.org/10.5281/zenodo.20329448

    #QuantumBiology #Photosynthesis #Superconductivity #MaterialsScience #BioInspired #Physics #Research

  9. New publication: "Signal and Worker: How Proteins Activate Electrons"

    Proteins aren't passive — they're programmable phonon sources, tuned by evolution to guide electrons. The paper reveals that photosynthesis & light-induced superconductivity share the same Signal-Worker architecture, and extracts design rules for room-temperature quantum metamaterials.

    doi.org/10.5281/zenodo.20329448

    #QuantumBiology #Photosynthesis #Superconductivity #MaterialsScience #BioInspired #Physics #Research

  10. New publication: "Signal and Worker: How Proteins Activate Electrons"

    Proteins aren't passive — they're programmable phonon sources, tuned by evolution to guide electrons. The paper reveals that photosynthesis & light-induced superconductivity share the same Signal-Worker architecture, and extracts design rules for room-temperature quantum metamaterials.

    doi.org/10.5281/zenodo.20329448

    #QuantumBiology #Photosynthesis #Superconductivity #MaterialsScience #BioInspired #Physics #Research

  11. Nematic Crystals Exhibit Paradoxical Order-Disorder State

    How do nematic crystals show order and disorder at the same time? Learn about the May 2026 discovery of nematoelasticity and its role in superconductivity.

    #physicsnews, #nematiccrystals, #superconductivity, #materialscience, #quantumphysics

    newsletter.tf/nematoelasticity

  12. Nematic Crystals Exhibit Paradoxical Order-Disorder State

    How do nematic crystals show order and disorder at the same time? Learn about the May 2026 discovery of nematoelasticity and its role in superconductivity.

    #physicsnews, #nematiccrystals, #superconductivity, #materialscience, #quantumphysics

    newsletter.tf/nematoelasticity

  13. Nematic Crystals Exhibit Paradoxical Order-Disorder State

    How do nematic crystals show order and disorder at the same time? Learn about the May 2026 discovery of nematoelasticity and its role in superconductivity.

    #physicsnews, #nematiccrystals, #superconductivity, #materialscience, #quantumphysics

    newsletter.tf/nematoelasticity

  14. Nematic Crystals Exhibit Paradoxical Order-Disorder State

    How do nematic crystals show order and disorder at the same time? Learn about the May 2026 discovery of nematoelasticity and its role in superconductivity.

    #physicsnews, #nematiccrystals, #superconductivity, #materialscience, #quantumphysics

    newsletter.tf/nematoelasticity

  15. Nematic Crystals Exhibit Paradoxical Order-Disorder State

    How do nematic crystals show order and disorder at the same time? Learn about the May 2026 discovery of nematoelasticity and its role in superconductivity.

    #physicsnews, #nematiccrystals, #superconductivity, #materialscience, #quantumphysics

    newsletter.tf/nematoelasticity

  16. Kharkiv Institute of Physics and Technology of the National Academy of Sciences of Ukraine

    In 1932, the #cryogenic laboratory led by Lev Shubnikov was the first in the USSR to achieve helium liquefaction, a technological breakthrough that facilitated further research, culminating in the discovery of type II #superconductivity (named the Shubnikov phase) in 1936. These spherical containers were used for the storage of liquid hydrogen.

    #photography
    #Russia
    #science
    #helium
    #Kharkiv

  17. 1/2 Notes on #UAP Discussions : For research in #MaterialScience , #Engineering and #Physics room temperature #Superconductivity is a holy grail and would be transformative in applications on a global scale. Temperature dependency in these materials is the one we know the most about. Pressure is the next variable on the list as some materials under extremely high pressure will become superconducting near room temperature. There are other variables that matter, including material topology and…

  18. Scientists Smash Superconductivity Record at Normal Pressure
    scitechdaily.com/scientists-sm
    Scientists have set a new record for superconductivity at normal pressure, bringing the field closer to practical, real-world …
    #science #superconductivity

  19. #Riemann is the room temperature #Superconductivity of #Mathematics. She is beautiful enough to make one cry as she tempts at a glance,then vanishes.The link between harmonic analysis , #Fourier , and pretty much all of #Physics takes a sledgehammer to the idea that mathematics and #Physics are twin sons of different mothers.This video is a not bad , very good introduction for newcomers. Timely and up to date

    Via #NewScientist:
    PrimeNumbers Might Not Be Random After All
    youtu.be/59I84mWLK_c?si=zrm6Ti

  20. #Riemann is the room temperature #Superconductivity of #Mathematics. She is beautiful enough to make one cry as she tempts at a glance,then vanishes.The link between harmonic analysis , #Fourier , and pretty much all of #Physics takes a sledgehammer to the idea that mathematics and #Physics are twin sons of different mothers.This video is a not bad , very good introduction for newcomers. Timely and up to date

    Via #NewScientist:
    PrimeNumbers Might Not Be Random After All
    youtu.be/59I84mWLK_c?si=zrm6Ti

