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comprehensive and innovative methods to directly test palaeoecological hypotheses using both fluid dynamics simulations and experiments, which will be applicable across the study of life on Earth. https
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. You will join a collaborative, international, and diverse research team from UNIL and EPLF with interdisciplinary expertise in biology, physics, computer science, and engineering. For more information
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, including physical and chemical processes occurring after emission; Human inhalation exposure to indoor air pollutants and factors influencing exposure; Experimental characterization of indoor aerosols and
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particular focus on transferability across heterogeneous energy systems and datasets. Validate and benchmark the developed models using building measurements, physics-based simulations and energy-system
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of life (biosignatures) – whether through remote sensing or direct onsite measurements – requires significant innovation. These challenges demand close collaboration across physics, biology, chemistry and
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generate our own data, on the newest spatial and single-cell platforms. Required: ● MSc in computer science, mathematics, physics, engineering, computational biology or a related quantitative field ● Hands
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Centre for Climate Change Research (www.oeschger.unibe.ch ). This project is part of the Research Unit “Cereal Stem Cell Systems” (https://cerealstemcells.de ). Selection process To apply, please send a
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degree in atmospheric science, earth science, environmental science, chemistry, physics, or a related discipline (obtained prior to the PhD start date) The candidate will have experience in atmospheric
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Profile PhD in microengineering, electrical engineering, mechanical engineering, applied physics, materials science, or a closely related field Strong hands-on experience in MEMS or micro/nanofabrication
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that provide direct optical access to spin-physics and offer a tunability approaching that of cold-atom simulators. The Quantum Opto-Electronics Group (QOEG; https://smolenski-lab.com ), led by Prof. Dr. Tomasz