Advancements in electronic fibers through thermal drawing offer high sensitivity and stretchability, crucial for wearables ...

This innovative self-healing polymer integrates gold nanoparticles, ensuring flexibility and durability for future wearable technology and robotic applications.

Explore how innovative extraction systems enhance environmental analysis, delivering fast, reliable, and contamination-free PFAS testing.

AIMPLAS, the Technology Centre, hosted the second edition of the International Seminar on Plastic Characterization, CHARPLAST ...

Discover how advanced water analytics optimize ultra-pure water use in semiconductor fabs, boosting yield and reducing environmental impact.

Researchers at Stanford University have developed a storage material with higher energy density for iron-based batteries.

BN nanosheets provide innovative solutions for corrosion protection, combining electrical insulation and chemical inertness ...

How do you make a menstrual cup hygienic? A self-cleaning menstrual cup and a seaweed-based tablet could be the sustainable ...

New insights into carbon monoxide adsorption on catalysts enhance the design of efficient CO2-to-fuel conversion processes, ...

Penn State's research on KNN piezoelectric materials reveals potential for efficient energy harvesting and biocompatible ...

This article examines emerging materials in space science, focusing on advancements that enhance performance and ...

Unlocking full-color, high-speed displays, retina E-paper combines nanophotonics and electrochemistry, achieving remarkable ...