
Tomas Cizmar
@cizmartomas
I image life with glass and light.
ID: 1069959953601974272
04-12-2018 14:21:46
50 Tweet
496 Followers
464 Following


#JobOffer📌 Our #FiberOptics dept. Tomas Cizmar seeks for a #Postdoc to join European Research Council (ERC) #ERC project #Lifegate.You will work on challenges of #holographic #endoscopy &development of new fibers for bio-medical imaging. #photonics #Holography #sciencejobs bit.ly/344fD0D



📌#JobOffer: Our Fiber #Optics Team Tomas Cizmar looks for a business-oriented #team member to apply for #translational #funding &establish a spin-off 🚀 #EXIST #StartUp @BMWi_Bund Universität Jena bit.ly/3lECp6k ➡️ #Endoscopy to visualize #brain activity bit.ly/3iTcYvM





New paper from the structured light group University of Exeter Physics and Astronomy - measuring high-dimensional transmission matrices with only a few measurements. Enjoyed working with Shuhui Li, Daniel Lum & the groups of Vivek Goyal and Tomas Cizmar on this one! nature.com/articles/s4137…

Our new way to image through multimode fibres is published today in Nature Communications! We show how to use memory effects to estimate a fibre transmission matrix from only the input end. Enjoyed working with Shuhui Li, Simon Horsley, Tom Tyc & Tomas Cizmar. nature.com/articles/s4146…


An Editors' Pick via #OSA_OpEx: Side-view holographic endomicroscopy via a custom-terminated multimode fibre ow.ly/d61d50FETii #FiberProbe #ImagingSystems Leibniz-IPHT Universität Jena



Time-of-flight 3D imaging through hair thin optical #fiber: Collaboration between Tomas Cizmar @sturtaev & Miles Padgett Glasgow Optics Group & Dave Phillips et al. Published on Science Magazine leibniz-ipht.de/en/3d-imaging-… #optics #photonics #endoscopy

New preprint: How to build the 'optical inverse' of a multimode fibre. arxiv.org/abs/2204.02865. Wavefront shaping of 400 fibre modes in parallel. Here is the theory - still working on the experiment! Thanks to my brilliant colleagues Unė Būtaitė & Hlib Kupianskyi! Tomas Cizmar


#LAM_Highlight: [Article] Hybrid multimode-multicore fibre based holographic endoscope for deep-tissue neurophotonics. Leibniz-IPHT #isibrno Universität Jena Tomas Cizmar #Multimode_fibre #Multicore_fibre #Microendoscopy #Endomicroscopy Reading this paper: light-am.com/article/doi/10…
![LightSciAppl (@lightsciappl) on Twitter photo #LAM_Highlight: [Article] Hybrid multimode-multicore fibre based holographic endoscope for deep-tissue neurophotonics.
<a href="/Leibniz_IPHT/">Leibniz-IPHT</a> #isibrno <a href="/UniJena/">Universität Jena</a> <a href="/CizmarTomas/">Tomas Cizmar</a>
#Multimode_fibre #Multicore_fibre #Microendoscopy #Endomicroscopy
Reading this paper: light-am.com/article/doi/10… #LAM_Highlight: [Article] Hybrid multimode-multicore fibre based holographic endoscope for deep-tissue neurophotonics.
<a href="/Leibniz_IPHT/">Leibniz-IPHT</a> #isibrno <a href="/UniJena/">Universität Jena</a> <a href="/CizmarTomas/">Tomas Cizmar</a>
#Multimode_fibre #Multicore_fibre #Microendoscopy #Endomicroscopy
Reading this paper: light-am.com/article/doi/10…](https://pbs.twimg.com/media/FWYF57uUYAA5u1W.png)

The toughest but very rewarding work of both my teams at #ISIBrno and Leibniz-IPHT just appeared in Nature Communications. Check out the videos. nature.com/articles/s4146…



Wrapping up a fantastic joint workshop for my team BBQ Lab with Tomas Cizmar and Dave Phillips in stunning Telč, Czech Republic. Thanks for having us!
