The observation that neutrinos have mass, which led to the 2015 Nobel Prize for Physics being awarded jointly to Japan’s Takaaki Kajita Japan and Canada’s Arthur McDonald, is important for two key reasons.
A new graphene oxide foam is super strong and can bounce back after being stretched and compressed.
For more than 100 years, scientists have “peered” at atoms in a crystal by analysing the way they scatter X-rays.
The observation that neutrinos have mass, which led to the 2015 Nobel Prize for Physics being awarded jointly to Japan’s Takaaki Kajita Japan and Canada’s Arthur McDonald, is important for two key reasons.
A new graphene oxide foam is super strong and can bounce back after being stretched and compressed.
For more than 100 years, scientists have “peered” at atoms in a crystal by analysing the way they scatter X-rays.