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candidate’s primary academic responsibility will be in Research, with duties to include: · Studying the efficacy of naïve and engineered stem cell-derived extracellular vesicles in models of brain aging
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Aerospace Engineering as a Lecturer in Digital Engineering for Fusion Energy. The role-holder will drive forward research and teaching in digital engineering for fusion energy, developing and delivering
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● Corporate energy and decarbonization strategies ● Emerging energy technologies and business models ● Artificial intelligence, data centers, and energy systems ● Power Systems planning, operations, and markets
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thesis topic: "Modelowanie przejścia przewodowego raka piersi in situ do inwazyjnego raka piersi" / "Modeling the Transition from Ductal Carcinoma In Situ to Invasive Breast Cancer" https
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they can be harnessed for regeneration and repair. Our research integrates single-cell and spatial multi-omics, human developmental tissue, stem cell and organoid models, perturbation approaches, and in vivo
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University of California, Los Angeles | Los Angeles, California | United States | about 19 hours ago
(non-tenure track). The successful candidate will conduct independent and collaborative research in molecular and medical pharmacology, with an emphasis on human stem cell and organoid models, disease
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and integrate the existing MATLAB-based HFMC model with Aspen Plus to enable process-level simulation and evaluation. • Develop and assess multistage and multi-membrane process configurations for CO₂/CH
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the relative contributions of radiative and mechanical energy to JWST spectra. Using existing and newly computed model grids, the postdoc will develop an integrated framework to infer excitation conditions and
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field theory and/or precision computations. Relevant research directions include: - scattering amplitudes, - gravitational-wave observables from QFT techniques and waveform modelling, - their high-energy
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repair. Our research integrates single-cell and spatial multi-omics, human developmental tissue, stem cell and organoid models, perturbation approaches, and in vivo models to uncover mechanisms controlling