Autonomous Switching of Self-Propelled Motion Modes of Hinokitiol-Fueled Elastomer Matrices

Autonomous Switching of Self-Propelled Motion Modes of Hinokitiol-Fueled Elastomer Matrices

Programmable self-propelled motion underpins essential biological functions and serves as a powerful inspiration in the design of dynamic synthetic materials. While significant progress has been made in developing self-propelled systems, most existing strategies rely on external stimuli or the incor...

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Bibliographic Details
Main Author: Lara Rae Holstein (22463149) (author)
Other Authors: Masayuki Takeuchi (1579435) (author), Nobuhiko J. Suematsu (655802) (author), Atsuro Takai (2091634) (author)
Published: 2025
Subjects:
Biochemistry
Medicine
Genetics
Neuroscience
Physiology
Biotechnology
Inorganic Chemistry
Computational Biology
Space Science
Biological Sciences not elsewhere classified
polystyrene elastomer matrix
existing strategies rely
enable intrinsic switching
achieve mode switching
motion modes 
like macroscopic motion
surrounding polymer scaffold
dynamic synthetic materials
propelled motion modes
macroscopic motion
polymer scaffold
propelled materials
autonomous switching
propelled systems
synthetic self
continuous motion
systematically engineered
significant progress
powerful inspiration
phase transitions
oscillatory movement
molecular arrangement
mesoscale structures
mesoscale structure
fuel species
findings demonstrate
external stimuli
external inputs
distinctly without
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