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Science Greeting Card featuring the photograph Advanced Light Source, Lbnl #3 by Science Source

Boundary: Bleed area may not be visible.

The watermark at the lower right corner of the image will not appear on the final product.

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Advanced Light Source, Lbnl #3 Greeting Card

Science Source

by Science Source

$6.95

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The more you buy... the more you save.

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Product Details

Our greeting cards are 5" x 7" in size and are produced on digital offset printers using 100 lb. paper stock. Each card is coated with a UV protectant on the outside surface which produces a semi-gloss finish. The inside of each card has a matte white finish and can be customized with your own message up to 500 characters in length. Each card comes with a white envelope for mailing or gift giving.

Design Details

The Advanced Light Source (ALS) is a research facility at Lawrence Berkeley National Laboratory in Berkeley, California. One of the world's brightest... more

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2 - 3 business days

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Greeting Card Tags

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Photograph Tags

photographs university of california photos science photos research photos physics photos applied physics photos accelerator physics photos particle physics photos advanced light source photos als photos synchrotron photos particle accelerator photos lbnl photos berkeley photos department of energy photos doe photos

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Artist's Description

The Advanced Light Source (ALS) is a research facility at Lawrence Berkeley National Laboratory in Berkeley, California. One of the world's brightest sources of ultraviolet and soft x-ray light, the ALS is the first "third-generation" synchrotron light source in its energy range, providing multiple extremely bright sources of intense and coherent short-wavelength light for use in scientific experiments by researchers from around the world. Electron bunches traveling near the speed of light are forced into a nearly circular path by magnets in the ALS storage ring. Between these magnets there are straight sections where the electrons are forced into a slalom-like path by dozens of magnets of alternating polarity in devices called undulators. Electrons emit beams of electromagnetic radiation - from the infrared through the visible, ultraviolet, and x-ray regimes - under the influence of these magnets. The resulting beams, collimated along the direction of the electrons' path, shine down b...

 

$6.95