Hydrogel platform enables versatile data encryption and decryption
Clever design of composite temperature-responsive hydrogel allows for dynamic, high-resolution information storage and on-demand decryption.
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Clever design of composite temperature-responsive hydrogel allows for dynamic, high-resolution information storage and on-demand decryption.
Scientists utilize discarded tea leaves for sustainable and affordable sodium-ion battery anodes to enable renewable energy storage.
Highly adaptable optothermal nanotweezers leverage thermophoresis and thermo-osmosis to trap nanoparticles as small as 3.3 nm across materials without requiring surface modifications.
Researchers developed modular, self-assembling graphene sensors that enable versatile, reconfigurable wearable health electronics tailored to individuals.
Scientists leverage 'living' chemistry to 3D print intricate structures with unprecedented reversible shape and property changes over time, exhibiting complex, lifelike adaptation.
Explore the intriguing world of zero-dimensional nanomaterials, from quantum confinement to future tech applications, in an easily digestible guide.
Liquid crystal polymer networks enable light-controlled transfer, sensing and reactions of chemical messengers between layers of robotic skin, showcasing new possibilities for adaptive responses and multi-agent coordination.
An electrically tunable graphene-based biosensor amplified by surface acoustic waves detects ultrathin protein, peptide and polymer layers at unprecedented resolution, even down to the single molecule limit.