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Thomas Schroeder
Principal Investigator
North Carolina State University
I'm working on
6 minutes ago
Innovative experimental research on polymeric and crystalline materials, transport, phase behavior, and textiles
I'm looking for
5 months ago
Sponsored research and other opportunities to fund work in my academic lab
About
I run an experimental research lab focusing on polymers, phase change materials, crystal growth, charge transport, and fiber assemblies / textiles with the aim of developing novel functional materials. I am interested in partnering with entities interested in funding research performed in my lab.
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TS
North Carolina State University

Dynamic multiphase imaging and transport characterization

Advanced optical imaging and analytical modeling to characterize dynamic transport in complex multiphase systems. Combines Raman microscopy and single-molecule fluorescence techniques (FLIM, smFLUSH, FCS) to generate lab...

TechnologyConceptualUniversity
TS
North Carolina State University

Phase-change electrolytes for thermally-mediated resistance switching

The Schroeder lab has developed phase-change gel electrolytes that melt and freeze slightly above room temperature -- this effect switches their electrical (ionic) conductivity by a factor that can exceed 10,000. Above t...

TechnologyIn developmentUniversity
TS
North Carolina State University

Hansen solubility parameter approach for biodegradable polymer formulations

Utilize Hansen solubility parameters (HSPs) to identify bio-based plasticizers for biodegradable polymers, optimizing processability and compatibility. This innovative approach minimizes trial-and-error, enhancing formul...

TechnologyIn developmentUniversity
TS
North Carolina State University

Benzoyl peroxide as a uv-free initiator for methacrylate nail adhesives

Explore a safer alternative to UV-activated nail adhesives using benzoyl peroxide for radical polymerization, offering effective bonding without UV exposure. Ideal for methacrylate-based applications, this innovation aim...

TechnologyConceptualUniversity
TS
North Carolina State University

Polylysine derivatives for biodegradable coacervate-based cleaning solutions

Explore the use of biodegradable polylysines and derivatives as cationic coacervate and film-forming agents in cleaning products. This technology leverages natural amino acid properties for enhanced biodegradability and ...

TechnologyConceptualUniversity
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Thomas Schroeder
Principal Investigator
North Carolina State University
Work experience
Principal Investigator
Postdoc, Materials Science
2018 - 2022
Chercheur Senior, Biophysics
2016 - 2018
Top industry applications
Carbon capture & sequestrationEnergy storage systemsTextile coating and finishing
Expertise
BiomimeticsBiomolecular ProcessesChemical PhysicsCoatingsPolymer BehaviorTextiles
Last updated Sep 2026
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