Quintin Meier

Physicist @ Institut Néel, CNRS, Grenoble

[Quintin Meier @MeierQuintin]

Happy to share our publication on electron-phonon coupling in the infinite layer nickelates using DFT+GW

[Physical Review B @PhysRevB]

PRB Editors' Suggestion: Preempted #phonon-mediated #superconductivity in the infinite-layer #nickelates

Q. N. Meier, J. B. de Vaulx, F. Bernardini, A. S. Botana et al.,
Phys. Rev. B 109, 184505

➡️ https://t.co/KFhD26J60I
#EdSugg #physics #condmat @APSPhysics

[Physical Review B @PhysRevB]

PRB Editors' Suggestion: Preempted #phonon-mediated #superconductivity in the infinite-layer #nickelates

Q. N. Meier, J. B. de Vaulx, F. Bernardini, A. S. Botana et al.,
Phys. Rev. B 109, 184505

➡️ https://t.co/KFhD26J60I
#EdSugg #physics #condmat @APSPhysics

[Quintin Meier @MeierQuintin]

Excited to share our newest article published in @NatureMaterials. See how @elsa_gra and @MTrassin manage to achieve monolayer ferroelectricity and ferroelectric domain wall chirality by using epitaxial aurivillius buffer layers!

[Quintin Meier @MeierQuintin]

Learn more about how a small structural distortion controls the magnetic order in hexagonal RMnO3 compounds!

https://t.co/n6F6i2tFj2

[Nicola Spaldin @NicolaSpaldin]

If you want to understand the structural distortions in YMnO3 and how they determine the magnetic order, read Tara's paper just published in @PhysRevResearch (fully Open Access of course!): https://t.co/H8CmHeIaHU @TaraTosic @MeierQuintin

[Quintin Meier @MeierQuintin]

Daniel's and @GenevaLaurita 's new preprint on the local disorder of a polar mode leading to relaxor ferroelectricity in the pyrochlore Cd2Nb2O7 just published on the arxiv! with @JMRondinelli and @NicolaSpaldin
https://t.co/Mkfetb3hLS

[Quintin Meier @MeierQuintin]

Check out our new preprint on the machine-learning enabled first principles calculation of temperature dependent properties in quantum paraelectric KTaO3. https://t.co/IuaEOl9vRj

[Nicola Spaldin @NicolaSpaldin]

Tara and @MeierQuintin's new arXiv posting shows how the K1 mode (picture below) determines the magnetic order in the hexagonal manganites: https://t.co/isuDZXY74V

[Nicola Spaldin @NicolaSpaldin]

First crystals had Higgs and Goldstone modes; now they have Leggett modes too: https://t.co/X570vw4QXx. A really enjoyable collaboration with @MeierQuintin, Daniel Hickox-Young, @GenevaLaurita @BatesCollege, @JMRondinelli @NorthwesternU and Mike Norman @argonne.

[Nicola Spaldin @NicolaSpaldin]

Julia and @BastienGrosso's paper on using electrostatics to engineer new phases in thin films just published in @ScienceAdvances (fully open access of course!) https://t.co/13QNTfGh5m

[Quintin Meier @MeierQuintin]

@MansouriTehrani @NicolaSpaldin No we did not, but it would be indeed very interesting to run the simulation on a bigger 3D bulk

[Quintin Meier @MeierQuintin]

Find out more about our work twin boundaries and superconductivity in WO3. @NicolaSpaldin
#quorom2poster

For more details visit:
https://t.co/HBsiESQNBI

[Quintin Meier @MeierQuintin]

@jennifer_fowlie @NicolaSpaldin Hi Jennifer, yes exactly. Its often called sheet or filamentary conductivity/sc.