We use time-resolved electrostatic force microscopy to map how surface potential evolves in perovskites during photoexcitation. We show nanoscale variations in recombination dynamics as affected by morphology and passivation! @rajgiri@acsnano https://t.co/havUKomedB
Our newest work on time-resolved EFM is published! Working on trEFM was part of the reason I came back to academia, so I'm really really excited to see this published. Maddie and Justin did amazing work here! I'll post more on LinkedIn. https://t.co/SPJYPcbOn0
Come join @tpavanderpol, Sabine Ludwigs and I in Valencia ☀️🏝️😎 this Fall at #MATSUS25@nanoGe_Conf. We’ll discuss OECT materials, devices, applications, modeling, and more! We have a fantastic invited speaker lineup already and look forward to your exciting contributed talks!
Yesterday was the 15th anniversary of my PhD defense! Easily in my top-5 happiest moments of my life, somewhere between "getting engaged" and "beating Super Mario Bros 3 for the first time."
Our paper on asymmetric OECT switching kinetics from doping propagation and density-dependent mobility is out @NatureMaterials! Led by @chenmerson & Jiajie Guo, with @cgbischak, Chang-Zhi Li (Zhejiang) and @luscombe_OIST, complete with cool movies! https://t.co/rWfBAPe6Pi
Our paper on asymmetric OECT switching kinetics from doping propagation and density-dependent mobility is out @NatureMaterials! Led by @chenmerson & Jiajie Guo, with @cgbischak, Chang-Zhi Li (Zhejiang) and @luscombe_OIST, complete with cool movies! https://t.co/rWfBAPe6Pi
@deejaykate Not really. I enjoy my job, being in a lab and learning new science is very fun for me. But it's funny that basically once a week for 8 years this comes up here and I haven't figured out a good canned response
Today marks exactly 8 years in my current academic position after a few years in industry. Today also marks exactly 8 years since I was first asked by a grad student if I missed industry
Exciting work demonstrates an artificial neuron based on organic transistors showing responses to biological ions and neurotransmitters! Congrats @FabianoSimone. Looking forward to its in-vivo sensing/neuromorphic computing potential! https://t.co/z1bFdCkJkW @chenmerson@rajgiri
Congrats @CarloPerini3 on his @ACSEnergyLett paper!!
Using hyperspectral PL microscopy and c-AFM with @rajgiri@gingerlabUW,we looked at the spatial heterogeneity of n=1 and n=2 phases deposited via vapor and solution.
Such a fun collaboration! Hope to work together again soon 🤗
@ramav_matsci Was going to also say NanoSurf, though tbh I know them primarily from teaching STM that I used in grad school and was quite open access and high-quality
Just a quick reminder that you can win a Nobel with an h-index = 29 (according to the usually inflated google scholar). Quantitative measures of scientific output are not the way to go to a bright future for humanity.
Congrats to Maddie on her new paper (w/ @rajgiri) published in @JCIM_JCTC demonstrating neural network extraction of carrier dynamics on perovskites using SPM! An exciting new application of ML for imaging dynamics using SPM https://t.co/qzpr8Wdkiy [https://t.co/n6Yaxv5iZa]
@Sergei_Imaging I still get some curious looks when I tell people all of my degrees are in Electrical Engineering and then proceed to explain my research.