Newsletter n°66 (février 2022)

31 janvier 20228 mars 2022 admingdr

REUNIONS, INFOS

La prochaine réunion plénière du GDR MEETIC se tiendra du 7 au 10 juin 2022, au village vacances Le Tarbesou au-dessus d’Ax-les-Thermes (Ariège, Pyrénées). Attention: date limite pour l’envoi des résumés 15 avril 2022. Toutes les informations sont disponibles sur le site de la réunion. L’organisation sera assurée par nos collègues toulousains F. Duc, M. Leroux, D. Poilblanc et N. Laflorencie.

La réunion thématique “Supraconductivité” du GDR s’est tenue en présentiel à Paris les 6-7 décembre. Elle a rencontré un vif succès avec plus de 125 participants sur place, ainsi qu’une trentaine de connexions par Zoom. Vous trouverez sur ce lien le livret des résumés, les slides et les vidéos des présentations.

Rappel : si les nouveaux arrivants dans vos laboratoires veulent s’inscrire sur la liste de diffusion du GDR MEETICC, il suffit d’aller sur la page d’accueil du GDR, puis de sélectionner “mailing list” dans la barre noire de menu en haut de la page.

EMPLOI (thèses, post-doc, poste MC, …)

Offres publiées au cours du dernier mois (toutes les offres sur ce lien):

5 postes d’enseignant (publiés le 8 mars 2022): postes d’exercice incomplet/d’exercice complet au département de physique de l’Ecole Polytechnique (Palaiseau). Dates limites dès le 15 mars

poste permanent (publié le 8 mars 2022): Chercheur matériaux quantiques et développements instrumentaux sources compacte (LLB, CEA Saclay)

post-doc (publié le 8 mars 2022): High field properties of high-Tc superconductors (LNCMI Toulouse)

poste MC 28eme section (publié le 2 février 2022): Profil recherche : expérimentateur en physique de la matière condensée, autour de la synthèse et la caractérisation de nouveaux matériaux à fort potentiel technologique (IMPMC, Sorbonne Université, Paris)

post-doc (publié le 01/02/2022): Collective modes in Quantum Electronic Orders (Institut Néel, Grenoble)

Aux équipes à l’origine de ces propositions: merci de nous informer lorsque vos offres ne sont plus d’actualité. Mail : gdr.meeticc@universite-paris-saclay.fr

PUBLICATIONS DE FEVRIER 2022 DES EQUIPES DU GDR*

* merci de nous signaler les publications récentes oubliées : gdr.meeticc@universite-paris-saclay.fr)
* notre détection d’articles basée sur Google Scholar a parfois des problèmes avec les journaux de l’APS (PRL, PRB, PRMat, …). Pour les articles concernés, la seule solution sûre pour apparaitre ici est de les déposer sur HAL ou arXiv

A) Propriétés remarquables dans les systèmes à fortes corrélations

1) Magnétisme

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17-O NMR site-selective study of the quantum kagome antiferromagnet ZnCu3 (OH) 6Cl2: a gapless ground state. …, Q Barthelémy, F Bert, E Kermarrec, B Bernu, L Messio – Bulletin of the American …, 2022

Dynamical scaling as a signature of multiple phase competition in Yb2Ti2O7 A Scheie, O Benton, M Taillefumier, LDC Jaubert… – arXiv preprint arXiv …, 2022

A J1-J3 Heisenberg kagome lattice with an order by disorder induced Potts order L Messio – Bulletin of the American Physical Society, 2022

Quantum aspects of fragmentation in spin ices F Museur, E Lhotel, P Holdsworth – Bulletin of the American Physical Society, 2022

Thermal conductivity of the kagome antiferromagnet herbertsmithite E Lefrancois, Q Barthélemy, P Bourgeois-Hope, …, D Chatterjee, V Balédent, M Velàzquez, F Bert…- Bulletin of the American …, 2022

