Tunable Rhodamine Mechanophores: Designing a Mechanochromic Platform for Stress Mapping in Polymeric Materials

Tunable Rhodamine Mechanophores: Designing a Mechanochromic Platform for Stress Mapping in Polymeric Materials

Mechanophores enable optical property switching in response to mechanical force, offering a powerful platform for stress visualization. Among emerging mechanophores, rhodamine mechanophores have garnered significant interest due to long emission wavelengths, high quantum efficiency, and excellent ph...

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Bibliographic Details
Main Author: Yinghe Yang (21593536) (author)
Other Authors: Zixiong Luo (14649734) (author), Jin Yang (86490) (author), Xudong Liang (225069) (author), Hengxu Song (14849064) (author), Bo Xu (233514) (author), Jiahui Han (7040012) (author), Jiping Yang (845622) (author), Zhijian Wang (310214) (author)
Published: 2025
Subjects:
Biophysics
Biotechnology
Developmental Biology
Mental Health
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
Physical Sciences not elsewhere classified
high quantum efficiency
mechanophores enables high
among emerging mechanophores
long emission wavelengths
mechanochromic properties remains
tunable rhodamine mechanophores
tunable force sensitivity
rhodamine mechanophores
force sensitivity
emission wavelength
rhodamine dyes
mechanical force
mechanochromic platform
mechanochromic behaviors
mechanochromic behavior
xanthene backbone
work provides
wide range
strain threshold
significant challenge
quality mapping
powerful platform
polymeric materials
general method
fading kinetics
extending conjugation
experiments show
excellent photostability
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