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The technology leader in scanning probe and atomic force microscopy

Ultimate resolution in the electron microscope

21 January 2009
David J. Smith

Nanoscience and nanotechnology are closely intertwined subjects that are attracting ever-increasing attention, both in the scientific world and in the marketplace. Major developments in growth and synthesis methods mean that atoms can nowadays be manipulated in a controlled fashion to produce novel properties that are often not found in bulk materials.

The picometer-scale wavelength of the fast moving, high energy electron theoretically offers the possibility of unprecedented levels of resolution. This tantalizing prospect for imaging materials at the atomic scale or even finer with the transmission electron microscope (TEM) has been an ongoing challenge for many generations of scientists and engineers, who have continually struggled for more than half a century to design and build instruments having the best possible practical performance.

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