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#diamagnetic — Public Fediverse posts

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

  1. "Polarization-dependent #terahertz #magnetospectroscopy measurements revealed Zeeman splittings & #diamagnetic shifts, demonstrating a large #phonon #magnetic moment. Films in the topological phase exhibited phonon magnetic moment values that were larger than those in the topologically trivial samples by 2 orders of magnitude..the sign of the effective phonon g-factor was opposite in the two phases, a signature of the #topological transition according to our model"

    science.org/doi/10.1126/sciadv

  2. "Polarization-dependent #terahertz #magnetospectroscopy measurements revealed Zeeman splittings & #diamagnetic shifts, demonstrating a large #phonon #magnetic moment. Films in the topological phase exhibited phonon magnetic moment values that were larger than those in the topologically trivial samples by 2 orders of magnitude..the sign of the effective phonon g-factor was opposite in the two phases, a signature of the #topological transition according to our model"

    science.org/doi/10.1126/sciadv

  3. "Polarization-dependent #terahertz #magnetospectroscopy measurements revealed Zeeman splittings & #diamagnetic shifts, demonstrating a large #phonon #magnetic moment. Films in the topological phase exhibited phonon magnetic moment values that were larger than those in the topologically trivial samples by 2 orders of magnitude..the sign of the effective phonon g-factor was opposite in the two phases, a signature of the #topological transition according to our model"

    science.org/doi/10.1126/sciadv

  4. "Polarization-dependent #terahertz #magnetospectroscopy measurements revealed Zeeman splittings & #diamagnetic shifts, demonstrating a large #phonon #magnetic moment. Films in the topological phase exhibited phonon magnetic moment values that were larger than those in the topologically trivial samples by 2 orders of magnitude..the sign of the effective phonon g-factor was opposite in the two phases, a signature of the #topological transition according to our model"

    science.org/doi/10.1126/sciadv

  5. "Polarization-dependent #terahertz #magnetospectroscopy measurements revealed Zeeman splittings & #diamagnetic shifts, demonstrating a large #phonon #magnetic moment. Films in the topological phase exhibited phonon magnetic moment values that were larger than those in the topologically trivial samples by 2 orders of magnitude..the sign of the effective phonon g-factor was opposite in the two phases, a signature of the #topological transition according to our model"

    science.org/doi/10.1126/sciadv

  6. "Our measurements do not indicate the presence of the Meissner effect, nor zero resistance, in our samples, leading us to believe that our samples do not exhibit superconductivity."

    But this appears to be a new diamagnetic material!

    Now, on peer-reviewed vs preprint: there is no guarantee that a peer review would have attempted reproduction. Vs an interesting preprint with reproducible process = fast science.

    #lk99 #superconductor #diamagnetic #science
    arxiv.org/abs/2308.03110

  7. "Our measurements do not indicate the presence of the Meissner effect, nor zero resistance, in our samples, leading us to believe that our samples do not exhibit superconductivity."

    But this appears to be a new diamagnetic material!

    Now, on peer-reviewed vs preprint: there is no guarantee that a peer review would have attempted reproduction. Vs an interesting preprint with reproducible process = fast science.

    #lk99 #superconductor #diamagnetic #science
    arxiv.org/abs/2308.03110

  8. "Our measurements do not indicate the presence of the Meissner effect, nor zero resistance, in our samples, leading us to believe that our samples do not exhibit superconductivity."

    But this appears to be a new diamagnetic material!

    Now, on peer-reviewed vs preprint: there is no guarantee that a peer review would have attempted reproduction. Vs an interesting preprint with reproducible process = fast science.

    #lk99 #superconductor #diamagnetic #science
    arxiv.org/abs/2308.03110

  9. "Our measurements do not indicate the presence of the Meissner effect, nor zero resistance, in our samples, leading us to believe that our samples do not exhibit superconductivity."

    But this appears to be a new diamagnetic material!

    Now, on peer-reviewed vs preprint: there is no guarantee that a peer review would have attempted reproduction. Vs an interesting preprint with reproducible process = fast science.


    arxiv.org/abs/2308.03110

  10. "Our measurements do not indicate the presence of the Meissner effect, nor zero resistance, in our samples, leading us to believe that our samples do not exhibit superconductivity."

    But this appears to be a new diamagnetic material!

    Now, on peer-reviewed vs preprint: there is no guarantee that a peer review would have attempted reproduction. Vs an interesting preprint with reproducible process = fast science.

    #lk99 #superconductor #diamagnetic #science
    arxiv.org/abs/2308.03110

  11. Magnetic Bearings Might Keep this Motor Spinning for Millennia - We see our share of pitches for perpetual motion machines in the Hackaday tips line, and we genera... more: hackaday.com/2019/03/25/magnet #pyrolyzedgraphite #diamagnetic #mischacks #graphite #bearing #stator #motor #rotor