The activities of the laboratory of applied photonics devices are linked to solving practical problems in optical imaging/display and more recently to printing
Volumetric Bioprinting is a new tool in the tissue additive manufacturing toolbox ! Nice to see that so many researchers are using it.
The work is a #TopDownloadedArticle in its journal
Proud to unveil SOLO, a system that uses the power of optics for accelerating neural network computations that use non-linear effects in fibers to solve real world image classifications tasks and more...
https://t.co/WzSu2QB87p
https://t.co/y4I3Gvs2ZV
Meet with our recent study on optical computing, SOLO https://t.co/PC8YjstQli We demonstrate an optical computing framework based on spatiotemporal effects in multimode fibers for a range of learning tasks from classifying COVID-19 cases and speech recognition to predicting age.
Opening for a Professor position in Photonics at EPFL/ Head of Nanophotonics Laboratory at Paul Scherrer Institute !
Tenured position- experience in managing 60+ research groups (PSI) and excellence in nanophotonics research.
Interested to apply: https://t.co/UVeSthguhQ
Proud to unveil Volumetric Bioprinting (VBP), a 3D Bioprinting technology that created the World first complex centimeter scale cell loaded tissue construct made in SECONDS!
#vbp#3DBioprinting#bioprinting#tissueengineering#3d
Very proud to announce the founding of EarlySight (https://t.co/d6lKTwT3a8) a company active in retinal eye imaging. It will help understand the origins of many diseases such as age-related macular degeneration
We have been shortlisted from 5'000 applications for the 3D printing industry award in the category Academic/Research Team of the Year. Please vote for us Damien Loterie, Paul Delrot, Christophe Moser !!
https://t.co/HJ3bYvqAFP
#sciencecommunication