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This scientific field has a natural pairing with glass technology since the successful performance of so many specialty glass applications — optical fiber, display panels, semiconductor systems, and some drug-development tools, to name just a few — depend on the way those applications transmit, process, or manipulate light. And different glass compositions and forms will interact with light in different ways.

Optical physics plays an enormous role in increasing the computing power of everything from the chips in cell phones to quantum computers.

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Corning is celebrating the 150th anniversary of the Periodic Table by spotlighting a few elements that are vital to our work, along with some of our scientists' sentimental favorites.

Our optical communications products are the most well-known example of Corning’s optical physics expertise, but it also plays a role in mobile consumer electronics. The smartphone in your pocket carries extremely small light-emitting diodes, enabling backlit screens that use amazingly small amounts of battery power. The combination of that now-ubiquitous innovation with the specialty glasses that surround it have forever transformed the way we connect with the world.

Optical physics is the study of light and its interaction with matter. Most of us think of light as an illuminating energy. With light, we can see things. Without it, we’re in the dark.

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RAZBAM Simulations has been creating top-notch military and civil aircraft simulations since 2003. Until recently, RAZBAM development was focused exclusively on the Microsoft Flight Simulator series, including Microsoft Flight Simulator 2004 and Microsoft Flight Simulator X. However, the team has stepped away from developing for the aged Flight Simulator X, and into the split future of flight simulations: Lockheed Martin's Prepar3D (for civil aircraft) and Eagle Dynamics' Digital Combat Simulator (for military aircraft).

To optical physicists, though, light is a series of electromagnetic waves that vary widely in their frequency and wavelengths. Besides visible light, they study forms of light with frequencies that are too low or too high for the human eye to sense. Infrared radiation, for example, detects heat — and therefore, signs of life and activity. Radio waves, microwaves, radar, and X-rays are all other forms of light, and each has a unique way of interacting with glass and other matter.