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An innovative microscopy technique bridges the gap between field of view and resolution. An innovative microscopy technique bridges the gap between field of view and resolution.
Since artificial intelligence pioneer Marvin Minsky patented the principle of confocal microscopy in 1957, it has become the workhorse standard in life science laboratories worldwide, due to its superior contrast over traditional wide-field microscopy.
Advances in microscopy, software developments, and better detection systems have revolutionized bioimaging processes. Owing to these advancements, scientists can study single living cells and three-dimensional (3D) images of cell organelles.
Dr. White studied physics and mathematics at the University of Oregon (Honors College) as an undergraduate, but a long-standing fascination with the brain and how it generates things like thoughts, feelings, and behavior took him to graduate school in neuroscience at Washington University in St. Louis. After pursuing postdoctoral research at Yale University, Dr. White came to NIMH where he started the Section on Neural Function (AKA, the White Lab) in 2002. His laboratory’s interest in the circuit-level organization of the fruit fly brain is guided by the desire to understand how a simple ...
9 July 2021 12.30pm – 5pm Scientific Organisers: Professor Michelle Peckham and Dr Hari Shroff The workshop this year will be centred on the current challenges in developing and using super-resolution microscopy with short talks and lots of time for discussion. It will be split into 2 sessions, focussing on the topics of ‘using machine learning and AI in super-resolution imaging’ and the other will be ‘expansion microscopy’. Thoughts and ideas are encouraged to help define what is good/best practice around these challenges and to give an insight into future potential developments...