Materials Science
‘Stenciling’ tiny gold particles gives them new properties
Decorating nanoparticles with other chemicals could give them useful properties for medicines, textiles and more.
By Skyler Ware
Come explore with us!
Decorating nanoparticles with other chemicals could give them useful properties for medicines, textiles and more.
Under ultraviolet light, some minerals adopt long-lasting new hues.
Miles Wu, 14, tested the strength of different ‘Miura-Ori’ origami folds and showed they might be useful in the design of pop-up emergency shelters.
The handheld printer might someday apply bone-repair patches directly onto fractures — complete with antibiotics to prevent infection.
Materials known as metal-organic frameworks, or MOFs, trap some PFAS fast — and can be reused again and again.
This bizarre collection of “standard reference materials” help ensure the safety of waterways, buildings, medicines, foods and much more.
Boulders that have mysteriously moved across Death Valley’s landscape inspired the work. The new surface can slingshot ice in a chosen direction.
Richard Robson, Susumu Kitagawa and Omar Yaghi developed these metal-organic frameworks, which can trap pollutants, collect water from air and more.
By transforming urine into a valuable medical product, scientists hope to change how we view this human waste.
Holograms, 3-D printed clothing, personal robots — these technologies and more might one day transform your daily life.