Light activated non-reciprocal motion in liquid crystalline networks by designed microactuator architecture

Keyphrases

• Liquid Crystalline Networks 100%
• Non-reciprocal Motion 100%
• Light Activation 100%
• Microactuators 100%
• Cross-linker 33%
• Irradiation 33%
• Azobenzene 33%
• Step Processes 33%
• Mesogen 33%
• Light-induced 33%
• Reciprocal Effects 33%
• Laser Light 33%
• Light-driven 33%
• Macrostructure 33%
• Monomer Mixtures 33%
• Material Manipulation 33%
• Actuation 33%
• Induced Deformation 33%
• Laser Writing 33%
• Light-responsive 33%
• Writing Methods 33%
• Millimeter-sized 33%
• Mixture Properties 33%
• Chemical Materials 33%
• Laser Writing Systems 33%
• Photopolymerization 33%
• Microstructure-based 33%
• Actuator Dynamics 33%
• LED Lighting 33%

Engineering

• Crystalline Network 100%
• Microscale 100%
• Liquid Crystal 100%
• Microstructure 50%
• Crosslinker 50%
• Monomer 50%
• Length Scale 50%
• Induced Deformation 50%
• Photopolymerization 50%
• Laser Light 50%
• Actuation 50%
• Mixture Property 50%
• Millisecond 50%
• Step Process 50%

Material Science

• Microstructure 33%