Materials Science
Lead becomes stronger than steel under extreme pressures
Lead is a soft metal, easily scratched with a fingernail. But that changes dramatically when the metal is compressed under high pressures.
Chemistry
More Stories in Chemistry
-
ChemistryThe development of the lithium-ion battery has won the chemistry Nobel Prize
Three scientists have won the 2019 Nobel Prize in chemistry for helping create lithium-ion batteries, which power everyday devices from smartphones to electric cars.
-
Science & SocietyThis year’s SN 10 enjoy the journey, not just the discovery
Meet 10 young researchers who combine persistence and passion to make headway on science’s big questions.
-
ChemistryBrett McGuire searches space for the chemistry of life
The complex molecules Brett McGuire has discovered in interstellar space may point to the origins of carbon-based life.
-
LifeMichelle O’Malley seeks greener chemistry through elusive fungi
Michelle O’Malley studies anaerobic gut fungi, microbes that could help make chemicals and fuels from sustainable sources.
-
ArchaeologyBaby bottles may go back millennia in Europe
Europe’s early farmers used spouted vessels to wean infants, an analysis of residue from animal milk left in the containers suggests.
-
Science & Society3-D printed ‘ghost guns’ pose new challenges for crime-scene investigators
Researchers are analyzing the ballistics of 3-D printed guns and the plastic they leave behind to help forensic scientists track these DIY weapons.
-
HumansThe longest Dead Sea Scroll sports a salt finish that the others lack
A newly discovered salty lamination on the Temple Scroll could help explain why the ancient manuscript’s parchment is remarkably bright.
-
TechA mini chemical lab could one day test for toxic nerve agents in the field
Portable lab equipment that detects nerve agents could help judge when it’s safe to return to previously exposed areas.
-
EarthHow ancient oceans of magma may have boosted Earth’s oxygen levels
Chemical reactions involving iron could have increased the amount of oxygen-rich compounds in the early Earth’s mantle, lab experiments suggest.