Scientists, using light on the atoms of
antimatter, have been able to detect if it behaves differently to normal atoms.
This is the first time physicists were able to control the antimatter to
measure and compare their behavior. This is the result of two decades of work and
opens up new ways of studying antimatter.
The study showed that the antihydrogen
atom responded the same way a hydrogen atom under light. Antimatter is
identical to matter, except that everything within its atoms is the opposite
way round, with negative charge being positive and left becoming right.
The group used a one-of-a-kind machine
to trap antihydrogen with magnetic fields. Antimatter is extremely hard to
study as it can’t coexist with matter. The next step for the team will be
refining their measurements.
This is a great step for the science
because discoveries like this will help us to discover things about our planet
and our environment that we dind’t know before.
Key words:
Antimatter
Atom
Physicist
Link of the news: http://www.independent.co.uk/news/science/physicists-learn-how-to-measure-antimatter-using-laser-a7490806.html
Key words:
Antimatter
Atom
Physicist
Link of the news: http://www.independent.co.uk/news/science/physicists-learn-how-to-measure-antimatter-using-laser-a7490806.html
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