Poster Print : Tuning fork for neutrino detector
Poster Prints from Science Photo Library
Tuning fork for neutrino detector
Experimental neutrino detector. Researcher holds a tuning fork used in an experimental neutrino detector originally built by Joseph Weber in the 1980s. The tuning fork vibrates in response to neutrinos from the Sun that have been scattered by a sapphire crystal. Weber believed that pure samples of very stiff crystals, such as sapphire, could be used to detect neutrinos. Since neutrinos have extremely high frequencies, and are able to travel through the Earth, he proposed a new form of long distance telecommunication. Neutrino particles lack electric charge and have almost no mass. Photographed at the Pirelli Research Centre, Milan, Italy
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6283929
© VOLKER STEGER/SCIENCE PHOTO LIBRARY
Crystal Italy Joseph Milan Neutrino Neutrino Detector Particle Particle Physicist Particles Sapphire Telecommunication Testing Luca Physical Pirelli Weber
A2 (59.4 x 42cm) Poster Print
["Bring the intrigue of subatomic physics into your space with Media Storehouse's Poster Prints featuring the captivating image of a researcher tuning a fork for a neutrino detector. This striking image, sourced from Science Photo Library, offers a glimpse into the world of experimental particle physics. The neutrino detector, originally built by Joseph Weber in the 1980s, is an essential tool in the quest to detect these elusive subatomic particles. Add this educational and visually engaging poster print to your home or office to ignite conversations and inspire curiosity about the mysteries of the universe."]
A2 Poster (59.4 x 42cm, 23.4" x 16.5" inches) printed on 170gsm Satin Poster Paper. Securely packaged, rolled and inserted into a strong mailing tube and shipped tracked. Poster Prints are of comparable archival quality to our Photographic prints, they are simply printed on thinner Poster Paper. Whilst we only use Photographic Prints in our frames, you can frame Poster Prints if they are carefully supported to prevent sagging over time.
Poster prints are budget friendly enlarged prints in standard poster paper sizes (A0, A1, A2, A3 etc). Whilst poster paper is sometimes thinner and less durable than our other paper types, they are still ok for framing and should last many years. Our Archival Quality Photo Prints and Fine Art Paper Prints are printed on higher quality paper and the choice of which largely depends on your budget.
Estimated Image Size (if not cropped) is 59.4cm x 38.6cm (23.4" x 15.2")
Estimated Product Size is 59.4cm x 42cm (23.4" x 16.5")
These are individually made so all sizes are approximate
Artwork printed orientated as per the preview above, with landscape (horizontal) orientation to match the source image.
EDITORS COMMENTS
In this photo print, we witness a researcher holding a tuning fork that plays an integral role in an experimental neutrino detector. Originally constructed by the brilliant Joseph Weber during the 1980s, this groundbreaking device aimed to detect elusive neutrinos from our Sun. The tuning fork, made of sapphire crystal, vibrates in response to these enigmatic particles after they have been scattered. Weber's visionary concept was based on the belief that stiff crystals like sapphire could serve as effective detectors for neutrinos due to their ability to withstand high frequencies. Fascinatingly, these minuscule particles possess no electric charge and almost negligible mass while possessing the extraordinary capability to traverse through our planet Earth. Photographed at Milan's esteemed Pirelli Research Centre in Italy, this image showcases Luca—a dedicated scientist—engaged in testing this remarkable equipment. As a Caucasian adult working within the realm of particle physics, Luca represents countless individuals who tirelessly strive towards unraveling the mysteries of our universe. This photograph not only captures a pivotal moment in scientific exploration but also alludes to Weber's audacious proposal for long-distance telecommunication using neutrinos—an idea that continues to inspire researchers today. With its fusion of human ingenuity and cutting-edge technology, this image serves as a testament to humanity's ceaseless pursuit of knowledge and understanding within the realms of physics and beyond.
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