Universal fluctuating regime in triangular chromate pure Heisenberg S= 3/2 antiferromagnets …, A Tsirlin, Y Furukawa, A Zorko, G Simutis, F Bert… – Bulletin of the American …, 2022

Electron spins interactions in the spin-Peierls phase of the organic spin chain compounds (o-DMTTF) 2 X (X= Cl, Br and I) L Soriano, S Bertaina, O Pilone, M Kuzmin, H Vezin… – Bulletin of the American …, 2022

Competing magnetic phases in the frustrated spin-1/2 chain compound β− TeVO 4 probed by NMR M Pregelj, A Zorko, D Arčon, M Klanjšek, N Janša… – Physical Review B, 2022

Polar Chirality in BiFeO3 Emerging from A Peculiar Domain Wall Sequence …, C Léveillé, C Carrétéro, N Jaouen, M Viret, A Gloter… – Advanced Electronic Materials

Imaging topological defects in a non-collinear antiferromagnet A Finco, A Haykal, S Fusil, P Kumar, P Dufour, A Forget, D Colson… – arXiv preprint arXiv …, 2022

Artificial Kagome Arrays of Nanomagnets N Rougemaille, F Montaigne, B Canals, A Duluard…

Ba3NbFe3Si2O14: a model system to study magnetic chirality L Chaix, R Ballou, V Simonet – Foundations of Crystallography, 2021

Designing Composite Spin Chain Structures Built up of Dimeric and Trimeric Polyhedral Units: The oxides A1 [(Mn1-xCox)◊ z] O3 (A= Ca, Sr; x= 3/8) O Pérez, V Caignaert, B Raveau, V Hardy, N Sakly… – Foundations of …, 2021

Artificial Kagome Arrays of Nanomagnets …, A Duluard, D Lacour, M Hehn, R Belkhou, O Fruchart…

Violation of the fluctuation-dissipation theorem and effective temperatures in spin ice V Raban, L Berthier, PCW Holdsworth – arXiv preprint arXiv:2202.06815, 2022

Scalable spin squeezing from spontaneous breaking of a continuous symmetry …, F Mezzacapo, M Robert-de-Saint-Vincent, T Roscilde – arXiv preprint arXiv …, 2022

Robust spin squeezing from the tower of states of U (1)-symmetric spin Hamiltonians T Comparin, F Mezzacapo, T Roscilde – Physical Review A, 2022

A skyrmion fluid and bimeron glass emerging from competition with a chiral spin liquid H Rosales, FAG Albarracín, P Pujol, LDC Jaubert – arXiv preprint arXiv:2202.06993, 2022

Electron spins interaction in the spin-Peierls phase of the organic spin chain (o-DMTTF) 2 X (X= Cl, Br, I) L Soriano, O Pilone, MD Kuz’Min, H Vezin, O Jeannin… – Physical Review B, 2022

2) Supraconductivité et ordres en compétition

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Low-dimensional antiferromagnetic fluctuations in the superconductor UTe 2 W Knafo, G Knebel, K Kaneko, JP Brison, J Flouquet… – Bulletin of the American …, 2022

Long range second harmonic Josephson coupling across a half metallic ferromagnet …, JM Gonzalez-Calbet, C Leon, C Feuillet-Palma… – Bulletin of the American …, 2022

Ising superconductivity in bulk (LaSe) 1.14 (NbSe 2) m= 1, 2 misfit compounds …, M Gmitra, J Haniš, J Kačmarčík, P Szabó, T Cren… – Bulletin of the American …, 2022

Strange metal transport and violation of the conjectured Planckian scattering rate limit in electron-doped cuprates …, P Mandal Sarkar, S Das Sarma, R Lobo – Bulletin of the American …, 2022

Vortex-lattice melting in FeSe and Fe (Se, S) superconductors: the genuine (H, T) phase diagram …, L Doussoulin, T Klein, M He, A Demuer, I Sheikin… – Bulletin of the American …, 2022

