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Multiplexed Wireless Localization and Powering of Ingestible Microdevices with Bio-adaptive Wave Control Technologies – MedWave
Wireless ingestible devices can non-invasively access major organs along the gastrointestinal tract for diagnosis and therapy. Recent advances in sensors and electronics permit microdevices that can sense their environment, release drugs, and perform biopsies, but existing wireless solutions remain
Multiple trajectories towards excited states – multicross
This project requires improving the capabilities of the already existing ultrafast optical spectroscopy laboratory of the ?Institute of Physics of University of Rennes 1 (?P1?) and of the X-ray spectrometers and diffractometers at the Bernina instrument at the Free Electron Laser (FEL) ?SwissFEL. In
Multimodal imaging combining Raman and mass spectrometry applied to tuberculosis – MultiRaMaS
On the one hand, as an emerging and challenging strategy multimodal imaging combining Raman Scattering (RS) and Matrix-Assisted Laser Desorption/Ionization (MALDI) MSI needs further improvements: 1) optimization of a stringent and common sample preparation including cryo-sectioning and accurate iden
Multimedia archives enhancement: multimodal machine comprehension of language for new intelligent interfaces of scientific and cultural mediation – ARCHIVAL
Digital technology transforms the way people access knowledge, which remain difficult to reach despite numerous attempts to index and structure texts, videos and images according to structured repositories. Often presented as functional lists, search results interfaces offer few navigation and explo
Multi-scale Multi-phase Phenomena in Complex Fluids for Energy Industries – MUSCOFI
The MUSCOFI project aims at interpreting the macroscopic properties and predict the macroscopic behavior by using experimental and modeling tools to elucidate the molecular-scale phenomena that govern the formation, the interactions and the stability of interfacial structures and networks in multiph
Multi-redox porous crystalline hybrid chalcogenides – THIOMOFS
While zeolites or Metal-Organic Frameworks (MOFs) are suitable in numerous fields involving adsorption-desorption processes, their poor electronic conductivity, associated to the nature of the constitutive bonds involving the very electronegative oxygen, is a noticeable drawback in every application
Multi-principal-element Alloys as Solid Stores for HYdrogen – MASSHY
The MASSHY project intends to develop multi-elemental alloys as new metal hydride solids for hydrogen storage with high capacity and good reversibility. These materials are the result of a new paradigm in metallurgy based on the alloying of four or more elements with concentrations close to equimola
Multi-modular Basis of Motor Adaptation and Learning – MultiMod
Our hypothesis is that the adaptation to a novel sensorimotor situation (skill learning or following a peripheral trauma) involves the coordinated recruitment of multiple cerebellar modules. To demonstrate this, we will 1) characterize the role of cerebellar modules in adapting locomotion and in le
Multi-channel wavelength-resolved Albedometer for Black Carbon Measurement – MABCaM
This all integrated compact photonic albedometer consists of two main devices : (1) an innovative broadband optical cavity coupled to a high-sensitivity CCD spectrometer to form a BroadBand Cavity enhanced Extinctiometer (BBCE) for wavelength-resolved extinction measurements; (2) a multi-microphone
Multi-Modal Multi-person Low-Level Learning for Robot Interaction – ML3RI
Besides the common struggle due to the health crisis, and the fact that all our meetings were held through a screen, thus limiting the interaction and making the understanding more difficult, we were severely constrained by the fact that we could not record data in our laboratory. This made impossib
