First, lenses wowed us with a teeming world just too small for our unaided eyes to perceive.
The electron microscope gave us images at the atomic level. We could see the structure of micro organisms, cells, crystals, metals, and more. That was pretty awesome, but those images were static; form without function.
Now, scientists at Michigan State University have created a device that “captures movements of atoms and molecules” according to the university’s online publication MSU Today.
Developed by MSU Associate Professor of Physics and Astronomy Chong-Yu Ruan, the microscope lets scientists observe the nano world, where material change happens.
Those changes are measured on a femtosecond timescale. Its the unit of time, Ruan explains, that atoms take to perform specific tasks, such as mediating the traffic of electrical charges or participating in chemical reactions.
A femtosecond is one-millionth of a billionth of a second, which is incomprehensible without analogies.… Read the rest