Lucas Flagg

Research Chemist at NIST. Studying electro-active polymers

[Lucas Flagg @LucasFlagg]

Thanks to the whole team(@vinayak_bhat_ @McNeillResearch and those not on twitter)! As always it wouldn't be possible without the wonderful materials from @luscombe_OIST and @JonOnorato

[Lucas Flagg @LucasFlagg]

I'm really excited to share this newest work on characterizing Organic Mixed Ionic/Electronic Conductors! https://t.co/5G3Hc1XvR0

[Lucas Flagg @LucasFlagg]

We show that in this particular system the dopant ion does not reside close to the polymer backbone as (possibly) expected.

[Lucas Flagg @LucasFlagg]

@A_Giovannitti Congratulations Alex!

[Jonathan Rivnay @jrivnay]

Conquering the Bear Creek trail after day 2 of the first @TellurideSci #OMIEC workshop.

[Lucas Flagg @LucasFlagg]

I’m excited to finally share my first paper from my post doc! We adapted a blade coater to allow in-situ electrochemistry on polymer thin films during X-ray diffraction measurements (GIWAX). https://t.co/YX3uyrWx8B

[Lucas Flagg @LucasFlagg]

@gingerlabUW @chenmerson @luscombe_OIST @JonOnorato @RoySocChem Congratulations @chenmerson! Here is the link for those who are interested https://t.co/efTbZY5fQX

[Lucas Flagg @LucasFlagg]

Excited to share my most recent project during #apsmarch tomorrow! We investigate how polymer processing can increase the performance of OECTs by a factor of 6! Tuesday at 12:06 CDT https://t.co/4308GPwU1w

[Lucas Flagg @LucasFlagg]

@StefanALWeber @IlkaHermes @gingerlabUW Very cool results! @IlkaHermes

[Ginger Lab @gingerlabUW]

Check out our latest paper on an ion exchange gel that enables electrochemically driven ion injection into hydrophobic conjugated polymers from an aqueous electrolyte leading to high-performing organic electrochemical transistors. https://t.co/bJ9370ZSg5 @cgbischak @LucasFlagg