Framed Prints From Universal Images Group
Framed Print of Thin films illustrated by a soap bubble. Surface tension of soapy water allows bubbles to form
Thin films illustrated by a soap bubble. Surface tension of soapy water allows bubbles to form. Thomas Young (1773-1829) used his Wave (Undulatory) theory of light to explain colours of thin films. Chromolithograph, 1872. Universal Images Group (UIG) manages distribution for many leading specialist agencies worldwide. © Universal History Archive/Universal Images Group
Artwork supplied by Universal Images Group
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Media ID 9784559
Editors Comments
Breathtakingly and scientifically intriguing, this Media Storehouse Framed Print shows the mesmerizing art of soap bubbles. Witness the delicate balance of surface tension in soapy water as it forms these thin, films, inspired by the groundbreaking discoveries of Thomas Young and his Wave (Undulatory) theory of light. Add an element of wonder and scientific curiosity to any room with this visually and thought-provoking piece from Universal Images Group.
This artwork is also available as...
Photo Prints - Discover the beauty of science with our Photographic Prints featuring the image of a soap bubble showcasing the fascinating phenomenon of thin films. This visually striking image, sourced from Universal Images Group (UIG), illustrates the surface tension of soapy water at play, enabling the formation of these delicate, colorful spheres. Delve deeper into this intriguing subject, as depicted in this print, which pays homage to Thomas Young's groundbreaking Wave (Undulatory) theory of light. Add this print to your collection and bring the mesmerizing world of physics into your home or office.
Greetings Cards - Discover the beauty of our Greeting Cards, featuring illustrations of soap bubbles. Each card shows the mesmerizing thin films created by the surface tension of soapy water. Delve into the fascinating world of physics with these cards, as they pay homage to Thomas Young's groundbreaking Wave (Undulatory) theory of light, which explains the colors of thin films. Share a moment of wonder and science with your loved ones.
Photo Mugs - Discover the beauty of science with our Photo Mugs, featuring an intriguing image of soap bubbles illustrating the concept of thin films. The surface tension of soapy water brings these bubbles to life, making for a visually display. This design is a nod to the groundbreaking work of Thomas Young, who used his Wave (Undulatory) theory of light to explain the colors of thin films. Add a personal touch by uploading your favorite image to make each sip a reminder of the wonders of science and nature.
Poster Prints - Discover the beauty of science with our Poster Prints featuring the image of thin films illustrated by a soap bubble, from Universal Images Group (UIG). Witness the surface tension of soapy water at work as it forms these delicate bubbles. This intriguing image is a testament to the fascinating world of physics and optics, with a historical connection to Thomas Young's Wave (Undulatory) theory of light. Bring this educational poster into your home or office to inspire curiosity and ignite conversations about the wonders of nature and science.
Metal Prints - Discover the beauty of science with Media Storehouse's Metal Prints featuring a mesmerizing image of thin films illustrated by a soap bubble. The surface tension of soapy water creates these delicate, structures, making for a visual representation of the physical world. This print is a tribute to Thomas Young's groundbreaking Wave (Undulatory) theory of light, which explained the colors of thin films. Bring a touch of science and art to your space with this intriguing Metal Print.
Canvas Prints - Discover the beauty of science with our Canvas Prints featuring a mesmerizing image of soap bubbles. Witness the surface tension of soapy water in action, as it forms these delicate thin films. This evocative design is inspired by the groundbreaking work of Thomas Young, who used his Wave (Undulatory) theory of light to explain the colors of thin films. Bring the intrigue of science into your home or office with this visually striking and conversation-starting art piece.
Cushions - Discover the science behind Cushions featuring thin films illustrated by a soap bubble, showcasing surface tension of soapy water allowing bubbles to form. Inspired by Thomas Young's Wave theory of light explaining colours of thin films, these Cushions bring art and science together for a decorative accent in home decor and interior design.
Mouse Mats - Enhance your workspace with Mouse Mats featuring thin films illustrated by a soap bubble, showcasing surface tension and the Wave theory of light by Thomas Young. Perfect for gamers, programmers, and designers, these Mouse Mats offer a fun blend of science and functionality while providing precision mouse control and comfort.
Image Download - Download high-resolution images of thin films illustrated by soap bubbles, showcasing surface tension and light refraction. Thomas Young's Wave theory explains colours in thin films. Ideal for web use, TV broadcasts, editorial content, brochures, leaflets, merchandise and advertising. Non-exclusive rights available from Universal Images Group.
Premium Frame A1 (A2 Poster)
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 Edit Printed Image under the Buy button
Premium Paradise Wooden Range A1 Premium Poster Frame (86x62cm) with A2 Poster (59x42cm) and mounted behind a white matt board to make your photo really stand out. FSC Certified and Rainforest Alliance Certified for environmental, social, and economic sustainably. High transparency tempered glass window with a smooth finished frame. Great for filling empty walls, decorating blank spaces, or creating eye-catching gallery walls. Frames arrive ready to hang. Sent with secure, protective packaging. Smooth wooden veneer mimics the real wood look and feel with ultra-durable scratch resistance tempered glass. 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 41.4cm x 58.8cm (16.3" x 23.1")
Estimated Product Size is 62cm x 86.6cm (24.4" x 34.1")
