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2nd TIMES Workshop “Frontiers in Ultrafast Phenomena in Quantum Materials” in Frascati is coming!
The MSCA TIMES project is excited to remind the community of the upcoming workshop in Frascati, an event that promises to be a fantastic opportunity for scientific exchange and collaboration. Don´t miss this workshop!. Don’t forget to sign up! Bringing together researchers, doctoral candidates, and experts from across different fields, the workshop will focus on…
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MSCA TIMES Doctoral Researchers at the Dresden’26 DPG Spring Meeting
MSCA TIMES doctoral researchers Victor García-Herrero, Lifeng Ou, Torsten Geirsson, and Hannah Berstchi recently participated in the “Dresden26 Spring Meeting” of the German Physical Society (DPG), one of the largest physics conferences in Europe. Held in March 2026 at the Technische Universität Dresden, the event gathered thousands of researchers to present and discuss the latest…
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MSCA TIMES Doctoral Researcher Publishes New Results
MSCA TIMES doctoral researcher Petru Milev has published new research results in a peer-reviewed scientific journal, marking an important achievement in his PhD. The work focuses on improving computational methods used to study the optical and electronic properties of materials at the quantum level. In this study, Petru and collaborators investigate advanced numerical strategies to…
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Next TIMES webinar in collaboration with the ETSF network on March, 13th
After a short break, TIMES continues with its interesting series of webinars. Next talk with the title “Symmetries of excitons” will be given by Muralidhar Nalabothula, from the University of Luxemburg. Excitons are electron-hole bound pairs that play a central role in mediating light matter interactions in two-dimensional materials and wide bandgap insulators such as hexagonal boron…
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First Results on Watching Polarons Form in Real Time
MSCA TIMES doctoral researcher Victor Garcia-Herrero has published his first research results on arXiv, marking an important milestone in his PhD journey. The work, titled “Watching Polarons Form in Real Time”, explores the fundamental processes governing the formation of polarons in materials. In this study, Victor and collaborators develop a first-principles quantum-kinetic framework to describe…
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MSCA TIMES Doctoral Researcher Publishes First Results
MSCA TIMES doctoral researcher Torsten Geirsson has reached an important milestone with the publication of his first research results. The work, titled “Magnetic switching of exciton lifetime in CrSBr”, presents new insights into the control of excitonic properties in low-dimensional materials. The study focuses on excitons -bound states of electrons and holes that play a…
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Second TIMES webinar season to continue after Christmas!
The second season of TIMES webinar will continue in 2026! after the season´s break, we will continue with the second series of webinars. Don´t miss the date, it will take place next Monday, January 12th, at 4:15 PM Join us! Find the link here: Zoom link
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2nd TIMES Workshop “Frontiers in Ultrafast Phenomena in Quantum Materials” registrations will open soon
The Frontiers in Ultrafast Phenomena in Quantum Materials Workshop 2026 will take place at the INFN–LNF Laboratories in Frascati, from Tuesday 21 April to Friday 24 April 2026 This Workshop aims to bring together researchers from diverse communities working on different facets of out-of equilibrium dynamics, promoting dialogue and collaboration across disciplinary boundaries. While the scientific program…
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Second TIMES webinar on “Exploring Complex Quantum Phases”
The second season of TIMES webinar begun past week! Following the success of introductory webinar by Marios Zacharias on “Phonons, Anharmonicity, Electron-Phonon Coupling, and Diffuse Scattering from First Principles”, we’re excited to announce next Monday’s session featuring Dino Novko. He will present: “Exploring Complex Quantum Phases of Transition Metal Dichalcogenides” Remember, it will be next…
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New findings associated with TIMES Project
Recent research by Yuncheng Mao and Claudio Attaccalite has uncovered how magnetic fields can dramatically reshape the photovoltaic response of Bernal bilayer graphene. Their study shows that when time-reversal symmetry is broken by an external magnetic field, the material’s spatial symmetry changes, opening the door to new mechanisms for generating electrical current from light. The…
