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within the college of medicine. It is currently conducting in vivo fluorescence imaging studies of neurons, astrocytes, microglia, and NG2 lineage cells in the mouse brain, aiming to understand normal
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atoms. The selected candidate will strongly benefit from a multidisciplinary environment with other postdocs and PhD students working in quantum technologies at ICFO and with strong collaborations with
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systems for information and communication technologies, in particular displays, image sensors and secure communications. The main drive of the group is to carry out applied research which bridges academia
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/ET, MRI imaging, Computational biology, AI/ML Faculty recruitment is focused on scientific leaders interested in working together towards this very ambitious scientific goal while also promoting
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Biophysics, Biophotonics & Super-Resolution Imaging All PhD students admitted to ICFO are provided with a fellowship, with conditions as described in detail below. Important: Students applying to join the
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the molecular and cellular mechanisms underlying female fertility, using a combination of molecular biology, imaging, and model systems to understand how oocytes maintain viability and functionality. The lab is
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research position. Compensation & Benefits: Annual Salary: 350,000 - 450,000 RMB (pre-tax). Rental/Housing Subsidy: Eligible full-time postdocs may apply for a monthly subsidy (current standard: 3,000 RMB
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for public policies that promote healthy and sustainable eating across Europe. Responsibilities Create audiovisual materials for the Planet project and the Health Sciences Studies, including recording, image
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Doctoral candidate in the nexus between doping and thermal conductivity in EU Training Network FADOS
of doping level. The Doctoral candidate will be in charge of developing imaging tools to characterize doping landscapes (via Raman) and thermal conductivity landscapes (via thermoreflectance tools
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/2) and dramatically larger physical apertures than today’s 5G MIMO systems. We call this new paradigm UltraMIMO (U-MIMO). This thesis will develop superdirective hybrid analog–digital UMIMO arrays