Today, a new joint paper with the team of Martin Kozak of the Charles University was submitted for publication. The paper draft is available here and demonstrates an extraordinary agreement obtained between the harmonics generated from a silicon target irradiated with temporally-overlapping ultrashort laser pulses with the predictions prepared using the time-dependent density functional theory (TDDFT).
The paper suggests that the TDDFT simulation technique is sufficiently mature for making high-precision predictions for ultrashort laser processing and beyond.
TJY Derrien, leader of the Ultrafast Photonics group, was invited in the frame of CSIC-ILINK project for a duration of two weeks at the Instituto de Optica, CSIC, Madrid, Spain.
During this stay of 2 weeks in company of Prof. Javier Solis, Prof. Jan Siegel, Dr. Jörn Bonse, and Dr. Mario Garcia-Lechuga (project host), fruitful and exciting collaboration was initiated in view of preparation of a future joint funding.
During his visit, TJY Derrien gave seminar at the Instituto de Optica on Thu 5th of October, along with Prof. Jörn Bonse. Abstracts are available here.
LIPSS workshop
During the stay, the LIPSS workshop was also organized by Prof. Esther Rebollar and co-organizers.
We warmly thank our hosts for this wonderful hosting time and look forward to the next steps together!
Today, the group of Ultrafast Photonics was granted with 15 millions core-hours for the preparation of quantum simulations based on the method of time-dependent density functional theory.
This computational time will be essentially meant to run the Octopus code (TDDFT) in collaboration with Prof. François Courvoisier (FemtoST, Besançon, France) and Dr. Peter Juergens (Max Born Institute, Berlin, Germany).
Another collaboration with CSIC Madrid has also started around TDDFT and will also be part of this project.
Visitors of the Marie Curie RISE “ATLANTIC” networking action are also entitled to get computational during their visit.
While great science lies ahead, we also hope to fetch funding for improving our people’s conditions very soon.
Czech Republic is organizing lots of opportunities for young talents. The Talent competition is one of them.
During two weeks, Filip Neubauer (from the high school of Stepanska, Praha) joined the group and had possibility to work on some of our datasets using machine learning.
It was great to interact with one of the new talents of this country and hope to see Filip coming back to us very soon!
On September 18th 2023, we received the visit of Prof. Kazuhiro Yabana from the Institute of Computational Sciences, University of Tsukuba, Japan.
The visit started with an overview of the Hilase Centre activities, introduced by Sanin Zulić, International Business Development Manager of HiLASE.
Prof. Yabana then presented a seminar titled “Time-dependent density functional theory for extremely nonlinear optics”, where features of the massively parallel simulation code “SALMON” was presented.
The talk was followed by an overview of activities of the department of Scientific Laser Applications (SLA) by Prof. Nadezhda M. Bulgakova, leader of the SLA department.
It was supplemented by a presentation of the quantum simulation activities of the Hilase Centre by Dr. Thibault JY Derrien, leader of the group of Ultrafast Photonics,
The visit was concluded by a tour of the femtosecond laboratory of the SLA department.
Prof. Yabana and the Hilase Centre are members of the Marie Curie Research and Innovation Staff Exchange “ATLANTIC” network.
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Our PRACE DECI project finished in May 2023. Our IT4I-OPEN project is finishing on July 23rd 2023. Next call would provide computational time from end September 2023. Our main bridge ELI beamlines is no longer able to cover up due to technical issues.
Any solution for bridging this difficult period is welcome.
Edit: we are in discussion with ELI beamlines to try getting computer time there.
Edit2: project to IT4I has been submitted in collaboration with Max Born Institute and with FemtoST (Besançon, France) and should provide super-computing time for the end of September.
From July 1st, the group of Ultrafast Photonics is funded by the Center of Excellent – Teaming Project of HiLASE Centre, until end of Dec 2023. After that date, FTEs of the group will decrease from 2.15 to 0.7 based on institutional funds. In the context of decrease of national budget investment into research by 50% in 2023 and 10% in 2024 (while cumulated inflation on the period 2017-2023 has been of 50%), the future of the research group has to rely on multiple applications for public funding and on attracting funds from private sector as well.
The group is open to any proposition that would improve conditions of work. Spinning-off for several activities is envisioned (e.g., nanostructuring, predictions for light-matter interaction, high-power computation).
