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Our work featured on the Front Cover of Macromolecules (April 2023). 

Here are the article and the UNL press release.

 

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Our goal is to address growing technological needs by understanding and controlling the fundamental mechanism of crystallization of polymers during processing. Semicrystalline polymers have potential for a wide range of applications in biomedicine, energy harvesting, and functional materials, Currently, advances in polymer synthesis offer unprecedented opportunities to direct crystallization, morphology, and properties, and newer technologies such as 3D-printing have not yet reached their full capabilities because structure development is complex and not well understood. Our research seeks to overcome current limitations, leading to rational design of materials/processes to obtain complex materials with advanced properties and, ultimately, to improve quality of life.


NEWS

2025

  • May: our undergraduate researchers Trygve Santelman and Francisco Tramonte Bisnieto graduate with their B.S. in Mechanical Engineering. Many congratulations! 
  • April: Jesse Kuebler gives a Pierson Graduate Seminar at the Mechanical & Materials Engineering department. 
  • March: Prof. Fernandez-Ballester co-organizes and chairs a session on polymer crystallization at the 2025 APS Global Physics Summit in Anaheim.
  • March: Prof. Fernandez-Ballester gives a talk at the 2025 APS Global Physics Summit in Anaheim.  
  • March: Jesse Kuebler presents a poster at the 2025 APS Global Physics Summit in Anaheim.
  • January: Prof. Fernandez-Ballester receives a National Science Foundation award as PI. 

2024

2023

2022