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Fine Art Print : Atomic surface of a silicon crystal

Atomic surface of a silicon crystal



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Atomic surface of a silicon crystal

Clearest-ever view of silicon. High resolution transmission electron micrograph (TEM) of the atomic surface of a silicon crystal. The surface is made of triangular subunits which consist of 3 layers. The 6 atoms of the top layer (adatoms) appear as black spots in each subunit. Atoms in the lower levels appear as blue lines around small structural holes (white). Each subunit is bonded to its neighbours by 9 atoms in the deepest layer; these bonded atoms (dimers) appear as blue lines between the subunits. At the subunit corners are large white circular structures. Magnification: x5, 000, 000 at 6x6cm size

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 6291711

© Laurence Marks, Northwestern University

Atom Atomic Structure Crystal Electron Micrograph Element Elements Particle Physics Silicon Surface Transmission


20"x20" (+3" Border) Fine Art Print

Discover the mesmerizing world of science with Media Storehouse's Fine Art Prints. This captivating piece features an Atomic Surface of a Silicon Crystal, captured in stunning clarity by Science Photo Library. Witness the intricate beauty of silicon's atomic structure, revealed in this high-resolution Transmission Electron Micrograph (TEM). The image showcases the crystal's surface, composed of triangular subunits, each made up of three distinct layers. A breathtaking addition to any home or office space, this print is not only a work of art but also a testament to the wonders of scientific discovery.

20x20 image printed on 26x26 Fine Art Rag Paper with 3" (76mm) white border. Our Fine Art Prints are printed on 300gsm 100% acid free, PH neutral paper with archival properties. This printing method is used by museums and art collections to exhibit photographs and art reproductions.

Our fine art prints are high-quality prints made using a paper called Photo Rag. This 100% cotton rag fibre paper is known for its exceptional image sharpness, rich colors, and high level of detail, making it a popular choice for professional photographers and artists. Photo rag paper is our clear recommendation for a fine art paper print. If you can afford to spend more on a higher quality paper, then Photo Rag is our clear recommendation for a fine art paper print.

Estimated Image Size (if not cropped) is 50.8cm x 50.8cm (20" x 20")

Estimated Product Size is 66cm x 66cm (26" x 26")

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 offers an unprecedented view of the atomic surface of a silicon crystal, revealing intricate details that were previously unseen. Taken using high-resolution transmission electron microscopy (TEM), this image showcases the remarkable structure of silicon at the atomic level. The surface is composed of triangular subunits, each consisting of three layers. The top layer features six adatoms, appearing as distinct black spots within each subunit. Surrounding these adatoms are blue lines representing atoms in the lower levels, forming small structural holes that appear white. Fascinatingly, each subunit is bonded to its neighboring units by nine atoms in the deepest layer. These bonded atoms, known as dimers, can be observed as blue lines connecting the subunits. At the corners of each subunit lie large circular structures rendered in white. With a magnification power reaching an astonishing x5 million and printed on a 6x6cm medium, this photograph provides an unparalleled glimpse into the atomic world. It not only highlights the complexity and beauty inherent in silicon's atomic structure but also serves as a testament to humanity's ever-advancing understanding of particle physics and elemental chemistry. This stunning piece from Science Photo Library captures both scientific curiosity and aesthetic appreciation for nature's hidden wonders at their most fundamental level – reminding us once again how intricately interconnected our world truly is.

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