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states upon the application of temperature, light, or pressure. Applications include sensing and memory devices. Recently, the huge entropy changes observed whenever abrupt crossovers occur, evidenced
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the absorption of photons by photoreceptor cells in the retina that convert light into chemical signals. Photoreceptors are post-mitotic neuroepithelial cells and, thus, need to last a lifetime. Yet
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for the construction of bolometers and light detectors. Additionally, the student will be able to use a dilution refrigerator capable of reaching temperatures below 10 mK for testing the bolometers at IJCLab
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precisely coordinated compartmentalization of reactions. Membraneless organelles formed by liquid-liquid phase separation play a key role in this dynamic orchestration. Here, we will design light-responsive
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concentrated solar radiation and stored. The solar energy thus captured is then transferred to a working fluid (which powers a turbine) via a heat exchanger. The core of the thesis concerns the component HX2
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be required, unlike standard technology using machined waveguides. The optical oscillator will be obtained by superimposing several laser diodes from optical telecommunications stabilized on a high
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operating in a harsh environment (high voltage, high temperature, high frequency, radiation). It is therefore essential to develop the technological sector specific to the realization of these power devices
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semiconductor THz sources when using a different, spin based, emission scheme. This discovery lead to an unprecedented development of THz spintronics [1]. However, these works are mostly focused on emission and
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light-matter coupling in TMD-based optical microcavities” is a four-year project funded by the French National Research Foundation (ANR). The main objective of the project is to explore the physics
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the use of classical silver and gold nanocubes (known-how in the team), then moving towards the development of new plasmonic systems with structures that can be activated or modified by light, or even