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Field
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disruptive technologies in the field of separation chemistry that can be applied to the entire current and future nuclear cycle, respond to the challenges of mining resource exploitation, and be extended
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may hinder critical historical reflection. Many studies show that effective immersive experiences—whether in training or entertainment—require properties such as presence, immersion, engagement, flow
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confirmed that different combinations of depth, rugosity, sea surface and bottom temperature, bottom flow speed and turbidity explain the different gorgonian's distribution. The objective of the present
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channels are $B_{(s)}\to hh$ decays, which can provide powerful probes of QCD, as well as potential New Physics. Recent measurements of these decays from the first data-taking period of LHCb and Belle show
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PhD student (M/F) in Polymer Chemistry: Synthesis of cross-linkable, degradable and recyclable latex
active substances. Job Benefits: • A doctoral project that strongly resonates with current societal concerns: facilitating the reuse or recycling of polymer materials. • A 3-month research internship
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technologies to address current societal challenges related to security, health, the environment, and energy. This position is located in a sector covered by the protection of scientific and technical potential
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for experiments below the MHz to detect the current fluctuations. We propose for the internship to use our newly developed ultrasensitive TMR-based (Tunnel Magnetoresistance) magnetic field sensor to detect
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the patient's active engagement, yet personalization in current technologies is often restricted to communicative interactions (written, oral, and informational) provided via digital platforms. Dimensions
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both fundamental and applied studies in photonics, turbulence, atomization, and reactive flows. The recruited person will join the Optics and Lasers Department of CORIA. The position falls within a
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collaboration with Hospices Civils de Lyon, France. Research activities include: Characterization of nanostructured surfaces Simulating biofilm model/host interactions via a flow cell co-culture system with