Composite metal foam withstands one million load cycles at extreme temperatures
Composite metal foam, a steel-steel CMF, demonstrates extreme fatigue resistance by surviving over 1.2 million cycles at 600°C during high-temperature testing
Composite metal foam, a steel-steel CMF, demonstrates extreme fatigue resistance by surviving over 1.2 million cycles at 600°C during high-temperature testing
Researchers develop a color-changing nanoprobe that measures vitamin C in fruits, vegetables and juice, offering a rapid smartphone-readable freshness indicator
Researchers convert spent coffee grounds and PET bottles into activated carbon that captures CO2 from the air through low-energy co-pyrolysis at 600–700°C
AI accelerates catalyst discovery for hydrogen production, identifying Ni–Fe alloys in days rather than years and slashing costs from $150 to under $5 per gram
APF-80, a metal-organic framework, enables the crystalline sponge method to reveal alkaloid structures by trapping guests for X-ray analysis to speed discovery
Researchers have developed a synthetic polypeptide that mimics the properties of antifreeze proteins found in the blood of polar fish,…
Researchers at the Massachusetts Institute of Technology have developed a new class of stable, bright red fluorescent dyes, solving a…
For decades, scientists have visualized enzymes as rigid, static structures, akin to a lock and key, where a substrate perfectly…
Researchers at The University of Osaka have developed a reusable polymer adhesive that relies on the principles of supramolecular chemistry…
A new, cost-effective method developed by researchers in Japan is poised to revolutionize how scientists study the invisible interactions happening…