Tunnel diode oscillator to probe the normal state of a cuprate superconductor V Oliviero, D Vignolles, C Proust, M Leroux – Bulletin of the American Physical …, 2022

Resonant Oscillations of Josephson Current in Nb‐Bi2Te2. 3Se0. 7‐Nb Junctions VS Stolyarov, D Roditchev, VL Gurtovoi, SN Kozlov… – Advanced Quantum Technologies

Multi-band s++ superconductivity in V 3 Si determined from the response to a controlled disorder R Prozorov, K Cho, M Konczykowski, S Ghimire… – Bulletin of the American …, 2022

High-order diagrammatic expansion around BCS: Polarized superfluid phase of the attractive Hubbard model …, G Spada, R Rossi, F Simkovic, R Garioud, M Ferrero… – Bulletin of the American …, 2022

Feedback of superconductivity on the magnetic excitation spectrum of UTe_2 JF Brison, D Aoki, G Lapertot

Functionally doped infinite-layer nickelates M Gabay, S Gariglio, JM Triscone – Nature Materials, 2022

Quantum phase diagram of high-pressure hydrogen L Monacelli, M Casula, K Nakano, S Sorella, F Mauri – arXiv preprint arXiv …, 2022

On the dynamic distinguishibality of nodal quasi-particles in overdoped cuprates K Behnia – arXiv preprint arXiv:2202.10128, 2022

3) Autres phénomènes émergents dans les systèmes corrélés

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Disorder in Metallic Correlated-Electron SrVO 3 Films …, MG Han, Y Zhu, C Piamonteze, I Inoue, M Rozenberg… – Bulletin of the American …, 2022

Orbital Aspects of Electron Correlation in the Metallic Oxide SrVO 3 …, MG Han, Y Zhu, C Piamonteze, I Inoue, M Rozenberg – Bulletin of the American …, 2022

Phonon thermal Hall effect in undoped and doped strontium titanate K Behnia – Bulletin of the American Physical Society, 2022

Phonon drag thermal Hall effect in metallic strontium titanate S Jiang, X Li, B Fauqué – arXiv preprint arXiv:2201.13316, 2022

Filming the metal-insulator transition-from T c maps to machine learning pattern recognition …, F Simmons, P Salev, I Schuller, L Aigouy, A Zimmers… – Bulletin of the American …, 2022

Spatial Mapping of Ramp Reversal Memory in VO 2 A Zimmers, S Basak, F Simmons, P Salev, I Schuller… – Bulletin of the American …, 2022

Tetragonal CuO: suppression of nearest-neighbor correlations in a strongly correlated material …, M Grundner, S Paeckel, U Schollwöck, S Biermann… – Bulletin of the American …, 2022

Low energy-low temperature THz excitations in RFeO 3 (R= La, Pr, Er, Lu) …, K Holldack, T Lohmiller, L Del Campo, V Ta Phuoc… – Bulletin of the American …, 2022

Multiconfigurational approach to L-edge spectroscopy of strongly correlated systems …, J Schött, J Jönsson, O Eriksson, M Alouani… – Bulletin of the American …, 2022

Multi-Method, Multi-Messenger Approaches to Models of Strong Correlations …, D Rohe, J LeBlanc, S Zhang, AM Tremblay, M Ferrero… – Bulletin of the American …, 2022

Magnetism and Mottness in the unfrustrated triangular lattice Hubbard model: a cellular dynamical mean-field study M Klett, M Ferrero, P Hansmann, T Schaefer – Bulletin of the American Physical …, 2022

Artificial Electro-Optical Neuron Integrating Hot Electrons in a Mott Insulator D Babich, L Cario, B Corraze, M Lorenc, J Tranchant, R Bertoni, M Cammarata, H Cailleau, … – Physical Review Applied, 2022

Does (TaSe4) 2I really harbor an axionic charge density wave? AA Sinchenko, R Ballou, JE Lorenzo, T Grenet… – Applied Physics Letters, 2022

