Health & Medicine
Science works to demystify hair and help it behave
Research explores new ways to classify hair — from loose curls to tight coils — along with ways to control it and improve its looks and health.
Come explore with us!
Research explores new ways to classify hair — from loose curls to tight coils — along with ways to control it and improve its looks and health.
Some types of paper are more likely to cause paper cuts. It’s the paper’s thickness and slicing angle that matter, physicists conclude.
Treating cork with lasers made the material able to quickly sponge up oil while repelling water, scientists in China and Israel found.
Making this metallic, two-dimensional (2-D) material is difficult — but super-thin sheets of gold could have uses in electronics and chemistry.
Most elephant ivory is illegal to sell. Ivory from extinct mammoths isn’t. They look similar, but lasers can tell the difference to help catch poachers.
At cold enough temperatures, these materials can conduct electricity with no resistance.
Wilson’s 3-D printed “airless” basketball is nearly silent and will never deflate, but will it prove a slam dunk for players and fans?
The lab-grown diamonds form in a liquid of gallium, iron, nickel and silicon.
Clothes are made from a variety of fibers, from natural to synthetic ones. Let’s explore how different fibers react with dyes.
Using this method to stick and unstick metals from soft materials could one day create new types of batteries.