Evans Research Group
@ERG_Chem
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Organic materials group interested in electronic and spintronic phenomena working with @AustinMEvans. Proud member of @UFChemistry and @ButlerPolymer.
Gainesville, FL
Joined February 2022
If the opportunity to work with our wonderful group isn’t enticing already, here are some pictures of our beautiful surroundings in North-Central Florida. (3/)
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The position would begin during Fall 2025 at UF in Gainesville, FL. All applicants must be a US citizen. (2/).
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The Evans Research Group is searching for a new postdoc to join the team 🐊! Research would focus on polymer synthesis and manufacturing with opportunities to work closely with industrial partners. More details in comments. Please RT and share. (1/).
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RT @RupamRo41583309: Are you interested in gaining insight into polaron-based charge transport in semiconducting 2D polymers? Please check….
onlinelibrary.wiley.com
This report explores polaron-based charge transport in controllably p-type doped 2D polymers. Substoichiometric injection of holes in 2DP lattices leads to the lowest optical bandgaps and maximal...
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Some excellent science by graduate student, Mahmudul Hasan, as well as others in the #ERG + collaborators at Northwestern and UT-El Paso! Keep your eyes on the horizon for what’s next 🧪.
Rapid Cathodic Coloration in Solution-Processable Electrochromic Polymers of Intrinsic Microporosity | Journal of the American Chemical Society @UF
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RT @RupamRo41583309: Delighted to share our recent work led by @AMMahmudulHasa2 on high performance electrochromic porous polymer published….
pubs.acs.org
This study describes four solution-processable polymers of intrinsic microporosity with rapid electrochemical switching in solid-state two-terminal devices. Conventional electrochromic polymers are...
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Amazing work by Graham Gilchrist and others in the Sumerlin and Evans research groups. Can’t wait to see what’s up next! ⚡️⚡️⚡️.
Hitting the ground running in 2025 with another new paper, this time in @J_A_C_S! Here, #Graham and team used redox-orthogonal, pendent phthalimide esters to electrolytically modify & degrade PMMA/PMA copolymers! @Brent_Sumerlin @ERG_Chem @AustinMEvans .
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RT @LowDispersity: Hitting the ground running in 2025 with another new paper, this time in @J_A_C_S! Here, #Graham and team used redox-ort….
pubs.acs.org
This study demonstrates that selective macromolecular electrolysis can be achieved on copolymers containing redox-orthogonal targets by controlling the externally applied voltage. We designed...
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Many congratulations to @KianaTreaster .for passing her oral examination. We’re so excited to see the amazing science she’ll continue to do in lab. Cheers 🧪
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RT @summerjbrown: There are many great things in life—among the best being coffee and chemistry. Both get me up in the morning. I am prou….
pubs.acs.org
Precisely controlling quantum states is relevant in next-generation quantum computing, encryption, and sensing. Chiral organic chromophores host unique light–matter interactions, which allow them to...
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A little late…but many congratulations to @AMMahmudulHasa2 for passing his oral examination. We’re so excited to see the amazing science he’ll continue to do in lab. Cheers 🧪
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RT @KianaTreaster: A bit late to post, but excited to have been a part of cool battery research, led by @AniDavis1 from @ERG_Chem. Cross -l….
pubs.rsc.org
We have investigated the fundamental impacts of network cross-linking density on organic cathode performance. Current battery technologies rely on transition metal oxide cathodes that suffer from...
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RT @seangitter96: I'm excited to have been a part of this work led by He. Pretty cool seeing how mechanical bonds impact polyolefin thermal….
pubs.rsc.org
Polymers that contain mechanical bonds have unique and useful properties. It is difficult to prepare linear polyrotaxanes that contain well-defined mechanical bonds, which has made it challenging to...
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RT @UF_ACS_ORCA: 🍂Get ready for a spooktacular month of ORCA events! 🎃👻 #communityservice #journalclub #chemistry
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RT @LowDispersity: Go peep our newest perspective/review paper in collab with @ERG_Chem on the electrochemical postpolymerization modificat….
pubs.acs.org
Electrolysis is an emerging approach to polymer postpolymerization modification, deconstruction, and depolymerization. Electrochemical reactions are particularly appealing for macromolecular transf...
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RT @seangitter96: Super excited for the first paper from my postdoc. Big thanks to my advisors @Brent_Sumerlin @AustinMEvans, coauthors Jos….
pubs.acs.org
Electrolysis is an emerging approach to polymer postpolymerization modification, deconstruction, and depolymerization. Electrochemical reactions are particularly appealing for macromolecular transf...
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Congratulations to graduate student, #JoshMarquez for completing his candidacy exam with flying colors! We are excited to see the great science he’ll do as a PhD candidate.
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RT @UF_ACS_ORCA: 📅 Mark your calendars! Our Fall Kickoff Meeting is set for September 6 at 2:00 PM. Location TBD. Stay tuned for updates! 🍂….
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Chrissie, during your tenure in @erg_chem, you’ve pushed the frontiers of polymer science and you have made all of us better people. Your enthusiasm, commitment, and authenticity will be greatly missed. #AuRevoir! (Consider us for grad school 😉) #ChrissieLassne
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