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Even in the world of superconductivity, hexagons and circles are not the same!  Discovery of “emergent rotational symmetry” breaking (published in Nature)

Even in the world of superconductivity, hexagons and circles are not the same! Discovery of “emergent rotational symmetry” breaking (published in Nature)

These findings are published in 11 Apr. 2024 in Nature. Even in the world of superconductivity, hexagons and circles are not the same! Discovery of “emergent rotational symmetry” breaking Nature"Violation of emergent rotational symmetry in the hexagonal Kagome superconductor CsV3Sb5"Kazumi Fukushima, Keito Obata, Soichiro Yamane, Yajian Hu, Yongkai Li, Yugui...
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Research stay of Thmas JOHNSON (Univ. of Illinois, Urbana Champaign, UIUC)
Dr. Bednorz visited TRiKUC

Dr. Bednorz visited TRiKUC

Dr. J. G. Bednorz, who discovered high-temperature superconductivity in 1986 and received the Nobel Prize in Physics in 1987, visited TRiKUC. Maeno worked in his lab for one year in 1988-89.
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Research stay of Chanchal SOW and Shubhankar PAUL (IIT-Kanpur)

Research stay of Chanchal SOW and Shubhankar PAUL (IIT-Kanpur)

Chanchal SOW and Shubhankar PAUL are staying at TRiKUC. [Stall Period]Chanchal SOW: December 9, 2023 - January 5, 2024Shubhankar PAUL: December 9, 2023 - February 4, 2024
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Observation of the “Pines’ Demon” in Sr2RuO4 was published in the Kyoto Shimbun (Kyodo News Service).

Observation of the “Pines’ Demon” in Sr2RuO4 was published in the Kyoto Shimbun (Kyodo News Service).

Published in the Kyoto Shimbun evening edition dated October 14, 2023 Kyoto Shimbun (Kyodo News Service)Strange "demons" that give birth to electrons, first observation of a phenomenon predicted 67 years ago by Kyoto University and others
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About TRiKUC

The Toyota Riken – Kyoto University Research Center (TRiKUC) was established in April 2022 on Kyoto University’s main campus as a collaboration center between Toyota Physical and Chemical Research Institute and the Institute for Advanced Study of Kyoto University.

TRiKUC performs collaborative research on quantum material, especially on superconductors, with the aim of contributing to the advancement of basic science, fostering the next generation of research professionals, circulating outstanding research talent both within Japan and overseas, and sharing its research outcomes with wider society.

The research focuses on: (1) elucidation of unconventional superconducting states in the ruthenium oxide superconductor Sr2RuO4, (2) development of superconductors related to topological materials, and (3) novel physical properties induced under uniaxial pressure. TRiKUC is tackling these topcs by synthesizing new materials, growing ultrapure single crystals, developing uniaxial pressure apparatus, and measuring physical properties down to temperatures below 1 Kelvin. TRiKUC is also actively engaged in international collaborative research through the supply of single crystals.

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