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background in microalgal or microbial cultivation, photobioreactor operation, and process control. Knowledge of bioprocess design, hydrodynamics, or model-based optimization. Understanding of microbial stress
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partitioning at relatively low (≤900°C) temperatures in contrast to most available high-temperature partitioning (≥ 900°C) extrapolated to low-temperature processes (600°C). The experimental zircon/melt
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research projects Good knowledge of the processes controlling biogeochemical dynamics in soils Good experience of experimental approaches to growing plants in controlled environments Experience
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conduct in vivo experiments to investigate retinal neurovascular dynamics using the AO-RSO system; Develop or adapt high-speed image acquisition and processing methods for simultaneous measurement
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skills for this position are: o Good knowledge of the technological challenges of agricultural/viticultural robotics. o Proven skills in: vision-based robot modeling and control; computer vision and
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of planetary systems. The successful candidate will contribute to experimental studies simulating interstellar ice environments under controlled laboratory conditions, using advanced radiation sources including
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into district heating networks (DHN), and to study the architecture, sizing, and control strategies for its optimal integration into such networks. Currently, sensible heat storage remains the most widely used
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research on the assessment of telluric risks (earthquakes and landslides), from the identification of the physical processes that control their triggering to the quantification of their destructive effects
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Description The researcher will be responsible for developing and implementing a protocol aimed at studying motion processing and perception in both patients with macular degeneration and control participants
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develop innovative concepts for water and soil management. The research is based on in situ and/or controlled laboratory observations, and their interpretation in order to produce quantitative and