All Science News
The European Research Council recently featured a study at the high impact journal in atmospheric sciences, Atmospheric Chemistry and Physics, on the lidar remote sensing of ice nuclei with the participation of the Institute of Chemical Engineering Sciences of FORTH in Patras (Center for the Study of Air Quality and Climate Change, C-STACC, article co-authored by Prof. Athanasios Nenes), in collaboration with the National Observatory of Athens, Institute TROPOS, the Cyprus Institute and other organizations.
Prof. Electra Gizeli from IMBB-Biosensors lab (http://biosensorslab- forth.gr) is recipient and will coordinate a new Human Frontier and Science Program (HFSP) grant entitled “Self-organization and biomechanical properties of the endosomal membrane”.
Researchers of FORTH / ICE-HT in Patras headed by Prof. Costas Galiotis of Chemical Engineering Dept. of University of Patras published in the high-impact scientific journal Nature Communications a scientific report for the superlubric behaviour (approximately zero friction) between two randomly packed graphene monolayers.
Professor and Collaborating Faculty Member of FORTH/ICE-HT Costas Galiotis was awarded by the Academy of Athens
The Award of Excellence in Natural Sciences of the Academy of Athens for the year 2020 was given to Dr. Costas Galiotis, Professor, Department of Chemical Engineering, University of Patras and Collaborating Faculty Member of the Institute of Chemical Engineering Sciences of the Foundation for Research and Technology, Hellas (FORTH/ICE-HT).
European Astronomical Society 's MERAC Prize to Aris Tritsis for Best PhD Thesis in Theoretical Astrophysics conducted at the University of Crete and FORTH
A major frontier in strong field laser physics and nonlinear optics is the interaction of powerful terahertz (THz) pulses with matter. A plethora of scientific challenges and applications are presently under study, like table-top electron acceleration, THz-enhanced attosecond pulse generation and strong electric and magnetic THz field interactions with matter.
A new research study at the Institute of Electronic Structure and Laser (IESL) of FORTH finds that minute crystals, many thousand times smaller than a particle of dust, when they are dressed by the right kind of imperfections, adjust their electronic properties to favorably convert energy into heat, an important attribute for potential use in smart materials for energy, health, sensors etc.
New scientific discovery by researchers at FORTH DNA damage triggers metabolic reprogramming, leading to aging
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