  21. #Riemann is the room temperature #Superconductivity of #Mathematics. She is beautiful enough to make one cry as she tempts at a glance,then vanishes.The link between harmonic analysis , #Fourier , and pretty much all of #Physics takes a sledgehammer to the idea that mathematics and #Physics are twin sons of different mothers.This video is a not bad , very good introduction for newcomers. Timely and up to date

    Via #NewScientist:
    PrimeNumbers Might Not Be Random After All
    youtu.be/59I84mWLK_c?si=zrm6Ti

  22. #Riemann is the room temperature #Superconductivity of #Mathematics. She is beautiful enough to make one cry as she tempts at a glance,then vanishes.The link between harmonic analysis , #Fourier , and pretty much all of #Physics takes a sledgehammer to the idea that mathematics and #Physics are twin sons of different mothers.This video is a not bad , very good introduction for newcomers. Timely and up to date

    Via #NewScientist:
    PrimeNumbers Might Not Be Random After All
    youtu.be/59I84mWLK_c?si=zrm6Ti

  23. #Riemann is the room temperature #Superconductivity of #Mathematics. She is beautiful enough to make one cry as she tempts at a glance,then vanishes.The link between harmonic analysis , #Fourier , and pretty much all of #Physics takes a sledgehammer to the idea that mathematics and #Physics are twin sons of different mothers.This video is a not bad , very good introduction for newcomers. Timely and up to date

    Via #NewScientist:
    PrimeNumbers Might Not Be Random After All
    youtu.be/59I84mWLK_c?si=zrm6Ti

  24. Researchers have developed a novel material design that enables #superconductivity to operate at significantly higher temperatures while remaining resilient against strong magnetic fields by physically altering the surface on which the superconducting material rests.
    #MaterialScience #QuantumScience #Physics #Nanotechnology #sflorg
    sflorg.com/2026/03/ms03172602.

  25. Photons that aren’t actually there influence superconductivity

    Interactions between neighboring materials is mediated by virtual photons.


    arstechnica.com/science/2026/0 #science #superconductivity #virtual-particles

  26. A recently identified magnetic phase where neighboring #electron spins point in opposite directions but possess non-equivalent spatial arrangements, allowing for unique magnetic behaviors previously misattributed to exotic #superconductivity
    #Physics #CondensedMatterPhysics #SolidStatePhysics #QuantumMechanics #sflorg
    sflorg.com/2026/02/phy02032601

  27. Researchers identified electron-electron scattering as the missing key to accurately predicting high-temperature #superconductivity in cerium superhydride, solving a long-standing theoretical discrepancy.
    #Physics #MaterialScience #sflorg
    sflorg.com/2026/01/phy01192602

  28. 🧵 Post 2 / 3 — Removing Hand-Waving
    🌀 Where the hand-waving usually starts
    In many explanations we’re told: • “electrons form clouds”
    • “bonds form by overlap”
    • “Cooper pairs move without resistance”
    All true — but often mechanically vague.
    Using explicit phase, boundary, and flux constraints, many topics become clearer without contradicting known physics: electron orbitals, bonding (covalent/ionic/metallic), reaction selectivity, and even superconductivity (Cooper pairs, flux exclusion).
    Probability remains — but it’s no longer doing all the explanatory work.
    🌀
    #Chemistry #PhysicalChemistry #CondensedMatter #Superconductivity
    #BeyondHandWaving #MechanicsAndProbability

  29. 🧵 Post 2 / 3 — Removing Hand-Waving
    🌀 Where the hand-waving usually starts
    In many explanations we’re told: • “electrons form clouds”
    • “bonds form by overlap”
    • “Cooper pairs move without resistance”
    All true — but often mechanically vague.
    Using explicit phase, boundary, and flux constraints, many topics become clearer without contradicting known physics: electron orbitals, bonding (covalent/ionic/metallic), reaction selectivity, and even superconductivity (Cooper pairs, flux exclusion).
    Probability remains — but it’s no longer doing all the explanatory work.
    🌀
    #Chemistry #PhysicalChemistry #CondensedMatter #Superconductivity
    #BeyondHandWaving #MechanicsAndProbability

  30. 🧵 Post 2 / 3 — Removing Hand-Waving
    🌀 Where the hand-waving usually starts
    In many explanations we’re told: • “electrons form clouds”
    • “bonds form by overlap”
    • “Cooper pairs move without resistance”
    All true — but often mechanically vague.
    Using explicit phase, boundary, and flux constraints, many topics become clearer without contradicting known physics: electron orbitals, bonding (covalent/ionic/metallic), reaction selectivity, and even superconductivity (Cooper pairs, flux exclusion).
    Probability remains — but it’s no longer doing all the explanatory work.
    🌀
    #Chemistry #PhysicalChemistry #CondensedMatter #Superconductivity
    #BeyondHandWaving #MechanicsAndProbability