Photo Mug : Diffraction pattern
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Diffraction pattern
Diffraction pattern formed by laser light passed through cloth. This shows that, in some instances, light can be considered a wave. Passing through narrow holes in the weave of the cloth, the light diffracts (spreads out). This diffracted light then overlaps to produce interference effects that form the pattern seen. The light can constructively or destructively interfere with itself, producing red or black areas respectively. These effects correspond with those expected from waves
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6291663
© ANDREW LAMBERT PHOTOGRAPHY/SCIENCE PHOTO LIBRARY
Cloth Constructive Destructive Diffracted Diffracting Experiment Experimental Interference Interfering Laser Light Optics Pattern Wave Waves Laser Light Physical
Photo Mug
Brighten up your mornings with our Media Storehouse Photo Mugs, featuring stunning scientific imagery. This mug showcases a captivating diffraction pattern, created when laser light interacts with a fabric. A mesmerizing reminder of the wave-like properties of light, as seen in this Science Photo Library image. Sip your favorite beverage in awe of the beauty of science with every sip.
A personalised photo mug blends sentimentality with functionality, making an ideal gift for cherished loved ones, close friends, or valued colleagues. Preview may show both sides of the same mug.
Elevate your coffee or tea experience with our premium white ceramic mug. Its wide, comfortable handle makes drinking easy, and you can rely on it to be both microwave and dishwasher safe. Sold in single units, preview may show both sides of the same mug so you can see how the picture wraps around.
Mug Size is 8cm high x 9.5cm diameter (3.1" x 3.7")
These are individually made so all sizes are approximate
EDITORS COMMENTS
This print captures a mesmerizing diffraction pattern formed by laser light passing through cloth. It serves as a compelling visual representation of the wave-like nature of light in certain situations. As the laser light traverses through narrow holes within the fabric's weave, it undergoes diffraction, causing it to spread out and create an intricate pattern. The resulting diffracted light then overlaps, giving rise to interference effects that shape the observed design. The interplay between constructive and destructive interference is evident in this image, manifesting as areas colored in vibrant red or deep black respectively. These phenomena align perfectly with what one would expect from waves. This experimental exploration delves into the realm of optics and physics, shedding light on how waves interact with physical structures. By showcasing these intriguing interfering patterns produced by diffracting laser light, this photograph offers a glimpse into the fascinating world where science meets art. Courtesy of Science Photo Library, this thought-provoking print invites us to contemplate the fundamental properties of light while appreciating its aesthetic allure. It reminds us that even seemingly mundane materials like cloth can reveal hidden wonders when subjected to scientific experimentation.
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