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This short course aims to give researchers background and the state of the art developments in the field of biomedical sensing and super resolution. In the first part dealing with biomedical sensing I will present a technological platform that can be used for remote sensing of biomedical parameters as well as for establishing a directional communication channel. The technology is based upon illuminating a surface with a laser and then using an imaging camera to perform temporal and spatial tracking of secondary speckle patterns in order to have nano metric accurate estimation of the movement of the back reflecting surface. If the back reflecting surface is a skin located close to main blood arteries then biomedical monitoring can be realized. If the surface is close to our neck or head then a directional communication channel can be established. I will talk about the implementation of this technology for remote and continuous estimation of heart beats, respiration, blood pulse pressure, intra ocular pressure, estimation of alcohol and glucose concentrations in blood stream, blood coagulation and oxymetry.
The second part deals with recent novel approaches in the field of optical super resolution for near and far imaging. Digital imaging systems as well as human vision system have limited capability for separation of spatial features. Therefore, the imaging resolution is limited. The reasons to this limitation are related to the effect of diffraction i.e. the finite dimensions of the imaging optics, the geometry of the sensing array and its sensitivity as well as the axial position of the object itself which may be out of focus. In my course I will present novel photonic approaches and means to exceed the above mentioned limitations existing in the vision science and eventually to allow us having super resolved imaging providing improved lateral and axial capabilities for separation of spatial features.
Scientists and engineers who wish to broaden their research portfolio in the field of biomedical imaging and super resolution. Undergraduate training in optics or equivalent is assumed.
Prof. Zeev Zalevsky received his B.Sc. and direct Ph.D. degrees in electrical engineering from Tel-Aviv University in 1993 and 1996 respectively. Zeev is currently a full Professor in the faculty of engineering in Bar-Ilan University, Israel. His major fields of research are optical super resolution, biomedical optics, nano-photonics and electro-optical devices, RF photonics and beam shaping.
Zeev has published more than 400 refereed journal papers, more than 200 conference proceeding papers, more than 300 international presentations, 40 issued patents, 5 authored books, 3 books as an editor and 26 book chapters.
For his work Zeev received many national and international prizes such as the Krill prize given by the Wolf foundation (Wolf prize for young scientists), the International Commission of Optics (ICO) prize and Abbe medal, the Juludan prize, fellow of the SPIE award, the international SAOT (School for Advanced Optical Technologies) Young Researcher Prize, the Lean and Maria Taubenblatt Prize, fellow of OSA award, the young investigator award in nanoscience and nanotechnology given by the Israel National Nanotechnology Initiative (INNI) together with the Ministry of Industry, Commerce and Labor, the international Wearable Technologies (WT) Innovation World Cup 2012 Prize, EOS fellow award, IET fellow award, Outstanding Young Scientist Award (OYSA) of NANOSMAT, Image Engineering Innovation Award of the Society for Imaging Science and Technology (IS&T).
Instructor: Prof. Zeev Zalevsky