Taming tiny, unruly waves for nano optics

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Waves of electromagnetic energy passing through a vacuum between two plates of silicon carbide just 100 nanometers apart one at an elevated temperature. The lines represent the energy stream bending the light as it is pushed through the small gap. Cr ...
Waves of electromagnetic energy passing through a vacuum between two plates of silicon carbide just 100 nanometers apart, one at an elevated temperature. The lines represent the energy stream, bending the light as it is pushed through the small gap. Credit: Georgia Institute of Technology

Nanoscale devices present a unique challenge to any optical technology -- there’s just not enough room for light to travel in a straight line.


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All News summaries for October 08, 2007