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Bubble Chamber Throw Pillow featuring the photograph Omega Particle, 3rd Observation by BNL/Omikron

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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Omega Particle, 3rd Observation Throw Pillow

BNL/Omikron

by BNL/Omikron

$32.00

Size

Pillow Insert

Image Size

 
 

Product Details

Our throw pillows are made from 100% spun polyester poplin fabric and add a stylish statement to any room. Pillows are available in sizes from 14" x 14" up to 26" x 26". Each pillow is printed on both sides (same image) and includes a concealed zipper and removable insert (if selected) for easy cleaning.

Design Details

This liquid hydrogen bubble chamber photograph is the third observation of the production of a negatively-charged Omega meson. The sketch beside the... more

Ships Within

2 - 3 business days

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Throw Pillow Tags

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Photograph Tags

photographs bubble chamber photos history photos historic photos historical photos physics photos science photos particle photos particle track photos particle physics photos particle accelerator photos liquid hydrogen bubble chamber photos brookhaven national laboratory photos brookhaven photos bnl photos meson photos

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Artist's Description

"This liquid hydrogen bubble chamber photograph is the third observation of the production of a negatively-charged Omega meson. The sketch beside the photograph shows the proper assignments of a particle to each track. The paths of neutral particles, which produce no bubbles in the liquid hydrogen and therefore leaves no tracks, are shown by dashed lines. The presence and properties of the neutral particles are established by the analysis of the tracks of their charged decay products or the application of the laws of conservation of mass and energy, or a combination of both. The incoming K-negative meson from the Alternating Gradient Synchotron collides with an unseen, stationary proton in the liquid hydrogen with the resultant production of a neutral K-meson, and positive K-meson, and the negative Omega-meson. The negative Omega-meson decays, after a lifetime of approximately one ten-billionth of a second, into a neutral Lambda hyperon and a negative K-meson. The Lambda hyperon...

 

$32.00