Topic: neural imaging

Two-year postdoctoral role developing light-responsive memristor arrays to connect biological neurons with neuromorphic electronics. The project explores materials and device structures for neural imaging and closed-loop bio-hybrid systems, in collaboration with the University of Massachusetts Amherst. Based in the Nanomagnetism and Spintronics group, with access to OtaNano facilities. Gross monthly starting pay is EUR 4,229.48–4,649.25. Submit one English PDF containing a motivation letter, CV/publications, degree records and two referee contacts.

Computational imaging seeks to achieve novel capabilities and overcome conventional limitations by combining optics and algorithms. In this seminar, I will discuss two computational imaging technologies developed in Boston University Computational Imaging Systems lab, including Intensity Diffraction Tomography and Computational Miniature Mesoscope. In our intensity diffraction tomography system, we demonstrate 3D quantitative phase imaging on a simple LED array microscope. We develop both single-scattering and multiple-scattering models to image complex biological samples. In our Computational