Peptide-Based Tuneable Piezoresponsive Nanomaterials – A Revolution in Smart Materials
KEY CONCEPT:Peptide-based piezoresponsive nanomaterials utilize supramolecular self-assembly to achieve piezoelectric properties, converting mechanical stress into electrical energy.
These materials are pivotal for energy harvesting, biomedical devices, soft robotics, sensors, and flexible electronics.
HIGHLIGHTS:
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NANOSTRUCTURES: Developed through precise control over peptide self-assembly pathways, enabling responsiveness to mechanical stimuli.
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PIEZOELECTRICITY: Structural asymmetry and dynamic chiroptical switching enhance piezoresponsive behavior.
APPLICATIONS:
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Sensors: Mechanical-to-electrical signal conversion.
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Energy: Harvesting mechanical energy for devices.
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Healthcare: Smart biomedical implants.
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Electronics: Flexible and wearable tech.
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Robotics: Materials for adaptive systems.
SIGNIFICANCE: This breakthrough solidifies India's leadership in nanotechnology.