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During this transformative over lunch lecture, Prof Tinen Iles explores the progress on the construction of an advanced stimulation-sensing platform of vision to discover and understand new biophysics properties; that include the fundamental interactions occurring at or below cellular scale. In order to elucidate the nature of these interactions, we leverage devices and testing platforms with multiple levels of frontier techniques; that include spintronic, photoelectronic, as well as prediction and deep-learning to visualize the underlying dynamic neuromorphic framework of natural biology. In conjunction with the aim of technical improvement, progress that can broaden the toolbox and boundary of biophysical research. We will try to answer the question: How does the vision system respond to the electromagnetic field with different frequencies and intensities and how can we create precision and tunable applications to human biology?
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This is an over lunch hybrid event, if you are joining in person, please mention your dietary requirements
Co-sponsored by: International Institute for Biosensing
Speaker(s): , Tinen Iles
101 Walter Library, 117 Pleasant St SE , Minneapolis, Minnesota, United States, 55455, Virtual: https://events.vtools.ieee.org/m/487621
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