Sort by
Refine Your Search
-
ratios in COS emitted from soils, assessing COS isotopic fractionation during uptake by both C3 and C4 terrestrial plants, and studying COS diffusion and hydrolysis catalyzed by Carbonic Anhydrase. Job
-
electron-photon quantum interaction. This research extends its reach across diverse scientific realms, from classical electromagnetics to quantum science, with potential applications in high-energy particle
-
lipid composition, structural properties, and membrane-driven interactions, with the aim of developing advanced lipid-based materials for a variety of applications. Key research themes include
-
candidate will work on innovative projects focused on laser-based digital printing of semiconductor structures and devices. The specific research project available for a PhD candidate (in collaboration with
-
phase transitions in nuclei and related systems. Shape evolution, shape coexistence, exotic shapes, and excitation modes in nuclei. Persistent symmetries and the emergence of simple structural patterns in
-
for targeted therapy· Advanced molecular imaging· Targeted delivery systems· Preclinical studies📋 Required:· MSc/BSc in Biochemistry/Biomedical Engineering· Cancer biology expertise
-
governing this multifactorial interaction is imperative for the development of much-needed novel antifungals. To delve into these pressing questions, we study fungal cell death networks, the immune triggers
-
processes and leveraging this knowledge to drive technological advancements. Our department focuses on applied physics areas, including optoelectronics, nano-engineering, and quantum technologies. About Our
-
intermolecular charge-transfer dynamics, which involve ultrafast laser ionization triggering molecular structural rearrangement, focusing on charge redistribution by proton and electron transfer mechanisms
-
computations. Our research encompasses a range of topics, including high-energy astrophysics, compact objects, stellar structure, planetary science, galactic physics, cosmology, and general relativity