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Science Beach Towel featuring the photograph Black Hole Optical by Nasa

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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Black Hole Optical Beach Towel

Nasa

by Nasa

$40.00

Size

Orientation

Image Size

 
 

Product Details

Our luxuriously soft beach towels are made from brushed microfiber with a 100% cotton back for extra absorption.   The top of the towel has the image printed on it, and the back is white cotton.   Our beach towels are available in two different sizes: beach towel (32" x 64") and beach sheet (37" x 74").

Don't let the fancy name confuse you... a beach sheet is just a large beach towel.

Design Details

4C+29.30 image contains optical light obtained with the Hubble Space Telescope. 4C+29.30, a galaxy located some 850 million light years from Earth.... more

Care Instructions

Machine wash cold and tumble dry with low heat.

Ships Within

1 - 2 business days

Additional Products

Black Hole Optical Photograph by Nasa

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Beach Towel Tags

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Photograph Tags

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Artist's Description

4C+29.30 image contains optical light obtained with the Hubble Space Telescope. 4C+29.30, a galaxy located some 850 million light years from Earth. The estimated mass of the black hole is about 100 million times the mass of our Sun. The optical light seen in the image is from the stars in the galaxy. The bright spots in X-ray and radio emission on the outer edges of the galaxy, near the ends of the jets, are caused by extremely high energy electrons following curved paths around magnetic field lines. They show where a jet generated by the black hole has plowed into clumps of material in the galaxy. Much of the energy of the jet goes into heating the gas in these clumps, and some of it goes into dragging cool gas along the direction of the jet. Both the heating and the dragging can limit the fuel supply for the supermassive black hole, leading to temporary starvation and stopping its growth. This feedback process is thought to cause the observed correlation between the mass of the super...

 

$40.00