Direct Observation of the Electrically Triggered Insulator-Metal Transition in V 3 O 5 Far below the Transition Temperature Coline Adda, …, N Ghazikhanian, CP Li, G Albright, M Rozenberg… – Physical Review X, 2022

Impact of the TeraHertz and Optical pump penetration depths on generated strain waves temporal profiles in a V 2 O 3 thin film. G. Huitric , M. Rodriguez-Fano , L. Gournay , N. Godin , M. Herve , G. Privault , J. Tranchant , Z. Khaldi , M. Cammarata , E. Collet , E. Janod and C. ODIN – Faraday Discussions, 2022

Excitonic-insulator instability and Peierls distortion in one-dimensional semimetals M Barborini, M Calandra, F Mauri, L Wirtz, P Cudazzo – Physical Review B, 2022

Exponential Escape Rate of Filamentary Incubation in Mott Spiking Neurons …, H Navarro, P Salev, IK Schuller, M Rozenberg – Physical Review Applied, 2022

Does (TaSe4)2I really harbor an axionic charge density wave? AA Sinchenko, R Ballou, JE Lorenzo – 2022

Space Group Symmetry of BaFe2Se3: ab initio-Experiment Phonon Study MJ Weseloh, V Balédent, W Zheng, M Verseils, P Roy… – arXiv preprint arXiv …, 2022

CDW signatures in the electronic structure of LaSb2 at 13 K and metal-insulator transition …, L Chen, MN Nair, MA Barrio, E Papalazarou… – arXiv preprint arXiv …, 2022

Revealing pinning and solitonic transport of sliding charge-density-waves by coherent and nano-XRD V Jacques – Foundations of Crystallography, 2021

Mixed-valent metallic pyrochlore iridate: A possible route to non-Fermi liquids …, I Carlomagno, C Meneghini, PK Biswas, F Bert… – Physical Review B, 2022

B) Etats électroniques non‐conventionnels dans les phases topologiques et les systèmes confinés

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Lorentz-boost-driven magneto-optics in Dirac matter …, WL Lee, M Potemski, Y Krupko, M Goerbig… – Bulletin of the American …, 2022

Excitonic properties of pi-conjugated acene ethynylene-bridged polymers from a trivial to a non-trivial insulating phase D Romanin, A Chin, M Calandra – Bulletin of the American Physical Society, 2022

Interfacial charge transfer and persistent metallicity of ultrathin SrIrO3/SrRuO3 heterostructures …, C Zeledon, LF Kourkoutis, AJ Millis, A Georges… – Science Advances, 2022

Two-gap s±-wave superconductivity at an oxide interface …, G Herranz, F Sánchez, A Jouan, C Feuillet-Palma, J Lesueur, M Grilli, S Caprara, N Bergeal – Physical Review B, 2022

C) Matériaux et propriétés électroniques non‐conventionnelles

1) Recherche exploratoire et caractérisation de nouveaux composés

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Room-temperature tuning of magnetic anisotropy in samarium-thulium orthoferrites …, GJ Cuello, V Nassif, E Suard, AI Kurbakov, A Maignan… – Physical Review B, 2022

Neutron powder diffraction studies of magnetic transitions in Fe-based orthorhombic perovskites JP Bolletta, A Maignan, C Martin, RE Carbonio – Foundations of Crystallography, 2021

Composite Spin Chain Structures Built up of Dimeric and Trimeric Polyhedral Units: The Oxides A1+ y [(Mn1–x Co x) 1–z□ z] O3 (A= Ca, Sr; x= 3/8) …, V Caignaert, N Sakly, MM Seikh, P Boullay, V Hardy… – Chemistry of Materials, 2022

Dynamical properties of the incommensurately modulated Rb2ZnCl4 phase …, S Raymond, F Bourdarot, A Piovano, C Opagiste… – Acta Cryst, 2021

Chiral Emissive Lanthanide Complexes from Enantiopure [6] Helicene‐bis (pyrazolyl)‐pyridine Ligands …, L Di Bari, M Grasser, B Le Guennic, N Avarvari – European Journal of Inorganic …

