An environmentally-friendly way of making vanillin from the lignin in wood pulp could change the economics of this flavouring industry
Researchers are designing a “dialysis-like” machine that could identify and remove pathogens responsible for an often lethal blood infection.
Physicists have worked out how to cloak a region of space from the quantum world, thereby shielding it from reality itself
Big, cheap invisibility cloaks are suddenly beginning to emerge thanks to some simple optical short cuts that physicists have discovered
Researchers demonstrate an invisibility cloak that can be scaled to almost any size and say it could be used to hide orbiting satellites
A mirror ball--the most perfect test particle ever placed in orbit--should help Italian scientists measure an exotic effect predicted by general relativity
The A4 digital scanner gathering dust under your desk could find new life as a gigapixel holographic microscope, say Japanese engineers who have constructed one at minimal cost
Atomic force measurements show that the bond between two gold atoms is highly directional and molecular-like, a finding with significant implications for the design and construction of atomic-scale devices
Darkened varnish obscures Goya's signature in a 1771 masterpiece, according to a new analysis using terahertz waves
A so-called metal-organic framework could offer a better way to get at the vast uranium resource dissolved in the ocean.