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Interferometry and Lithium Mapping
Dr. Matthew Gebbie and team are an interfacial science and soft materials lab focusing on molecular interaction forces and self-assembly in soft materials. Dr. Gebbie told us more: “The key theme we are driving at is how ionic self-assembly influences electron transfer and ion transport.
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T Cell Calcium Imaging
Prof. Huppa and team study T cells, cells that play an important role in the immune response. These T cells can recognize antigens and distinguish between friend (normal cells) and foe (viruses or infected/dangerous cells) in our bodies.
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Multicolor Single Molecule FRET
The lab of Prof. Hugel is interested in obtaining real-time measurements of multi-protein complexes and their dynamic interaction. In living organisms, multi-protein complexes form intricate protein machines that regulate cellular processes.
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High-Speed Optogenetics
Dr. Isaac Kauvar is a neuroscientist and engineer, developing tools in order to discover how cortex-spanning neuronal populations support the deployment of internal models during goal-directed behavior.
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Melden Sie sich für den Newsletter zur maschinellen Bilderkennung von Teledyne FLIR an
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Teledyne announces next generation 5GigE area scan camera platform
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Contact People Counting Sales
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Ein Vergleich von VPUs, GPUs und FPGAs für die Deep Learning Inferenz
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Perfektionieren von Bildern für Biomedizinische und Biowissenschaftliche Anwendungen
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Streaming 4 Kameras mit kleiner Trägerplatine: Schneller Prototyp
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Vision-Based Sports Analytics, Soccer Training and Player Assessment enabled by Teledyne FLIR Machine Vision Cameras
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Teledyne brings advanced solutions for Unmanned Systems to AUVSI XPONENTIAL 2023
