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History Greeting Card featuring the photograph Proton-photon Collision by Omikron

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

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Proton-photon Collision Greeting Card

Omikron

by Omikron

$6.95

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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

This image of a proton-photon collision was obtained with a bubble chamber at the Stanford Linear Accelerator Center (SLAC), showing the collision... more

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2 - 3 business days

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Proton-photon Collision Photograph by Omikron

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Greeting Card Tags

greeting cards history historic historical physics science particle particle track particle physics particle accelerator particle detector particle collision bubble chamber cloud chamber subatomic particle anti-matter

Photograph Tags

photographs history historic historical physics science particle particle track particle physics particle accelerator particle detector particle collision bubble chamber cloud chamber subatomic particle anti-matter

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Artist's Description

This image of a proton-photon collision was obtained with a bubble chamber at the Stanford Linear Accelerator Center (SLAC), showing the collision between an hydrogen nucleus (proton) and a high-energy photon. The collision has taken place in the area at center right; the track of the photon is not visible because only charged particles leave tracks in a bubble chamber. Nine particles (in red) are seen branching from the collision site heading towards the bottom of the image. The tight spirals scattered in the frame are electrons whose trajectories are strongly curved by the magnetic field of the bubble chamber. The high-energy photon was produced by allowing SLAC's 2-mile electron beam to strike a target, releasing the photon. Designed as a 20-Bev. machine, the 21 Bev. accelerator also exceeded its design intensity of 50 milliamperes on the weekend of December 7th, 1968.

 

$6.95