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of ultrasound therapy and their control in real time. This team develops new methods for the control of ultrasonic cavitation, a phenomenon that enables the permeabilization of numerous biological membranes
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interaction of classical Lewis Pairs (LPs), the SupraCAN project aims to create a new family of catalysts capable of (i) controlled activation (latency) (ii) cooperative activation (high activity) (iii
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study high quality perovskite materials, obtained by vacuum growth, and controlled in-situ with extremely sensitive characterization techniques. The candidate will conduct experiments based on optical
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Matter Chemistry (ICMCB) focuses its research on Solid State Chemistry, Materials Science and Chemistry and Process: designing, preparing, shaping and characterizing materials in order to discover, control
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instrument that will allow the analysis of mesoscale thermal processes under highly controlled experimental conditions in order to understand the fundamental nature of heat transport and to measure the thermal
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procedure and composition of the catalysts on the structural characteristics, hence catalytic properties. From the gained knowledge, we will be able to control and tailor the critical properties in order to
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mechanical motion into electricity; - An intelligent electronic control system, enabling optimized regulation of the thermodynamic cycle. Within the CALIFORCE3 framework, the REMLA system will be integrated
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) that control the fate and the effects of trace elements and contaminants in the environment. To achieve the set objectives, the project will be supported by laboratory's instrumental facilities (including HPLC
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materials. Hence, fine control over polymorphism is a key challenge in the quest to create functional nanomaterials. In this research project, we will explore the self-assembly of binary mixtures of nanorods