Non-collinear magnetic structures in the magnetoelectric Swedenborgite CaBaFe4O7 derived by powder and single-crystal neutron diffraction N Qureshi, B Ouladdiaf, A Senyshyn, V Caignaert… – SciPost Physics Core, 2022

Cyclic Solid‐State Multiple Phase Changes with Tuned Photoemission in a Gold Thiolate Coordination Polymer …, S Vaidya, C Das, N Guillou, P Bordet, A Fateeva… – Angewandte Chemie

Dynamics of the structural modification of CH 3 NH 3 PbI 3 hybrid perovskite upon visible-light excitation …, E Deleporte, O Plantevin, D Le Bolloc’h, V Jacques… – Bulletin of the American …, 2022

Vibrational spectroscopy, electrical and thermal properties of [N (CH3) 4][N (C2H5) 4] CoCl4 compound N Drissi, I Dakhlaoui, K Karoui, M Zaghrioui, F Jomni – Applied Organometallic Chemistry

Activating chalcogen bonding in alkylseleno/alkyltelluro acetylenes: Helical arrangements and crystal engineering strategies A Dhaka, O Jeannin, IR Jeon, E Aubert, E Espinosa… – Foundations of …, 2021

Enhanced magnetism and suppressed magnetoelastic coupling induced by electron doping in Ca $ _ {1-x} $ Y $ _ {x} $ MnReO $ _6$ …, MCA Fantini, R Tartaglia, CW Galdino, F Damay… – arXiv preprint arXiv …, 2022

2) Maitrise des structures et des propriétés aux différentes dimensions

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Temperature dependence of the Gilbert damping of La 0.7 Sr 0.3 MnO 3 thin films V Haspot, P Noël, JP Attané, L Vila, M Bibes, A Anane… – Physical Review Materials, 2022

D) Développements expérimentaux et théoriques

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Investigating Coherent Magnetization Control with Ultrashort THz Pulses X Liu, E Jal, R Delaunay, R Jarrier, GS Chiuzbaian… – Applied Sciences, 2022

In Situ Pseudopotentials: Calculating pseudopotentials using all-electron theory for solid CS Ong, K Björnson, V Borisov, J Wills, M Alouani… – Bulletin of the American …, 2022

Current correlations, Drude weights and large deviations in a box-ball system A Kuniba, G Misguich, V Pasquier – arXiv preprint arXiv:2201.13126, 2022

Spin resolved charge density and wave function refinements: the Mollynx/MoPro software M Souhassou, I Kibalin, AB Voufack, P Blaha… – Foundations of …, 2021

Unlocking synchrotron sources for THz spectroscopy at sub-MHz resolution …, MH Mammez, D Mammez, MA Martin-Drumel, P Roy… – Optics Express, 2022

E) Autres (thèmes voisins du GDR)

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Dynamical properties of the incommensurately modulated Rb2ZnCl4 phase G de Laitre, SR Kotla, S van Smaalen, Y Sidis… – Acta Cryst, 2021

Electron Dynamics in Hybrid Perovskites Reveal the Role of Organic Cations on the Screening of Local Charges …, M Wolf, Z Chen, E Papalazarou, M Marsi… – Nano Letters, 2022

Hot electron relaxation and energy loss rate in silicon: Temperature dependence and main scattering channels R Sen, N Vast, J Sjakste – Applied Physics Letters, 2022

N’hésitez pas à nous faire parvenir les informations en lien avec le GDR MEETICC :

dates et lieux de soutenance de thèse ou de HDR à venir ;
lien vers les manuscrits de thèse (par ex. celles déposées sur le site « thèses en ligne », https://tel.archives-ouvertes.fr/).
prix ou distinctions sur lesquels vous aimeriez communiquer

Nous les diffuserons via cette Newsletter et le site web ( http://gdr-meeticc.cnrs.fr/ )