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Meta-structures for Wave Control in Complex Media – META INCOME
impedance matching, coherent perfect absorption, exceptional points and Fisher information. The employed methods
Metaphysics of science: levels, individuals, dispositions in the light of present day science – Metascience
The aim of the Metascience project is to make a significant contribution to the metaphysics of science on the basis of the detailed analysis of key concepts in current experimental sciences, above all physics, biology and psychology. We understand “metaphysics of science” as the field of research whose objective is the analysis of the fundamental concepts structuring scientific research – e.g., those of individual, cause, or disposition.
Metastability for nonlinear processes – METANOLIN
The project deals with questions linked to metastability for nonlinear stochastic processes: the so-called self-stabilizing diffusion (which is a McKean-Vlasov diffusion in which the law of the process intervenes in the drift through convolution), the self-interacting diffusio, (where the occupation measure intervenes in the drift) and Keller-Segel type diffusions (with space-time interaction).
Methylene resonances: invaluable probes for the study of proteins – CH2PROBE
the amino acids contain 2H, 12C and 15N nuclei, except for the glycine residues. Since they are responsible
Micro-Plasma synthesis of heterostructures of 2D films of Boron Nitride and Graphene – PlasBoNG
which can significantly alter or destroy its exceptional properties. To counteract the influence of the [...] properties. As h-BN buffer layers preserve the exceptional electronic properties of graphene, encapsulating
Micro-SENSors based on metal oxide sensitive layers and Metal Organic Frameworks for AIR quality monitoring at low cost - 2020 – SensMOFAir-2020
New sensitive layers, smart MOF filters and advanced electronics: the triple strategy to overcome the low selectivity of MOS sensors.
Microbiome and genomic analysis in apple germplasm towards broadening genetic resources to breed for resilient varieties – AppleBIOME
resilient varieties. AppleBIOME relies in an exceptional germplasm resource representative of the broad
Microscale spatiotemporal investigation of multi-species electroactive biofilms using optical microfluidic platform – MICROBE
Electroactive microbial biofilms are electrochemical biocatalysts capable of extracting the chemical energy contained in a wide range of organic substrates (effluents, biowaste, biomass, etc.) in the form of a flow of electrons (electric current). However, in the case of electroactive biofilms, the «multispecies« character gives biofilms a complexity that no one is currently able to master.
Microwave assisted Milligel synthesis under continuous Flow – MIMIFLOW
Novel dosage forms of active species are strongly demanded for drug delivery. Polymer-based drug depots, which degrade in-vivo during a predefined time and dose are a promising strategy and will be investigated in MIMIFLOW. The syntheses will be performed in microwave reactors, with a dedicated focus on millifluidic continuous-flow systems in order to produce polymer networks with defined shapes and geometries for their specific applications.
Mid-infrared properties of heavily-doped semiconductor nanocrystals – MOSAIC
coupling between the particles. The only notable exception is a spectroscopy measurement of the optical response
