The Wilson Lab

Physical/analytical chemists performing research in catalysis and sustainable energy.

[InorgChemFront @InorgChemFront]

Take a look at this #review by Andrew J. Wilson et al. @AJWilsonLab:

Utilizing the magnetic properties of electrodes and magnetic fields in electrocatalysis

https://t.co/1SWC1gZi08

[The Wilson Lab @AJWilsonLab]

Check out our new publication where we describe how an external magnetic field can be used to enhance selectivity in electrocatalytic CO2 reduction. Congrats to first-author @OscarKarki!
https://t.co/Smk4Jttioa

[The Wilson Lab @AJWilsonLab]

@OscarKarki Congrats to Oscar! Well-deserved recognition!

[The Wilson Lab @AJWilsonLab]

@Vanshikajain96 Thanks!

[The Wilson Lab @AJWilsonLab]

In our recent publication, we detail how temperature gradients enhance reaction rates in plasmon-assisted electrochemistry and provide a simple experiment to control for photothermal enhancement. Congrats to first-author Amin!
https://t.co/lzHWmiH1O9

[The Wilson Lab @AJWilsonLab]

@Ella_Maru Thank you!

[The Wilson Lab @AJWilsonLab]

Check out our recent Perspective article on reducing averaging in electrocatalysis measurements. Congrats to first-author @johann_hemmer and the entire team!
https://t.co/xamX6Hkdg5

[Nature Reviews Methods Primers @MethodsPrimers]

Check out this Primer from @ChristaBrosseau @SMUScience @smuhalifax @AJWilsonLab @acolinaubu @UBUinvestiga @prjuanvict for tips on using EC-SERS in your research: https://t.co/w19ii3ZxsE

[Christa Brosseau @ChristaBrosseau]

A true labor of love, our Primer on Electrochemical Surface-Enhanced Raman Spectroscopy is now out in @MethodsPrimers published by @SpringerNature, link here for full-text: https://t.co/qMHDPrB1HI Many thanks to my collaborators including @acolinaubu @AJWilsonLab, Bin and Xiang!

[Alvaro Colina @acolinaubu]

Very happy to publish this review on EC-SERS in @MethodsPrimers in collaboration with some of the best researchers in this field. Thank you very much @ChristaBrosseau, @AJWilsonLab, Bin Ren, Xiang Wang and collaborators for your extraordinary work.
https://t.co/5UCHmzXv4m

[RSC Advances @RSCAdvances]

A geographically invasive vine with potential health benefits is repurposed to control the size and uniformity of Ag nanoparticles! @AJWilsonLab

👇👇👇👇👇 #chemtwitter

https://t.co/9U0Ay3witr

[The Wilson Lab @AJWilsonLab]

Congrats to Jaley Adkins, first-author and former undergraduate researcher, on publishing her paper describing the use of an invasive vine to control the size and uniformity of Ag nanoparticles! https://t.co/RbrRGj2N2F

[The Wilson Lab @AJWilsonLab]

In a recent publication, we employ a modulated electrochemical excitation strategy and Raman spectroscopy to track the temporal evolution of the CO intermediate in electrocatalytic CO2 reduction at Ag electrodes. Congrats to first-author @PadmanabhUdct!
https://t.co/FU8QUn3PBp

[The Wilson Lab @AJWilsonLab]

Our collaborative paper with Youngsoo Kim's group demonstrating plasmon-driven photopolymerization on Au nanoparticles in a colloid is published in @JPhysChem. Congrats to the team! @PadmanabUdct https://t.co/jqTq337SWq

[The Wilson Lab @AJWilsonLab]

@MeiShenGroup @ChemistryUIUC @BeckmanInst Congratulations Mei!

[The Wilson Lab @AJWilsonLab]

https://t.co/ER1UO2gGpm

[The Wilson Lab @AJWilsonLab]

If you are a prospective graduate student looking for a diverse and collaborative Ph.D. program, please attend our virtual recruitment session on December 8 at 9:00 AM (EST). You will meet our faculty and get more information about the program, funding, research, and more.

[Zac Schultz @ZacSchultz1]

#MUACC2022 Poster winners. The future looks good!

[UofL Chemistry @UofLChem]

UofL Raise Some "L" Campaign

[The Wilson Lab @AJWilsonLab]

Operando vibrational spectroscopy is a powerful tool to study fundamental processes in electrocatalysis at nanoscale and single atom electrocatalysts. Check out our recent review by lead author Dr. Padmanabh Joshi. @PadmanabUdct
https://t.co/FDLY54Bbu7