For centuries, lenses have worked the same way: curved glass or plastic bending light to bring images into focus. But ...

For centuries, telescopes have relied oncurved glass lenses to bend light and bring the cosmos into focus. While effective, ...

A team of scientists at the University of Utah has designed a flat lens that matches the power of traditional curved lenses ...

Samsung Electronics and the POSTECH research team recently succeeded in developing a 'color-free aberration meta-lens.' They ...

For centuries, telescopes have relied on curved lenses and mirrors to capture images of the cosmos. While effective, these ...

Researchers at the University of Utah developed a new flat lens for telescopes that is lighter but maintains image quality.

Rather than bending all of the wavelengths of visible light at the same angle, the ridges of an FZP diffract them at different angles, resulting in an image with chromatic aberrations, or color ...

Abstraction is both a language and a way of thinking—an approach that allows me to engage with possibility rather than ...

The more powerful they get, traditional curved lenses used in telescopes become bigger and bulkier. University of Utah ...

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