Sentence examples for advanced optics from inspiring English sources

It has a 40-second memory buffer and uses what Panasonic calls Anti-Shock Memory II, a collection of technologies that includes a memory buffer with variable speed control for the CD, error correction chips to quickly retrack the player's laser pickup and advanced optics to rapidly refocus the laser when it is knocked out of its ideal vertical position.

Despite having advanced optics tech, Magic Leap is still pretty bulky and unlikely to see much use outdoors.

"It's Hubble Lite," the official says, adding that defense officials are eager to test advanced optics for use in their spy satellites.

Basically, it combines advanced optics at the front end of the system how you illuminate the object you're imaging with high-speed inspection equipment.

The sophisticated G lens fuses advanced optics and low dispersion aspheric glass elements for accurate color reproduction and sharp, detailed images.

With a robotic mission to extend the life of the Hubble Space Telescope a good bet for late 2007 or 2008, NASA is also quietly considering launching one of the replacement instruments on a free-flying telescope that will incorporate advanced optics and spy-satellite technologies.

Microlens arrays of single-crystal silicon are required increasingly in advanced IR optics.

To study heat generation, vacuum, and flow characteristics of the Alcon Infiniti and Bausch & Lomb Millennium with results compared with the Alcon Legacy and advanced medical optics (AMO) Sovereign machines previously studied.

Movidius' computer vision tech should theoretically work on any type of security camera, regardless of how advanced its optics are, but Movidius CEO, Remi El-Ouazzane says that depth-sensing cameras specifically are really best-suited to capture accurate data using the company's tech.

State-of-the-art Light Detection and Ranging (LIDAR) technology employing eye-safe laser sources, advanced electro-optics and mechanical beam-steering components delivers the highest angular resolution and accuracy performances in a wide range of operational conditions.

The microscopes of today are far more sophisticated and powerful than those of four centuries ago, but are nevertheless unable — by reason of a law of optics advanced by the German physicist Ernest Abbe, in 1873 — to differentiate objects smaller than half the wavelength of visible light, or two-tenths of a micrometre.