Mission Into Light

We supply infrared and laser light for sensing, as the basis of autonomous driving or face recognition in smartphones, for example. And with lighting solutions for the treatment of plants we promote optimum growth. Our technological possibilities seem virtually endless. To accomplish this, we are embracing our new mission: OSRAM unlocks the potentials of light to improve people's lives.

We primarily perform this in four areas of expertise:. We enable convenient and safe travel, as the volume of traffic continues to grow.

Sustainable Lighting for Businesses

Technologies developed by OSRAM provide the basis for efficient traffic guidance systems, self-driving cars, vans, and trucks, and also ensure that logistics operations improve in tune with global requirements. We enable transport to run smoothly, even in the most crowded urban centers.

We turn light into the carrier of communication for a modern society. We are driving interconnectivity and the Internet of Things forward by enabling smart applications to be run on existing infrastructure.

Light is a source of vitality, and we explore this energy to allow people to live healthier lives. This includes designing suitable lighting for increasing productivity and the enjoyment of life. As a result, our lighting technologies help protect and maintain good health, create new ways of accessing medical support, and make it possible to live self-determined and confidently.

Invisible light provides security in access technologies. Visible light provides safety on the roads and in cities.

1. Impressions 03 (Score for Orchestra incl. audiotrack 1) (German Edition)!
2. Events, Society and Sustainability: Critical and Contemporary Approaches (Routledge Advances in Event Research Series).
3. Time and Other Stories!
4. Mission, vision and values.

With light, we are helping businesses, authorities and citizens to increase safety and security. Lighthouse Service and Its Legacy Annapolis: Naval Institute Press, Avery Color Studios, Inc.

Watch our image video and see what we do

Lighthouses on the western Great Lakes ". Government Printing Office, Coast Guard Aids to Navigation: The Lighthouses of Michigan ". Wargin, Ed, Legends of Light: This article's use of external links may not follow Wikipedia's policies or guidelines. Please improve this article by removing excessive or inappropriate external links, and converting useful links where appropriate into footnote references.

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List of lighthouses in the United States. Joseph North Pier Inner St.

Lightship Huron List of lifesaving stations in Michigan. Retrieved from " https: Webarchive template wayback links All articles with dead external links Articles with dead external links from May Articles with permanently dead external links Infobox mapframe without OSM relation ID on Wikidata Coordinates on Wikidata All articles with unsourced statements Articles with unsourced statements from March Pages using infobox lighthouse with non-NRHP embedded Wikipedia external links cleanup from March Wikipedia spam cleanup from March Pages with maps.

Views Read Edit View history. In other projects Wikimedia Commons. Languages Dansk Edit links. Parker, by comparison, weighs just kilograms, so the Heavy is instead being used to give the spacecraft a whole lot of speed relative to the Sun more on that in a moment. The Heavy usually sort of lumbers off the pad, but it should rise a lot faster with lightweight Parker at the top. Parker is going to leave Earth in a hurry.

This will cause Parker to fall inward towards Venus, which will be used to give the spacecraft periodic pushes to keep it in its science orbit. A good metric for how fast something leaves Earth is characteristic energy, or C3. New Horizons had a C3 of Helios-B flew slightly within the orbit of Mercury, getting as close as 44 million kilometers from the Sun.

Parker Solar Probe will get much, much closer— within 6. Parker will become the fastest human-made object ever with respect to the Sun. The closer things are in orbit around any object, the faster they have to travel with respect to that object in order to stay in orbit. The reason is Kepler's Third Law!

Neptune's orbital speed with respect to the Sun is 5. Mercury's, on the other hand, is At 44 million kilometers from the Sun, Helios-B hit a speed of 70 kilometers per second. Parker Solar Probe will blow that away, reaching a top speed of kilometers per second. Earth's circumference is about 40, kilometers, so at its top speed, Parker Solar Probe could make one trip around Earth in 3.

Every time I start reading about the corona, I can't get over how weird it is. First of all, there's the temperature. The Sun's surface, the photosphere, has a temperature of about 6, Kelvin.

1. The New OSRAM - Our vision and mission - How light improves lives | Light is OSRAM;
2. Mission to Jupiter’s Trojans Given the Green Light for Development | NASA.
3. La filosofía de The Big Bang Theory (Spanish Edition).
4. Mission Point Light.
5. The New OSRAM - more than just light.

But some spots in the corona rise to over a million degrees! Fortunately, the temperature where Parker is flying will top out at just 1, Kelvin.