Meson Decay in Liquid Hydrogen Print
Framed Prints From ScienceSource
This artwork is available as
Framed Print of Meson Decay in Bubble Chamber
Historic image from the Nevis Cyclotron Laboratory of meson decay in a liquid hydrogen bubble chamber. A negative pi meson decays into a negative mu meson, which decays into a negative electron. © Nevis Cyclotron Laboratory, Columbia University / Science Source
Artwork Licensed From ScienceSource (1429900)
Your chosen combination is quickly and professionally made to order - Shipping & Delivery Details
If you are not entirely happy with your items, simply return them to us within 30 days for a replacement or full refund - 30 Day Returns
Media ID 47330425
Particle Accelerator History , Bubble Chamber Decay , Meson Electron Decay , Nevis Cyclotron Lab Images , Liquid Hydrogen Science , Historic Particle Tracks , Muon Electron Transition , Negative Pi Meson Decay , Scientific Bubble Chamber Photos , BW Particle Physics Images
Editors' Comments
Unlock the wonders of the universe with our 'Meson Decay in Bubble Chamber' framed print. This historic image from the Nevis Cyclotron Laboratory at Columbia University takes you on a journey through time, capturing the moment when a negative pi meson decays into a negative mu meson, which then decays into a negative electron. A representation of scientific discovery and innovation, this piece is sure to inspire curiosity and awe in all who see it.
A snapshot of discovery, frozen in time. Tracks of tiny particles dance across the frame, a testament to human ingenuity and the pursuit of understanding the universe's secrets.
This artwork is also available as...
Photo Prints - Step into the world of groundbreaking discovery with our 'Meson Decay in Bubble Chamber' print. This historic image from the Nevis Cyclotron Laboratory at Columbia University captures a pivotal moment in physics, where a negative pi meson decays into a negative mu meson, which then decays into a negative electron. A testament to human curiosity and ingenuity, this print is not only a work of art but also a reminder of the incredible advancements that have shaped our understanding of the universe.
Greetings Cards - Add a touch of scientific wonder to their special day with our greetings cards. This image, "Meson Decay in Bubble Chamber", captures the beauty of discovery and the magic of physics in action. Share the excitement of exploration and learning with loved ones, and make their day truly unforgettable.
Photo Mugs - Personalize your space with Photo Mugs featuring scientific images like Meson Decay in Bubble Chamber, a historic photograph from the Nevis Cyclotron Laboratory of Columbia University. Perfect for science enthusiasts and coffee lovers alike, these custom Photo Mugs make thoughtful gifts or office decor.
Poster Prints - Poster Prints featuring 'Meson Decay in Bubble Chamber' by Nevis Cyclotron Laboratory, Columbia University from ScienceSource. This historic image shows meson decay in a liquid hydrogen bubble chamber, highlighting the intersection of physics and art. Perfect for science enthusiasts and poster collectors alike.
Metal Prints - Add a touch of scientific elegance to your space with our Metal Prints, featuring the historic image 'Meson Decay in Bubble Chamber' from ScienceSource. This metal print shows the Nevis Cyclotron Laboratory's groundbreaking research on meson decay, printed on metal for a sleek and modern finish.
Canvas Prints - Canvas Prints of 'Meson Decay in Bubble Chamber', a historic image from ScienceSource featuring the Nevis Cyclotron Laboratory at Columbia University. This piece shows the decay process of negative pi mesons into electrons, perfect for science enthusiasts and art collectors alike, adding a touch of educational elegance to any room.
Cushions - Cushions featuring the historic image "Meson Decay in Bubble Chamber" by Nevis Cyclotron Laboratory, showcasing a negative pi meson's decay into a negative electron. Perfect for science enthusiasts and art lovers alike, these Cushions add a touch of sophistication to any room while discussing physics and history.
Mouse Mats - a touch of scientific wonder. Our Mouse Mats feature iconic images that inspire curiosity and awe, like this historic photograph from the Nevis Cyclotron Laboratory: "Meson Decay in Bubble Chamber". Let the beauty of discovery fuel your creativity and productivity.
Tote Bags - Tote Bags featuring "Meson Decay in Bubble Chamber" by Nevis Cyclotron Laboratory, Columbia University from ScienceSource. This historic image shows a negative pi meson decaying into a negative electron, perfect for science enthusiasts and art lovers alike. Make a statement with our Tote Bags ideal for grocery shopping, travel, or everyday use.
Modern 14"x12" (36x31cm)
Ready to Hang Contemporary Framed Prints adds style, protection, and a polished touch to your space - effortlessly.
Your artwork will be printed as shown in the preview. To adjust please select Print Options under the Buy button
Wood effect frame, card mounted, 10x8 fade resistant photo print. Overall outside dimensions 14x12 inches (36x31cm). Environmentally and ozone friendly, 40mm wide x 15mm Polycore® moulding has the look of real wood, is durable and light and easy to hang. Biodegradable and made with non-chlorinated gases (no toxic fumes) it is efficient; producing 100 tons of polystyrene can save 300 tons of trees! Prints are glazed with lightweight, shatterproof, optical clarity acrylic (providing the same general protection from the environment as glass). The back is stapled hardboard with a sawtooth hanger attached. Note: measurements provided are estimated outer dimensions, which include both the image and the frame. While we aim to keep sizing consistent, exact dimensions may vary slightly due to differences in print size or production requirements, which may result in a variation in the overall size (up to approximately 2.5cm (1"))
These are individually made so all sizes are approximate
Estimated Image Size (if not cropped) is 24.4cm x 18.1cm (9.6" x 7.1")
Estimated Product Size is 36cm x 31cm (14.2" x 12.2")




