Chemistry
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We summarize the week's scientific breakthroughs every Thursday.
- Chemistry
Nylon goes green
A new simple chemical reaction makes manufacturing nylon less harmful to the planet.
By Beth Mole - Chemistry
Early asteroid impacts may have aided life’s origin
RNA ingredients found in laser-induced simulation of explosions.
By Beth Mole - Chemistry
Radioactive fuel turns to goo during nuclear meltdown
Experiments reveal the atomic rearrangements that occur within uranium dioxide when nuclear reactors fail.
By Beth Mole - Materials Science
Batteries become safe to swallow with spongy covering
Quantum-inspired coating switches from a conductor to an insulator to prevent injury from swallowed batteries.
By Beth Mole - Chemistry
Atom breaks limit of lost electrons
An iridium atom sets the record for highest oxidation state at +9.
By Beth Mole - Chemistry
Chemist tackles complex problems with simplicity
Harvard chemist George Whitesides applies his unique problem-solving philosophy to creating new diagnostic devices for the developing world.
By Sam Lemonick - Life
Cells make their move with their ‘skeletons’
A close look at exactly what makes cells move could lead to better defenses against the spread of cancer and improved wound healing.
- Tech
New microscope gives clear view inside cells
By splitting beams of light, a new microscopy technique can capture activity inside a cell.
By Meghan Rosen - Chemistry
Crystallography celebrates centennial
Dubbed the international year of crystallography, 2014 marks the centennial of X-ray diffraction.
By Beth Mole - Chemistry
Microscopy providing ‘window into the cell’ wins chemistry Nobel
Three scientists use fluorescence and lasers to see single molecules and other tiny objects.
By Beth Mole and Meghan Rosen - Tech
Microscopy techniques win Nobel Prize in chemistry
The award goes to three scientists who developed fluorescence microscopy, which allows researchers to see single molecules just a billionth of a meter across.
- Chemistry
Lasers wrest oxygen from carbon dioxide
By zapping oxygen molecules off carbon dioxide, an experiment hints that Earth may have had breathable air long before the dawn of plants.
By Beth Mole