Joined May 2020
- Tweets 67
- Following 119
- Followers 264
- Likes 51
18 Photos and videos
The Schreier Lab retweeted
Thrilled to share our new paper, “Concerted Proton and Electron Transfer in Heterogeneous Electrocatalytic CO2 Reduction,” published in @angew_chem. Congratulations to Seon and @LabSchreier for this awesome work!! ⚡️onlinelibrary.wiley.com/doi/…
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24 Sep 2025
Check out the results of our awesome collaboration with the Wickens group published in Science! Meg completed the scale-up of the Z-selective alkene thianthrenation thanks to funding from UW Madison and WARF. Great collaborations lead to great outcomes! science.org/doi/10.1126/scie…
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The Schreier Lab retweeted
22 Sep 2025
We performed the dehydrogenation of n-alkanes at room temperature using electricity! Wanted to do this for a long time! Gong Zhang and many other members of @LabSchreier made it happen! ⚡ 🧪Thanks to the Sautet Group for calculations! @UWMadCBE @J_A_C_S
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24 Mar 2025
We are at ACS in San Diego! Check out the schedule to find Megan Kelly's presentation on Monday and Seonmyeong Noh's presentation on Tuesday. Come learn about the fascinating insights we have gained in the Schreier lab! ⚡️⚡️⚡️
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11 Feb 2025
Congratulations to Zach Oliver for his paper published today in @ACSCentSci ! pubs.acs.org/doi/10.1021/acs…
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11 Feb 2025
Our postdoc Gong Zhang will be representing our group at the 2025 Chemical Reactions at Surfaces @GordonConf. If you are attending, come learn about the methods the⚡️Schreier Group⚡️is using to design electrocatalytic pathways at the molecular level! Poster Session Wed & Thur.
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3 Sep 2024
A link to the latest publication. Bravo Christine Lucky!
29 Aug 2024
Here the free link to the publication: rdcu.be/dSlqQ
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The Schreier Lab retweeted
29 Aug 2024
Delighted to share our latest paper in @NatureCatalysis! We are electrochemically controlling the bifurcation between C-C bond breaking and fragment oxygenation of alkanes (butane) on electrocatalyst surfaces! And we selectively desorb products! @UWMadCBE nature.com/articles/s41929-0…
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The Schreier Lab retweeted
6 Jun 2024
The Schreier Group is hiring a postdoc to work on exciting electrochemical scale-up and reactor design in collaboration with the pharmaceutical industry. We aim to fill the position by September 2024. Send your CV with publication list to schreierlab-openings@che.wisc.edu ⚡️🧪!
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The Schreier Lab retweeted
9 Jul 2024
Excited that Nature Chemistry is highlighting the work we did to turn the movement of molecules at the electrochemical interface into sounds! Have a look at the highlight! Bravo Meg Kelly! nature.com/articles/s41557-0… @NatureChemistry @UWMadison @LabSchreier
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The Schreier Lab retweeted
19 Mar 2024
I feel very honored to receive the NSF CAREER award! As part of this project, we will be developing avenues to control the electrocatalytic partial and full oxidation of hydrocarbons. Very proud of the work of my group members @LabSchreier!
19 Mar 2024
Congratulations to our NSF CAREER awardee: Marcel Schreier. Marcel will use this award to develop approaches to control the various phases of full and partial oxidation reactions using methods from electrocatalysis
engineering.wisc.edu/news/wi…
#badgersengineers
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The Schreier Lab retweeted
28 Feb 2024
Have a look at the C&EN highlight of our work on the synthesis of sounds from electrochemical interfaces! cen.acs.org/physical-chemist… @cenmag @UWMadCBE @UWMadisonChem @LabSchreier @ACSCentSci
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The Schreier Lab retweeted
21 Feb 2024
People built Oscillators to make electronic music! The electrochemical interface can oscillate and is also voltage controlled!! We built a synthesizer that makes sounds through the oscillation of the ions at an electrochemical interface! See below for paper link!
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The Schreier Lab retweeted
21 Feb 2024
Check out our paper on the Electrochemical Synthesis of Sound in @ACSCentSci! We make sound from the motion of ions at the electrochemical interface, thereby gaining intuitive insight into dynamics occurring at the interface! pubs.acs.org/doi/10.1021/acs…
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The Schreier Lab retweeted
15 Feb 2024
Have a look at our new perspective in @acsnano on adsorption processes in electrocatalysis! We discuss: How does adsorption change on an electrocatalyst relative to a thermal catalyst, how does the potential influence and steer adsorption of substrates? pubs.acs.org/doi/full/10.102…
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15 Feb 2024
⚠️Mind the Interface⚠️Check out our new perspective on the critical role of absorption processes in electrocatalyst⚡️ design! Congratulations, Christine!🤓pubs.acs.org/doi/10.1021/acs…
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The Schreier Lab retweeted
20 Dec 2023
What a nice cover! pubs.acs.org/doi/full/10.102… @ACS4Authors
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The Schreier Lab retweeted
29 Nov 2023
Check out our paper in @J_A_C_S. Fascinating electrolyte-dependent temperature effects for electrocatalytic CO2 reduction in presence of imidazolium cations! @UWMadCBE
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23 Oct 2023
RT @MarcelSchreier2: Have a look at our paper on the chemical identity of adsorbed methane on Pt electrodes, published as part of the Emerg…
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