SchelterGroup (@scheltergroup) 's Twitter Profile
SchelterGroup

@scheltergroup

Synthetic inorganic chemistry group @PennChemistry. Ln/An. Structure, bonding, reactivity, separations, catalysis. Always retweets xtal pics.

ID: 3357377021

linkhttp://scheltergroup.chem.upenn.edu calendar_today03-07-2015 20:06:15

4,4K Tweet

4,4K Followers

1,1K Following

Taylor Sparks (@taylordsparks) 's Twitter Profile Photo

I first cut my teeth on quantitative materials criticality research back in 2012 as a postdoc UCSB . We dug through PDF after PDF in the USGS Mineral Commodity Summaries in a painstaking process of extracting reserve and production values for minerals on a country-by-country,

SchelterGroup (@scheltergroup) 's Twitter Profile Photo

We discovered an in crystallo organometallic isomerization that shows 4f-orbitals can (uniquely) promote chemical reactions among isostructural 3d, 4d, 5d, 4f, & 5f complexes! Check out our latest paper, out now Nature Chemistry rdcu.be/eiVZw

C&EN (Chemical & Engineering News) (@cenmag) 's Twitter Profile Photo

In their latest work, Eric J. Schelter and his colleagues have shown that 4f orbitals can play an essential role in guiding the reaction of a molecule attached to a lanthanide. cen.acs.org/materials/inor…

SchelterGroup (@scheltergroup) 's Twitter Profile Photo

Happy End of Semester! Our Penn Chemistry students have done great learning about rare earths and actinides in "CHEM 7650 Chemistry of the f-Block Elements"! Shown here observing UO22+ luminescence under sunlight irradiation. Thanks Sarah ⌬ for demoing your 238U-duck in class!

Happy End of Semester! Our <a href="/PennChemistry/">Penn Chemistry</a> students have done great learning about rare earths and actinides in "CHEM 7650 Chemistry of the f-Block Elements"! Shown here observing UO22+ luminescence under sunlight irradiation. Thanks <a href="/okonski_s/">Sarah ⌬</a> for demoing your 238U-duck in class!
Nuno A. G. Bandeira (@nuno_bandeira) 's Twitter Profile Photo

The lanthanide elements’ 4f electron orbitals are notoriously shy and retiring. Now chemists have brought out a surprising extrovert streak in these orbitals, this is the first clear example of 4f bonding actually steering the course of a reaction: doi.org/10.1038/s41557….

KoenigChemistry (@chemistrykoenig) 's Twitter Profile Photo

Here is our investigation on new tunable ligands in cerium photocatalysis under mild conditions. Congrats to Nico! Chemistry Green‐light Cerium Photocatalysis enabled by Pyridine N‐oxide Ligands doi.org/10.1002/ejoc.2…

SchelterGroup (@scheltergroup) 's Twitter Profile Photo

Congrats to Bobby on his great Front Cover artwork for our Featured Article Co/Ni story, out now Chem ! cell.com/issue/S2451-92…

Congrats to Bobby on his great Front Cover artwork for our Featured Article Co/Ni story, out now <a href="/Chem_CP/">Chem</a> ! cell.com/issue/S2451-92…
David Balcells (@balcellsd) 's Twitter Profile Photo

Want to see an estimate of the average UV-Vis spectrum of the known metal-organic chemical space? Here you have it for 74,281 transition metal complexes, including wavelengths & intensities, charge transfers, and solvatochromic effects. All ready for your ML projects. Have fun!

Want to see an estimate of the average UV-Vis spectrum of the known metal-organic chemical space? Here you have it for 74,281 transition metal complexes, including wavelengths &amp; intensities, charge transfers, and solvatochromic effects. All ready for your ML projects. Have fun!
James | fund SEPTA (@jamesphl96) 's Twitter Profile Photo

Tons of folk out here for the Schuylkill river trail christian to crescent bridge opening connecting center city to south Philly

Kozlowski Lab (@kozlowskimarisa) 's Twitter Profile Photo

Congrats to all graduates at this weekend’s Penn graduation! Special shout-out to former group member Cami, pictured with Max from the SchelterGroup lab

Congrats to all graduates at this weekend’s <a href="/Penn/">Penn</a> graduation! Special shout-out to former group member Cami, pictured with Max from the <a href="/SchelterGroup/">SchelterGroup</a> lab
Liberato Manna (@mannaliberato) 's Twitter Profile Photo

Did you know? If relativity did not play a role, a piece of gold would look gray. Relativity contracts the 6s orbital & lowers its energy, and does the opposite with the 5d orbitals. Optical absorption, due to the 5d->6s transition, is in the blue, so the color of gold is yellow!

Did you know? If relativity did not play a role, a piece of gold would look gray. Relativity contracts the 6s orbital &amp; lowers its energy, and does the opposite with the 5d orbitals. Optical absorption, due to the 5d-&gt;6s transition, is in the blue, so the color of gold is yellow!
Research Corporation for Science Advancement (@rcsa1) 's Twitter Profile Photo

Here’s an interview with #CottrellScholar 2019 and #Scialog AES & NES Fellow Ellen Matson, University of Rochester, winner of the ACS 2025 Inorganic Chemistry Lectureship. bit.ly/43T4Ipn