By Florian Faucher This project is funded by the Austrian Science Fund FWF, under the Lise Meitner fellowship grant number M2791-N. It is a two-years
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Category: Vienna
SFB Tomography across the scales: Optical Tomography of Trapped Objects
Optical and acoustical trapping has been established as a tool for holding and moving microscopic particles suspended in a liquid in a contact-free and non-invasive
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Otmar Scherzer wins the EAIP Award
Otmar Scherzer (Austria, member of ECMI) and Vladimir G. Romanov (Russia) received the 2018 EAIP Award for their outstanding scientific contribution to the field of inverse
Read moreInstruments for the World’s largest Telescope
contributed by Roland Wagner, RICAM The practical needs for algorithms and software developed within the projects of the Austrian Adaptive Optics Team (AAO-Team) at the
Read morePhD and Post-doctoral positions in Austria
The Special Research Program (SFB) “Tomography Across the Scales” is offering 6 PhD and 6 Post-doctoral positions in applied mathematics, bio-physics and medical physics, in
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Representation of ECMI in AIP2017
In the 9th Applied Inverse Problems Conference (AIP 2017), Hangzhou, China, two presentations were given by Adérito Araújo (vice president) and Leonidas Mindrinos (council member).
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Students Project: Modeling X-ray tomography using low power lamps
In the occasion of celebrating 100 years of Radon transform, we were asked to model X-ray tomography experiments in a seminar room. The examples took
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“Quantitative Tomographic Imaging – Radon meets Bell and Maxwell”
The Johann Radon Institute for Computational and Applied Mathematics (RICAM) in Linz, Austria organizes a Summer School (10th – 12th July) and a Workshop (13th
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Modeling scattered electromagnetic waves
by Leonidas Mindrinos (Computational Science Center, University of Vienna, Austria) leonidas.mindrinos@univie.ac.at In many applications, like material parameter investigation and nondestructive testing, arises the inverse
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Detecting cell motion during early embryogenesis
by Lukas F. Lang (RICAM, Austrian Academy of Sciences, Austria) l…@ricam.oeaw.ac.at Our main motivation is to estimate cell motion in time-lapse volumetric microscopy images depicting
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