Schizophrenic Shape Memory Hydrogel with Hidden Morphological Information for Transient Encryption

Schizophrenic Shape Memory Hydrogel with Hidden Morphological Information for Transient Encryption

Inspired by sign language, responsive materials construct an efficient encryption channel via programmable shape morphing, offering a potential solution to the decryption vulnerabilities of existing optical anticounterfeit. However, these pioneering approaches often fail to conceal morphological inf...

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Bibliographic Details
Main Author: Jianlei Lu (283145) (author)
Other Authors: Chujun Ni (7297133) (author), Xin Wen (470639) (author), Xin Guan (6987) (author), Baoyi Wu (7833461) (author), Nan Hai (9650540) (author), Yang Li (7082) (author), Jiawei Zhang (294744) (author)
Published: 2025
Subjects:
Biophysics
Cell Biology
Neuroscience
Biotechnology
Computational Biology
Space Science
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
Information Systems not elsewhere classified
transient information storage
transient information display
responsive materials construct
existing optical anticounterfeit
complex morphological information
advanced anticounterfeiting materials
transient information encryption
transient encryption inspired
existing encryption strategies
initially simple shape
hidden morphological information
2 +</ sup
triggered multiple shape
shifting system opens
level encryption
predictable shape
one system
hidden within
vinyl alcohol
unprecedented pattern
thereby achieving
sign language
potential solution
onset recovery
integrated multifunctionality
induced clustering
induced aggregation
independent channel
decryption vulnerabilities
c6 ),
alkyl chain
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