material
Breakthrough in Optical Control of Ferroaxial Materials Paves Way for Next-Generation Data Storage
In today's digital world, information storage relies on binary code, where any physical system with two stable states can serve as a data carrier. Ferroic materials—such as ferromagnetic and ferroelectric…
A team of researchers at the University of Tokyo has discovered a new way to make nanodiamonds using electron beams. This method can turn a special molecule called adamantane into…
A rare mineral found in meteorites and on Mars has drawn scientific interest for its unusual thermal behavior. Unlike typical materials, this substance maintains nearly constant thermal conductivity across temperature…
A research team at the University of Toronto's Faculty of Engineering has developed a new nonstick coating that matches the performance of conventional PFAS-based coatings while drastically reducing PFAS content,…
Researchers at North Carolina State University have developed a new "self-driving laboratory" technology that leverages dynamic flow chemistry and real-time monitoring to boost the efficiency of materials discovery by at…
Breakthrough Silicon-Based Polymer Exhibits Semiconductor Properties, Paving Way for Flexible Electronics
A research team from the University of Michigan has made a groundbreaking discovery: a novel silicon-based material that exhibits semiconductor properties—an unprecedented feat for this class of compounds. The findings…
University of Tokyo Unveils Fully Automated Digital Lab for Advanced Materials Research
The University of Tokyo, in collaboration with research partners, has developed a fully automated digital laboratory system called dLab (digital laboratory), designed to streamline the synthesis, structural analysis, and property…
MIT Engineers Develop Breakthrough Dual-Network Metamaterial Combining Strength and Flexibility
For years, the design of metamaterials has pursued ever-greater strength, often at the expense of flexibility. Now, engineers at the Massachusetts Institute of Technology (MIT) have developed an innovative metamaterial…
An international research team led by Penn State University has developed a miniature flexible robot capable of navigating through disaster debris to locate survivors or delivering medication precisely within the…
Researchers have recently developed an innovative hydrogel that can self-repair in a manner similar to human skin. Combining exceptional toughness with flexibility, the hydrogel demonstrates remarkable self-healing capabilities, typically recovering…
