Eugene M. Terentejv
Papers
1
Total Citations
169
H-Index
1
About
Eugene M. Terentjev is a leading figure in polymer physics and soft matter, renowned for pioneering work on liquid crystal elastomers (LCEs) and vitrimers. His research bridges fundamental mechanics and materials chemistry, with a focus on creating adaptive, reprocessable polymers. A standout contribution is the introduction of boronic transesterification into LCEs, enabling catalyst-free bond exchange in the nematic phase—a breakthrough that allows for director alignment, remolding, and welding without compromising liquid crystalline order. This work, published in 2019 and cited over 169 times, established a new paradigm for "liquid crystalline vitrimers," merging dynamic covalent chemistry with anisotropic materials. Terentjev’s broader impact is reflected in his highly cited studies on polymer networks, rubber elasticity, and photo-mechanical effects, which have shaped modern understanding of stimuli-responsive materials. His achievements include numerous invited lectures and editorial roles, cementing his reputation as a visionary who translates complex polymer physics into practical, sustainable material solutions.
Research Focus
Key Achievements
Top Papers
- 1Liquid Crystalline Vitrimers with Full or Partial Boronic‐Ester Bond Exchange169 citations · 2019