Quantum Physics Print: Atomic Bonding on Copper Lattice
Framed Prints From ScienceSource
This artwork is available as
Framed Print of Quantum Physics, Nanoscale Devices
Colorized version of an image created by the NIST custom-built scanning tunneling microscope as it drags a cobalt atom across a closely packed lattice of copper atoms. Large round features show the cobalt atom bonding to the copper at its preferred, lowest energy bonding site. Bright triangle-shaped areas show the atoms bonding at a higher energy site. The atom "screeches in protest" when the STM tip forces it to sit at this site. Dark areas show positions that the atom "hops" over, refusing to bond at all. A scanning tunneling microscope (STM) is an instrument for imaging surfaces at the atomic level. For an STM, good resolution is considered to be 0.1 nm lateral resolution and 0.01 nm depth resolution. With this resolution, individual atoms within materials are routinely imaged and manipulated. The STM can be used not only in ultra-high vacuum but also in air, water, and various other liquid or gas ambients, and at temperatures ranging from near zero kelvin to a few hundred degrees Celsius. © Joseph Stroscio/Robert Celotta/NIST / Science Source
Artwork Licensed From ScienceSource (1745348)
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Media ID 47360427
Nanotechnology Applications , Quantum Physics , Nanoscale Devices , Scanning Tunneling Microscope , Atomic Level Imaging , Cobalt Atom Bonding , Copper Lattice Structure , Molecular Engineering Technology , STM Instrumentation Device , Nanoscale Particle Manipulation
Editors' Comments
Unlock the wonders of the microscopic world with our 'Quantum Physics, Nanoscale Devices' framed print. This image, captured by Joseph Stroscio and Robert Celotta at NIST using a custom-built scanning tunneling microscope, shows the intricate dance of atoms on a copper lattice as a cobalt atom is dragged across its surface. A testament to human ingenuity and the beauty of science, this print is sure to inspire curiosity and awe in anyone who lays eyes on it.
Visualizing the unseen, these vibrant prints capture the intricate dance of atoms at the nanoscale. A cobalt atom navigates a copper lattice, forming bonds with preferred sites and resisting others in protest. The colorful representation brings to life the atomic world, where individual particles interact and respond to their environment.
This artwork is also available as...
Photo Prints - Unlock the wonders of the microscopic world with our prints from ScienceSource. This image, "Quantum Physics, Nanoscale Devices", shows the incredible feat of a cobalt atom being dragged across a copper lattice by NIST's custom-built scanning tunneling microscope. A testament to human ingenuity and the beauty of science, this print is sure to inspire curiosity and awe in all who see it.
Greetings Cards - Explore the wonders of the microscopic world with our range of Greetings Cards. This image, a masterpiece of quantum physics and nanoscale devices, shows the incredible detail achieved by scientists at NIST using their custom-built scanning tunneling microscope. A cobalt atom is delicately dragged across a lattice of copper atoms, revealing the intricate beauty that lies beneath our everyday reality.
Photo Mugs - Photo Mugs featuring scientific visuals. This Photo Mug shows "Quantum Physics, Nanoscale Devices" by Joseph Stroscio/Robert Celotta/NIST from ScienceSource, a colorized image of cobalt atoms being dragged across copper atoms using a custom-built scanning tunneling microscope, perfect for science enthusiasts and tech aficionados alike.
Poster Prints - Add a touch of scientific wonder to your walls with our Poster Prints featuring 'Quantum Physics, Nanoscale Devices' by Joseph Stroscio/Robert Celotta/NIST from ScienceSource. This colorized image shows the NIST custom-built scanning tunneling microscope's groundbreaking discovery of cobalt atoms on copper lattice, perfect for science enthusiasts and researchers alike.
Metal Prints - Add a touch of scientific elegance to your space with our Metal Prints, featuring 'Quantum Physics, Nanoscale Devices' by Joseph Stroscio/Robert Celotta/NIST from ScienceSource. This image shows the atomic manipulation of cobalt on copper using a custom-built scanning tunneling microscope, bringing nanotechnology to life in color.
Canvas Prints - Canvas Prints featuring scientific visuals like 'Quantum Physics, Nanoscale Devices' by Joseph Stroscio/Robert Celotta/NIST from ScienceSource. This colorized image shows a cobalt atom being dragged across copper atoms using a custom-built scanning tunneling microscope, perfect for science enthusiasts and art lovers alike.
Cushions - our Cushions featuring 'Quantum Physics, Nanoscale Devices' by Joseph Stroscio/Robert Celotta/NIST from ScienceSource. This colorized image shows a cobalt atom being dragged across copper atoms using a custom-built scanning tunneling microscope, highlighting the intersection of nanotechnology and quantum mechanics in home decor.
Mouse Mats - Unlock the wonders of the microscopic world with our range of Mouse Mats. Inspired by groundbreaking scientific discoveries, this design shows an image of quantum physics in action - where a cobalt atom is delicately dragged across a lattice of copper atoms using a custom-built scanning tunneling microscope. Let the beauty and complexity of science inspire your workspace and fuel your creativity.
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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")
