TSSP ExSci 2024 participants
Ioannis Kouridakis
Aristotle University of Thessaloniki
Greece
Active superradiant optical atomic clock for investigation QED and fundamental physics
(Marcin Bober)
Andrea Izzo
University of Turin
Italy
Exploring Vulnerabilities in LLMs (like Copilot or ChatGPT) through Prompt Manipulation
(Piotr Przymus)
Ostap Kilbasovych
Ivan Franko Lviv National University
Ukraine
Exploring Vulnerabilities in LLMs (like Copilot or ChatGPT) through Prompt Manipulation
(Piotr Przymus)
Cassidy Camera
University of Florida
USA
Bridging the knowledge gap: computational insights into sulfonylurea inhibition across KATP channel diversity
(Katarzyna Walczewska-Szewc)
Anna Przybył
Uppsala University
Sweden
Source of ultracold atoms for optical clocks and quantum computers
(Sławomir Bilicki)
Yassine Chouimi
Hassan II University Mohammedia
Morocco
New light-controlled materials for soft robotics
(Beata Derkowska–Zielińska)
Teresa del Aguila Ferrandis
Trinity College Dublin
Ireland
Interplay of periodic lattice distortions and spin density waves in bulk Cr
(Igor Di Marco)
Marta Rudzate
Latvian University
Latvia
Applications of Probability in Reliability Theory
(Agnieszka Goroncy)
Elena Moreno
Complutense University of Madrid
Spain
The luminance for two-photon visual perception
(Katarzyna Komar)
Zeynep Zengin
Middle East Technical University
Turkey
Exploring the Unseen: Computer Analysis of the Vitreous Body data to Enhance Throughput
(Daniel Rumiński)
Nour Chaaben
National Institute of Applied Sciences
and Technology
Tunisia
Controlling robot arm and gripper using hand movements and gestures
(Sławomir Mandra)
Carl Svennerstedt
KTH Royal Institute of Technology
Sweden
The influence of photooxidation on exciton delocalization and the resonance Raman spectra of organic co-polymers
(Iulia Brumboiu)
Max Kieker
Friedrich Schiller University Jena
Germany
Advanced linear and nonlinear cavity-enhanced frequency comb spectroscopy
(Piotr Masłowski)
Natalia Lagan
University of Natural Resources
and Life Sciences
Austria
Dimensionality reduction for exploring conformational landscapes and motions from experiments and molecular dynamics using Python
(Karolina Mikulska-Rumińska)
Sanaa Ammari
Hassan II University Mohammedia
Morocco
Thermoelectric properties of ZnO: Sb
(Michał Pawlak)
Dženan Midžić
University of Rijeka
Croatia
Quasi -2D and 2D chemistry
(Szymon Śmiga)