M. Minola
Max Planck Society
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Publication
Featured researches published by M. Minola.
Nature Physics | 2011
M. Le Tacon; G. Ghiringhelli; Jiří Chaloupka; M. Moretti Sala; V. Hinkov; M. W. Haverkort; M. Minola; M. Bakr; K. J. Zhou; S. Blanco-Canosa; Claude Monney; Y. T. Song; G. L. Sun; C.T. Lin; G. M. De Luca; M. Salluzzo; Giniyat Khaliullin; Thorsten Schmitt; L. Braicovich; B. Keimer
In the copper oxide superconductors, spin fluctuations might be involved in the electronic pairing mechanism. The case for such magnetically mediated superconductivity is now strengthened by the discovery of high-energy magnetic excitations that are not affected by chemical doping levels within several cuprates.
Nature Communications | 2014
Wojciech Tabis; Y. Li; M. Le Tacon; L. Braicovich; A. Kreyssig; M. Minola; G. Dellea; E. Weschke; M. J. Veit; M. Ramazanoglu; A. I. Goldman; Thorsten Schmitt; G. Ghiringhelli; Neven Barišić; Mun Chan; Chelsey Dorow; Guichuan Yu; X. Zhao; B. Keimer; M. Greven
Charge-density-wave (CDW) correlations within the quintessential CuO
Physical Review B | 2014
S. Blanco-Canosa; A. Frano; E. Schierle; J. Porras; T. Loew; M. Minola; M. Bluschke; E. Weschke; B. Keimer; M. Le Tacon
_2
Physical Review Letters | 2013
M. Salluzzo; Stefano Gariglio; Daniela Stornaiuolo; V. Sessi; Stefano Rusponi; Cinthia Piamonteze; G. M. De Luca; M. Minola; D. Marré; Alessandro Gadaleta; H. Brune; F. Nolting; N. B. Brookes; G. Ghiringhelli
planes have been argued to either cause [1] or compete with [2] the superconductivity in the cuprates, and they might furthermore drive the Fermi-surface reconstruction in high magnetic fields implied by quantum oscillation (QO) experiments for YBa
Physical Review B | 2012
D. Di Castro; M Salvato; A. Tebano; D. Innocenti; C. Aruta; W. Prellier; Oleg I. Lebedev; I Ottaviani; N. B. Brookes; M. Minola; M. Moretti Sala; C. Mazzoli; P. G. Medaglia; G. Ghiringhelli; L. Braicovich; M. Cirillo; Giuseppe Balestrino
_2
Nature Communications | 2014
Kenji Ishii; Masaki Fujita; Takahiko Sasaki; M. Minola; G. Dellea; C. Mazzoli; K. Kummer; G. Ghiringhelli; L. Braicovich; Takami Tohyama; K. Tsutsumi; Kentaro Sato; R. Kajimoto; Kazuhiko Ikeuchi; K. Yamada; Masahiro Yoshida; M. Kurooka; J. Mizuki
Cu
Physical Review B | 2013
M. Le Tacon; M. Minola; D. C. Peets; M. Moretti Sala; S. Blanco-Canosa; V. Hinkov; R. Liang; D. A. Bonn; W. N. Hardy; C.T. Lin; Thorsten Schmitt; L. Braicovich; G. Ghiringhelli; B. Keimer
_3
Physical Review B | 2012
V. Bisogni; L. Simonelli; L. J. P. Ament; Filomena Forte; M. Moretti Sala; M. Minola; Simo Huotari; J. van den Brink; G. Ghiringhelli; N. B. Brookes; L. Braicovich
O
Science Advances | 2016
Eduardo H. da Silva Neto; Biqiong Yu; M. Minola; Ronny Sutarto; E. Schierle; Fabio Boschini; M. Zonno; Martin Bluschke; J. S. Higgins; Yangmu Li; Guichuan Yu; E. Weschke; F. He; Mathieu Le Tacon; R. L. Greene; M. Greven; G. A. Sawatzky; B. Keimer; A. Damascelli
_{6+{\delta}}
Physical Review B | 2014
M. Moretti Sala; M. Rossi; S. Boseggia; Jun Akimitsu; N. B. Brookes; Masaaki Isobe; M. Minola; H. Okabe; Henrik M. Rønnow; L. Simonelli; D. F. McMorrow; G. Monaco
(YBCO) [3] and HgBa
