Really happy to see this paper on some of the spectroelectrochemistry methods we helped formalise out. Hope it will be useful! Huge thanks to @Reshma_R_Rao, @Caiwu_Liang, @IfanStephens, @durrant_group, Soren Scott and Andrew Carpenter at Andor instruments for their help in this!
Our newest #Primer is on #spectroelectrochemistry (SEC), a method for studying redox-active interfaces in a UV-Vis spectral window. With this technique, redox stoichiometries and kinetics can be determined and analyzed. 🌈🔋
https://t.co/yjM2FbiTdo
Honoured to be named a Wiley Research Hero (Open Science Advocacy)! 👨💻
Open access data, software, papers etc are transforming research, esp computational materials science.
Increasing recognition for community contributions will motivate young researchers to follow suit!👨💻📈
“Monsters exist, but they are too few in number to be truly dangerous. More dangerous are the common men, the functionaries ready to believe and to act without asking questions.”
― Primo Levi
#HolocaustMemorialDay
The work of Dr. Yohei Cho from the Taniike Lab (currently at Institute of Science Tokyo) has been selected for the front cover artwork of ACS Environmental Au ( https://t.co/ZWXTvJz3aP ). Congratulations! @ACSPublications#MyACSCover#JAIST論文
A Holistic View of Ions and Water Arrangements at the Electrified Cu Surface during Electrochemical CO2 Conversion | The Journal of Physical Chemistry C https://t.co/iZH2yUBIim
We are pleased to have Keith Butler (UCL) speaking at the next UKSAF meeting. His research uses data-driven methods & quantum mechanics calculations to design new materials & help accelerate the experimental characterisation of materials.
Registration: https://t.co/oFwat6glqR
Really happy to see this paper on some of the spectroelectrochemistry methods we helped formalise out. Hope it will be useful! Huge thanks to @Reshma_R_Rao, @Caiwu_Liang, @IfanStephens, @durrant_group, Soren Scott and Andrew Carpenter at Andor instruments for their help in this!
Our newest #Primer is on #spectroelectrochemistry (SEC), a method for studying redox-active interfaces in a UV-Vis spectral window. With this technique, redox stoichiometries and kinetics can be determined and analyzed. 🌈🔋
https://t.co/yjM2FbiTdo
New arXiv just up in time for MRS. Discovery and recovery of crystalline materials with property-conditioned transformers. Amazing work by Cyprien and a bunch of our buddies.
https://t.co/B1T0lxThuh
I have a funded 4 year PhD position available in using Machine Learning to interpret XPS spectra.
In this project you will develop ML methods to understand and interpret one of the most important spectroscopic methods in materials science. Links in reply below.
Pls RT!
Recent highlight by #SoCaltech on my accessible educational resources for photochemistry and spectroscopy!
I hope more folks share their expertise freely, and take knowledge that is normally transferred 1-on-1 from mentor to mentee and make it accessible.
https://t.co/r9cQXjSsqn
Here is our recent paper using Microscopy and operando spectroscopy for Unveiling the Role of Guanidinium for Enhanced Charge Extraction in Inverted Perovskite Solar Cells | ACS Energy Letters https://t.co/Me6LIpy32d
After 2.5 years, our work is finally published! Big thanks to my supervisor and colleagues for all the insightful discussions. Grateful for everyone’s support on this journey!
https://t.co/oMYwbw1Vr5
Check out "Automated monitoring of electrocatalyst corrosion as a function of electrochemical history and electrolyte formulation" by @JeneweinKen, @CherevkoSerhiy, @johnmgregoire, & co!
Read the #OpenAccess communication here 👇
https://t.co/dA8fPOjC9U
A's relatives hoped to be able to scrape a little money together to supplement the fundraiser. But yesterday her mum called: she won't be able to help A at all going forward, because her health is getting worse. 2 weeks left - any RTs mean the world https://t.co/aV7zg2ypPn