Nir Tessler

The Israeli Consulate in New York today launched a digital campaign in the heart of Times Square, exposing Israel's extensive aid efforts in Gaza Contributed by @Conflict_Radar

Hike at the north

Breakthrough @TechnionECE: Perfect electromagnetic transparency achieved for rigid surfaces at all angles! 🏆 Won @EuCAP2024 Best Paper & @IEEE_APS Student Competition Prize 📄 Full paper: onlinelibrary.wiley.com/doi/10.1002/ad…

I find this troubling

@OanaJurchescu @wfuphysics @WakeForest @ProvostMicheleG @WFUCollege @mani_twinkz @ak_mcallister @andrewzeidell @She_GoetzIt @sullrp18 @obaiam11 Congratulations Oana. 👏👏👏🍻

Thank you to my colleagues from @wfuphysics, Provost Gillespie, Dean Krasas and VP for Research Prof. McAllister for taking time to celebrate the #APS fellowship with me. Adding to the joy, my students organized a surprise celebration, with many joining virtually from afar. ❤️

Every woman should fear this!

*Update* We have open-sourced our code. Happy hacking 🖥️ ! x.com/ChenTessler/st…

Focusing on physically simulated humanoids, we tackle both of these problems. We produce a SINGLE unified controller capable of a solving a wide range of tasks. The resulting controller is intuitive to control. Our core insight is that typical "tasks" can be extracted directly from motion capture data (e.g., AMASS, SAMP). 3/

Excited to share our latest work! 🤩 Masked Mimic 🥷: Unified Physics-Based Character Control Through Masked Motion Inpainting Project page: research.nvidia.com/labs/par/maske… with: Yunrong (Kelly) Guo, @ofirnabati, @GalChechik and @xbpeng4. @SIGGRAPHAsia (ACM TOG). 1/ Read along! 😃

By now you know that Hezbollah has been attacking Israel for the last 11 months, but did you know that they’ve also been attacking the entire Western world for the last 40 years?

Hezbollah doesn’t want you to watch this video. And they really don’t want you to share it.

Who’s renting houses in southern Lebanon? Take a look into Hezbollah's playbook and you'll see:

@_akhaliq Thanks @_akhaliq ! Also check out this thread for some detailed information and additional demonstrations: x.com/ChenTessler/st…

@_iainmcculloch It was a teaser to make you open the paper and find out why OECTs are different. doi.org/10.1063/5.0230…

@NirTessler And the answer is??

Can we consider or analyze OECTs as we do FETs? doi.org/10.1063/5.0230…

Our new paper, led by Shaked Caspi, zooms in on the interface between the functional oxide SrTiO3 and GaAs. Now out (open access) in ACS Applied Electronic Materials pubs.acs.org/doi/10.1021/ac…

The most important questions remain unanswered!! -Who is the founder of "Palestine"? -What year was "Palestine" founded? -What was the name of the first "Palestinian" president? What year was he elected or appointed? -Who were the members of the first "Palestinian" government? What year? -Did "Palestine" have a parliament or council? What year and what city? -Did "Palestine" have any form of constitution? Who are the framers? -What was the currency of "Palestine" and which authority printed it? -What does the term "Palestine" mean and where did it come from?

@gunnarthorst It is 11 minutes long, so the chances someone will hear it to the end are slim. But I liked the down-to-earth presentation. The scientific inaccuracies are not so important.

@NirTessler Nir, that's eerie!

NotebookLM created a podcast of our just accepted paper.

I asked NotebookLM to summarise our paper that just got accepted: “This research article presents a new model for understanding the operation of organic electrochemical transistors (OECTs). OECTs are a type of transistor that uses organic semiconductors and electrolytes, and they are being developed for applications in sensing, bio-interfacing, and neuromorphic computing. The article challenges the prevailing Bernards-Malliaras model, which assumes drift-dominated current transport in OECTs. Using detailed 2D device simulations, the authors demonstrate that high ion densities in OECTs lead to Debye screening, resulting in diffusion-dominated current transport. This finding is crucial because it implies that the threshold voltage in OECTs has a different meaning than in traditional field-effect transistors. The researchers also introduce an improved model that incorporates the diffusion-only transport mechanism and a refined understanding of the threshold voltage. The model is validated by experimental results obtained from PEDOT:PSS fiber-OECTs. The authors conclude that the diffusion-dominated regime is increasingly relevant due to advancements in materials design and doping efficiency. The article contributes to the understanding of OECTs by providing a new framework for analyzing their operation, particularly in the context of high ion densities.”