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Unlike traditional optical microscopy, SNOM bypasses the diffraction limit by ... with applications in photovoltaics, semiconductor research, biological imaging, and beyond. Its ability to map optical ...

The physical interaction between two or more systems, also known as coupling, can give rise to unique and unexpected effects.

Cornell scientists have developed a novel technique to transform symmetrical semiconductor particles into intricately twisted ...

Researchers in Purdue University’s College of Engineering have developed a patent-pending optical counterfeit ... using dark-field microscopy. This is a readily available technique that can integrate ...

Many scientific fields can benefit from optical microscopy with spatial resolution beyond the diffraction limit, including semiconductor research, life science, materials science, pharmaceutics and ...

Optical microscopes depend on light, of course, but they are also limited by that same light. Typically, anything under 200 nanometers just blurs together because of the wavelength of the light ...

This diffraction-limited phenomenon hindered the performance of optical microscopy for over a century ... but also promise nano-imaging of semiconductor devices in the electronics industry.

More information: Basamat S. Shaheen et al, Imaging hot photocarrier transfer across a semiconductor heterojunction with ...

Scanning Tunneling Microscopy is a subset of Scanning Probe Microscopy ... materials and offer complementary information such as mechanical, electrical, and optical properties at the nanoscale.

At Photonics West, learn how PI's advanced positioning technologies are transforming photonics manufacturing and enhancing ...