Cole Sorensen
@colesorensen.bsky.social
Engineering proteins in the Hyster lab at Princeton as a BioLEC Distinguished Postdoc
PhD in polymer chemistry controlling cations in the Leibfarth group at UNC
PhD in polymer chemistry controlling cations in the Leibfarth group at UNC
Out now in collaboration with the Boudouris, Savoie, and Leibfarth groups we show how controlling polymer stereochemistry in non-conjugated radical polymers is critical for their resultant spin transport.
www.science.org/doi/10.1126/...
This work…/n
www.science.org/doi/10.1126/...
This work…/n
Stereoregular radical polymers enable selective spin transfer
Stereoregular polymers with persistent radicals transport spins over long distances for next-generation information storage.
www.science.org
March 22, 2025 at 5:44 PM
Out now in collaboration with the Boudouris, Savoie, and Leibfarth groups we show how controlling polymer stereochemistry in non-conjugated radical polymers is critical for their resultant spin transport.
www.science.org/doi/10.1126/...
This work…/n
www.science.org/doi/10.1126/...
This work…/n
Hello Chemsky! My name is Cole Sorensen.
I recently received my PhD in polymer chemistry from UNC-CH using asymmetric catalysis to make macromolecules. 〰️🧪
I now am a postdoc at Princeton engineering macromolecules to make asymmetric small molecules! 🧬🧪
Find me cooking, gardening, or running ✌️
I recently received my PhD in polymer chemistry from UNC-CH using asymmetric catalysis to make macromolecules. 〰️🧪
I now am a postdoc at Princeton engineering macromolecules to make asymmetric small molecules! 🧬🧪
Find me cooking, gardening, or running ✌️
November 21, 2024 at 12:52 AM
Hello Chemsky! My name is Cole Sorensen.
I recently received my PhD in polymer chemistry from UNC-CH using asymmetric catalysis to make macromolecules. 〰️🧪
I now am a postdoc at Princeton engineering macromolecules to make asymmetric small molecules! 🧬🧪
Find me cooking, gardening, or running ✌️
I recently received my PhD in polymer chemistry from UNC-CH using asymmetric catalysis to make macromolecules. 〰️🧪
I now am a postdoc at Princeton engineering macromolecules to make asymmetric small molecules! 🧬🧪
Find me cooking, gardening, or running ✌️