New nondestructive technique for analyzing single-atom-thick materials
New method uses van der Waals forces for nondestructive, atomic-scale analysis of 2D materials, preserving sample integrity.
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New method uses van der Waals forces for nondestructive, atomic-scale analysis of 2D materials, preserving sample integrity.
Coating glass vials with metal-organic frameworks enables simple, rapid, reusable and highly sensitive detection of water contaminants, outperforming current methods.
Researchers have developed an on-skin paintable waterproof biohydrogel for wearable bioelectronics, enabling high-fidelity monitoring of bioelectrical signals like ECG.
New flexible pseudocapacitor with novel electrolyte and vanadium oxide electrodes maintains high energy density and stability from -40C to 60C.
Researchers have created a 4D printed soft robot that can crawl and dance using only changes in temperature, offering potential advancements in sustainable, autonomous robotics.
Inkjet printing emerges as a transformative technology for personalized medicine and drug delivery, offering a highly precise and flexible approach to drug formulation and delivery.
This advanced wearable biosensor leverages innovative printing technology to enable continuous, non-invasive monitoring of glucose, alcohol, pH, and temperature through sweat.
Breakthrough in soft robotics: MXene-cellulose nanofiber actuators mimic plant movements, integrating sensing and actuation in one material.