Researchers from ICFO and Aarhus University report in Nature Communications a novel technique that uses orbital angular momentum to detect entanglement in the attosecond regime. The Significance of Entanglement in Quantum Physics and Attosecond Physics Entanglement is one of the sweet words we listen to lately when referring to quantum physics. It has provided staggering […]
High Harmonic Generation and Attosecond Spectroscopy Observing how molecules bend, stretch, break, or transform requires sub-atomic spatial and few-femtoseconds temporal resolution. The emergence of High Harmonic Generation (HHG) not only enabled the development of attosecond table-top technology but also opened a new route towards attosecond spectroscopy which carries angstrom-scale spatial resolution, making high harmonic generation spectroscopy […]
Complete band structure of microscopic MoS2 flakes Presentation by Sergey Babenkov in reference to the study carried out by him and his colleagues Peng Ye , Marie Froidevaux , Willem Boutu , Nick Barrett , and Hamed Merdji. The study was presented as a talk at the Journés Nationales des Spectroscopies de PhotoEmission (JNSPE22) from […]
Sergey Babenkov gave a talk at the American Physical Society Conference (APS), held in March 2022 in Chicago. The talk was entitled: APS March Meeting 2022, Volume 67, Number 3, Monday–Friday, March 14–18, 2022; Chicago Reference Link Meeting Link
APS March Meeting 2022 Optologic at the American Physical Society Volume 67, Number 3 Monday–Friday, March 14–18, 2022; Chicago Session F55: Electronic, Optical and Spin Dependent Properties of Transition Metal Dichalcogenides 8:00 AM–11:00 AM, Tuesday, March 15, 2022 Room: Hyatt Regency Hotel -Adler Sponsoring Unit: DCMP Chair: I-Hsuan Kao, Carnegie Mellon University Abstract: F55.00012 : Complete band structure of […]
In a study recently published in Communications Chemistry, researchers from ICFO and partners of OPTOlogic report on a newly-developed machine learning algorithm for LIED to extract the three-dimensional structure of large and complex molecules. Revolutionary Discovery: Visualizing Molecular Transformation Until very recently, the very idea of witnessing how molecules break or transform during chemical reactions […]
In a theoretical and experimental study published in Nature Physics, an international team of researchers demonstrates the generation of highly non-classical states of light in intense laser–atom interactions. Advances in Laser Technology and Light-Matter Interaction Over the past four decades, astounding advances have been made in the field of laser technologies and the understanding of […]
Prof. Misha Ivanov from MBI will participate in the QuantumBattles Attofridays seminar series with the talk “Lasing during laser filamentation in the air: how does it work?”, where he will talk about the physics of air lasing, forbidden transitions, lasing without inversion, and real population inversion. More info about AttoFridays: https://www.quantumbattles.com/attofridayshome.html To stay […]
Prof. Jens Biegert from ICFO will participate in the QuantumBattles Attofridays seminar series with the talk “Energy Conversion Pathways in solids from Attosecond Soft X-ray Spectroscopy”, where he discusses the semimetal graphite and how the combination of our new measurement methodology with theoretical modeling allows assigning the spectroscopic signatures to microscopic processes relating to the dynamic evolution of […]
Applied Physics Reviews details the state-of-the-art of Attosecond Technology and showcases how Attosecond soft X-ray spectroscopy allows to understand the dynamics of conventional and quantum materials. Until recently, most soft X-ray spectroscopy science and experiments were only plausible in synchrotron facilities, limiting the amount of science that could be done and augmenting the cost of […]
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 899794. Funding call: H2020-FETOPEN-2018-2019-2020-01.
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