Lussem Lab

Organic Electronics Research at University of Bremen, Germany. Currently interested in all kinds of Organic Devices, from OFETs, OLEDs to OECTs.

[Lussem Lab @LussemL]

@paudelpush Congratulation, Pushpa! Very well deserved!

[Lussem Lab @LussemL]

We are hiring! If you are interested in joining our group as Postdoc, let me know. Some interest in organic electronics or sensor technology might be of advantage...

[Lussem Lab @LussemL]

How fast are Organic Electrochemical Transistors? Turns out that this seemingly simple question is highly complex: https://t.co/goz0GjP9ki

[Lussem Lab @LussemL]

How confident can we be in our OFET analysis and how much can we trust mobility and threshold data? Please check out Vishash's (Victors) online talk at the SPIE discussing how to take and analyze a larger amount of OFET data properly: https://t.co/warNIvxxCn

[Lussem Lab @LussemL]

Please spread the word - we are hiring a PostDoc: https://t.co/9Mfn8GWsFJ
The position is for three years and includes some teaching (can be in English). Let me know if you are interested or know someone who might be!

[Lussem Lab @LussemL]

@AdvSciNews @LEXOS_lab @tudresden_de @TheGatherLab It was great to work with you guys on this issue! Some really interesting papers - have a look!

[Lussem Lab @LussemL]

Some big changes are on the horizon: Starting September this year, I will be moving to join the IMSAS at @UniBremen. Excited about all the possibilities of the already existing infrastructure and looking forward to collaborate with my new colleagues!

[Lussem Lab @LussemL]

Doping organic semiconductors is often done at very high concentrations - up to several wt%. In his new paper, Raj studies organic doping at the 100 ppm range and how we can use a better control of doping concentrations to optimize OFETs: https://t.co/tyFEeI9dt2

[Lussem Lab @LussemL]

Please enjoy our latest paper!

[ACS Applied Materials & Interfaces @ACS_AMI]

Organic Doping is a key technology that allowed for Organic Field-Effect Transistors with high charge mobilities. Researchers at @LussemL were able to derive and experimentally verify a model that will help to optimize doped organic transistors further: https://t.co/f383PbVqrv

[Lussem Lab @LussemL]

All experimental data is available here: https://t.co/xCsgpnT71A
Please let us know if you want to use it & have questions!

[Lussem Lab @LussemL]

Just published: Our new explaining OECT scaling laws with the help of our 2D model https://t.co/mRviVLTiIq

[Lussem Lab @LussemL]

Many thanks to the Boltalina/Strauss group for this great collaboration. As always, the materials were perfect!

[Lussem Lab @LussemL]

Happy to announce our recent paper - increasing the air stability of fullerene based OFETs: https://t.co/lHLzT2OhiF

[Lussem Lab @LussemL]

We made the raw data of all OFET measurements available: https://t.co/91BAyWCsIS. Please let us know if you intend to use the data or if you have any question!

[Lussem Lab @LussemL]

Thanks to @jgmei for hosting an online seminar yesterday. It was a great discussion and gave us lots to think about! Honestly, online seminars are probably the one good thing that remains whenever this virus is gone...

[Lussem Lab @LussemL]

Thanks for your work that made the paper possible!

[Biki @Biki_Tech]

Happy to be a part of the Kent State News :) :) Thanks for the great contribution @paudelpush, @dronakdahal, Raj and Prof. Bjorn @LussemL

https://t.co/Kqtb8ytx6o

[Lussem Lab @LussemL]

Our new manuscript on OECT modeling was published today: https://t.co/tOXjXW3O1q! Enjoy reading!

[Lussem Lab @LussemL]

Our first publication in 2020: https://t.co/AgevLREFyq
More to come!