A European project called Nanorestart is turning to nanotechnology to find novel ways to preserve modern works of art
Read article: Nanotechnology cleans up: new ways to preserve artworks
Invented 30 years ago, the atomic force microscope has been a major driver of nanotechnology, ranging from atomic-scale imaging to its latest applications in manipulating individual molecules
Read article: Seeing atoms by brute force: 30 years of atomic force microscopy
Keith Cooper goes on the trail of compact, room-temperature terahertz sources
Read article: It’s time for terahertz technology to take centre stage with terahertz quantum cascade lasers
Stephen Ornes reports how two students modelled brain-eating monsters to spice up their class project
Read article: Zombie physics
Philip Ball explores the pros and cons of publicizing “null results” in science
Read article: No result, no problem? How to effectively communicate null results
Michael Allen looks at a novel fusion experiment that promises a “steady state” plasma
Read article: Wendelstein 7-X: a stellar fusion device
Fusion doesn’t need billions of euros – at least that is what venture capitalists claim
Read article: An independent endeavour: the small companies trying to make fusion work
The first European pressurized water reactors are expected to be switched on next year, but they have been hit by redesigns, cost hikes and delays
Read article: A nuclear revival: European pressurized water reactors
Sergio de Régules delves into the world of complexity science and the study of systems that cover multiple scales
Read article: Complex interactions: complexity and collective phenomena
Rydberg atoms are perfect for quantum logic gates and can even be used to make molecules of light, reports Keith Cooper
Read article: The rise of Rydberg physics
