Greetings Card : First photo of ultraheavy primary cosmic ray
Cards from Science Photo Library
First photo of ultraheavy primary cosmic ray
First picture of an ultraheavy cosmic ray primary, compared with a cosmic ray iron nucleus. The tracks of both nuclei are recorded in photographic emulsion exposed during balloon flights high in the atmosphere over Texas in 1966. Iron has atomic number 26: it has 26 protons. The ultraheavy nucleus had about 90 protons - the number of thorium. The more protons in a nucleus, the greater its electric charge & its ability to ionise; the more it ionises, the denser the track it produces in emulsion. The wispy side-shoots are " delta rays" - electrons knocked out of atoms by the passage of the nuclei
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6284257
© PROFESSOR PETER FOWLER/SCIENCE PHOTO LIBRARY
Cosmic Ray Emulsion Photo High Energy Image Iron Nucleus Particle Physics Rays
Greetings Card (7"x5")
Experience the wonders of the universe with our Media Storehouse Greetings Cards collection. This stunning design features the first-ever captured image of an ultraheavy cosmic ray primary, a remarkable discovery in the field of particle physics. This captivating image, brought to you by Science Photo Library, showcases the cosmic ray's impressive size compared to a cosmic ray iron nucleus. Share your awe-inspiring sentiments with this thought-provoking card, perfect for birthdays, anniversaries, or just because. Let the enchanting power of the cosmos ignite your connections and inspire wonder in the hearts of your loved ones.
Folded Greeting Cards (12.5x17.5 cm) have a laminate finish and are supplied with an envelope. The front and inside can be personalised with text in a selection of fonts, layouts and colours.
Greetings Cards suitable for Birthdays, Weddings, Anniversaries, Graduations, Thank You and much more
Estimated Product Size is 17.5cm x 12.5cm (6.9" x 4.9")
These are individually made so all sizes are approximate
Artwork printed orientated as per the preview above, with landscape (horizontal) or portrait (vertical) orientation to match the source image.
EDITORS COMMENTS
This print captures a groundbreaking moment in particle physics - the first-ever image of an ultraheavy primary cosmic ray. The photograph showcases a remarkable comparison between the cosmic ray iron nucleus and this enigmatic ultraheavy nucleus. Taken during balloon flights high above the Texan atmosphere in 1966, both nuclei's tracks are meticulously recorded on photographic emulsion. Iron, with its atomic number 26 and 26 protons, serves as our reference point for understanding the sheer magnitude of this newly discovered ultraheavy nucleus. With approximately 90 protons - equivalent to thorium's atomic number - this mysterious entity possesses an astonishing electric charge and ionizing ability far beyond anything previously observed. The density of each track within the emulsion reveals fascinating insights into their behavior. As expected, the greater number of protons results in more intense ionization by the ultraheavy nucleus, leaving behind a dense track compared to that of iron. Delicately branching out from these tracks are wispy side-shoots known as "delta rays" which represent electrons dislodged from atoms due to the passage of these powerful nuclei. This extraordinary image not only sheds light on fundamental aspects of particle physics but also highlights humanity's relentless pursuit to unravel nature's deepest mysteries. Courtesy of Science Photo Library, it stands as a testament to scientific progress and serves as an inspiration for future discoveries yet to come.
MADE IN AUSTRALIA
Safe Shipping with 30 Day Money Back Guarantee
FREE PERSONALISATION*
We are proud to offer a range of customisation features including Personalised Captions, Color Filters and Picture Zoom Tools
SECURE PAYMENTS
We happily accept a wide range of payment options so you can pay for the things you need in the way that is most convenient for you
* Options may vary by product and licensing agreement. Zoomed Pictures can be adjusted in the Cart.