Prieto Group
@PrietoGroupCSU
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Student run account for the Prieto group at Colorado State University Electrochemical and nanoscale synthesis for energy storage and conversion materials
Joined January 2023
Welcome to the Prieto Group Twitter at Colorado State University! This is a student run account that reflects our laboratory's recent publications and accomplishments. You can view these additionally on our website (.
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RT @ACSCentSci: Opening the Door to New Design Rules for Rechargeable Battery Materials. NEW #FirstReactions by @alprieto3 & Hala E. Solima….
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RT @alprieto3: Very excited to have this out in print! Many thanks to all of the authors for their hard work.
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RT @ColoradoStateU: #ColoradoState Prof. Amy Prieto from @CSUNaturalSci is making 🌊🌊🌊 with her game-changing fast-charging battery. 🔋 . But….
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RT @WilliamsCollege: This weekend we celebrated #Williams2025 at Convocation! Nyamekye Akosah '25 received the Grosvenor Cup, and Bicentenn….
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RT @INNO_Insights: Dr. Amy Prieto on revolutionary batteries Their batteries can charge in extreme temperatures and pass nail penetration t….
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RT @INNO_Insights: “It doesn’t matter how good the science is—if it’s not usable, people won’t adopt it.”. Dr. Amy Prieto on battery tech,….
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Huge congratulations to Dr. Erin Snyder who defended her PhD yesterday!
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Luke, Nate, and Erin have recently published their paper on using dibenzyl diselenide as a monitorable, atom-efficient Se source to make Cu3PSe4 nanoparticles -- Congrats! @ChemMater
pubs.acs.org
Complex ternary composition nanoparticles (NPs) are highly desired for a range of potential applications, but their syntheses often rely on empirical syntheses rather than designed, ideally mechani...
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Congratulations to Lily and co-authors on their recent Chem. Materials. publication on the formation pathway of Cu3Si: @ChemMater.
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For Dan's other paper, his study on cPAN coatings for Sb-based anodes can be found here:
pubs.acs.org
Conversion electrodes, such as antimony (Sb), are high energy density electrode materials for sodium-ion batteries (NIBs). These materials are limited in their performance due to the mechanical...
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Congrats to Dan who recently defended his PhD and had two great publications as well. Here is the first one: "Performance metrics and mechanistic considerations for the development of 3D batteries".
nature.com
Nature Reviews Chemistry - In this Review, we provide an overview of the current state of the field of 3D batteries. We discuss critical performance metrics, the potential for scalability and...
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Congrats to Dan for giving a great 4th year research talk, his defense is scheduled for December and we are all very excited!.
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RT @rockymtnluke: Very excited to share my first experimental first author paper is online in JPCC! Check it out:
pubs.acs.org
Platinum nanoparticles (NPs) are utilized extensively in myriad applications ranging from biotechnology and optoelectronics to industrial catalysis. However, precise control over their particle size,...
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Many congratulations to Jessica! She was recently notified that she won an ECS award for her Battery Slam presentation at the #ECS meeting in San Francisco!.
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Congratulations to Dr. Nathan Neisius who recently defended his thesis titled "Cu-P-Se Nanoparticles: Understanding the Reaction Pathway for the Colloidal Synthesis of Energy Conversion and Storage Materials". Nate is off to Tennessee and we are excited to see his next steps!
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Presenting the 2024 Prieto Group at CSU and welcome to Hala and Gladys :o)🎉
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Congratulations to Jess and Jeff on their Tin Antimonide (SnSb) Electrodeposition for Sodium-Ion Batteries Paper that was published in The Electrochemical Society. Read it here:
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"Opening the Door to New Design Rules for Rechargeable Battery Materials" - Congrats to Hala on her publication on Organic Metal-free cathode design rules! Check it out with open access:
pubs.acs.org
A metal-free organic cathode material is described that has high energy storage capacity, can be charged quickly, and has excellent cycle life.
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