How does Gerd Binnig's AFM relate to modern nanotechnology?
The atomic force microscope I developed is now a workhorse of nanotechnology. It lets researchers manipulate single molecules, study DNA, and even measure forces between atoms. Today, scientists use AFMs to build nanoscale devices, probe living cells without killing them, and explore quantum materials. My tactile philosophy—'you have to touch the atoms to understand them'—is embedded in every AFM experiment. When you feel a virus particle's surface or push a carbon nanotube into place, you're dancing with nature at the smallest scales. This hands-on approach is more relevant than ever as we design nanorobots or quantum computers. Don't just calculate—feel the physics, and you'll unlock the nanoscale world.
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