This is a part of an informal tutorial series led by the graduate students of Professor Stephen Boppart.

This is a seminar sponsored by CLIMB - find out more about them here: https://climb.illinois.edu/ Abstract: Nanoscale is a challenging regime. Several clues to life sciences are buried in its regime. Yet, optical microscopes are at their limit and artificial intelligence is only emerging for this scale. Bio-AI lab at UiT The Arctic University of …

Continue reading "[CLIMB] Artificial intelligence at nanoscale for life sciences: Dilip Prasad"

Abstract: The 3D nanoscopy group at UiT The Arctic University of Norway is developing path-breaking computational microscopy solutions to enable live cell friendly nanoscale imaging, with a eye on generating functional insight. In this talk, Agarwal will present a few fluorescence and label-free computational microscopy techniques, functional insights they can generate, and some core challenges …

Continue reading "Novel computational microscopy solutions for live cell friendly nanoscale imaging: Krishna Agarwal"

https://illinois.zoom.us/j/87287858886?pwd=VXBMZnZkbzZuc1FsTXRhYnZPdHFHdz09 Meeting ID: 872 8785 8886 Passcode: 582592 Pulse Measurement information: The vast majority of the greatest scientific discoveries of all time have resulted directly from more powerful techniques for measuring light. Indeed, our most important source of information about our universe is light, and our ability to extract information from it is limited only …

Continue reading "Virtual Event: Pulse Measurement and Optics Education: Re-inventing the Lecture: Rick Trebino"

This is a part of an informal tutorial series led by the graduate students of Professor Stephen Boppart.