NUMSEMIC - Math Research Group @ WIAS Berlin

We develop & solve nonlinear #PDE models, often inspired by innovative #semiconductor devices

Head: P. Farrell

Members: D. Abdel, Z. Amer, Y. Hadjimichael

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

Last month NUMSEMIC co-organized the "Applied Mathematics for Simulation of Semiconductor Devices" (AMaSiS) workshop in Berlin. The three-day workshop attracted 55 participants, 28 talks and 10 posters. It connects related fields such as mathematics, simulations and applications.

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

It was a pleasure presenting my talk about Numerical Methods for Coupled Drift-Diffusion and Helmholtz Models for Laser Applications at the SimOEP in Winterthur. A big thanks to @FluximAG for the organization!

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

Congratulations to Dilara Abdel for finishing her PhD! 🥳 Her thesis is titled "Modeling and simulation of vacancy-assisted charge transport in innovative semiconductor devices". For her defence she gave a talks on physics-informed #DeepONets, #pervovskites & #memristors.

[Jia-Jie Zhu @__jzhu__]

📢Help us spread the word:
We are organizing a workshop on **Optimal Transport in Berlin 2024**, connecting the theoretical and applied research, with themes in Dynamics, OPT, ML. We’ve got a list of excellent speakers! ✨Super excited!

Website: https://t.co/cWNR6kXh3Z

[NanogeConferences @nanoGe_Conf]

🔺After captivating presentations there's no better way to end this second day of #DEPERO Online Conference on Device Physics Characterization and Interpretation in Perovskite and Organic Materials than with an e-Poster Session!

👉Check the website:
https://t.co/ZW2SvvV5RE

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

A belated greeting from the #ICIAM conference in #Tokyo, where we presented our modelling and simulation results on #2D materials and #memristors to 5000 applied #math colleagues from around the globe!

[NanogeConferences @nanoGe_Conf]

🔺Discover the latest in 'Device Physics Characterization and Interpretation in Perovskite and Organic Materials' at the #DEPERO Online Conference ang get inspired by exceptional Invited Speakers!

📆3rd-5th October 2023

👉Submit your oral abstract here:
https://t.co/ZW2SvvV5RE

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

Exciting times in #SolarEnergy! #PerovskiteSolarCells shine brighter than ever as a green energy solution. Our publication adds valuable insights by a comparison of two ionic current densities, incorporating volume exclusion effects. #SciencePublication
https://t.co/Xg3cK8MPba

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

Excited to share this incredible article by @dpcarrington on the latest advancements in #perovskitesolarcells research. We highly recommend checking it out! #RenewableEnergy #SustainableFuture

[Damian Carrington @dpcarrington]

Good news 👇

‘Revolutionary’: Solar power cells break through key energy threshold

- Next generation surpass the limits of today’s cells and will further accelerate the roll out of cheap solar power

#solarenergy #ClimateCrisis
Story by me https://t.co/zX0yDRCd3M

[Nir Tessler @NirTessler]

A solar cell paper worth noting!

https://t.co/vGaE4ew617

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

#PerovskiteSolarCells achieved record-breaking energy conversion in the past 15 years and are now ready for mass production. Our publication establishes for the first time the existence of a #numerical solution for a #reallife model.
#numericalanalysis
https://t.co/7ZrFX3yKsR

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

Greetings from the 22nd #ECMI Conference on Industrial and Applied Mathematics! Close to 300 participants from academia and #industry will discuss new #mathematical methods to solve problems in business, #technology and #applied sciences.

@ecmiindmath

https://t.co/KzcTj5O7qo

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

Worried about the #energy consumption of #AI models like #ChatGPT? Consider leveraging the computational efficiency of the human brain with #memristors! In our latest preprint, we explore how mobile defects impact #hysteresis in memristors. Check it out!

https://t.co/EqWNrs0qcO

[Thomas Koprucki @TOMSKI2718]

Latest research in #UVSimTec on the impact of alloy disorder on carrier transport in deep UV (Al,Ga)N light emitters published in @AppliedPhysLett. Read more on results obtained in coop. between @WeierstrassInst, @TyndallInstitut and @univ_lille here: https://t.co/HvyIeDeft4

[Weierstrass Institute Berlin @WeierstrassInst]

📷
Leibniz-Präsidentin Prof. Martina Brockmeier besucht am 8.6.23 das WIAS und informiert sich über verschiedene Aspekte unserer Arbeit wie Aktivitäten in @MATHplusBerlin, die Arbeit von @leibniz_mms oder @mardi4nfdi.

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

Excited to present at GAMM23 in Dresden on our research of elasticity models applied to heterostructured nanowires!

#GAMM #conference #math #nanowires #elasticity

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

The four stages of turning crystal ions into math: https://t.co/vhku7hPUBJ

[NUMSEMIC - Math Research Group @ WIAS Berlin @numsemic]

had a nice lunch today together -- this twitter account is the result. Hi @twitter! #mathisfun #WIAS