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Atoms Gallery

Available as Prints and Gift Items

Choose from 440 pictures in our Atoms collection for your Wall Art or Photo Gift. All professionally made for Quick Shipping.


Northern lights
Northern lights
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Niels Bohr, caricature
Niels Bohr, caricature
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Nuclear Fission Artwork
Nuclear Fission Artwork
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HIV reverse transcription enzyme
HIV reverse transcription enzyme
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Ernest Rutherford, caricature
Ernest Rutherford, caricature
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Evolution of the Universe, artwork
Evolution of the Universe, artwork
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Bose-Einstein condensate simulation
Bose-Einstein condensate simulation
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Dr J D Cockcroft listening for atomic disintegration
Dr J D Cockcroft listening for atomic disintegration
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71002-00091-846
71002-00091-846
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Particle collision
Particle collision
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Buckminsterfullerene molecule
Buckminsterfullerene molecule
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Nanotube technology, computer artwork
Nanotube technology, computer artwork
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Bose-Einstein condensate simulation Featured Image

Bose-Einstein condensate simulation

Bose-Einstein condensate simulation. Computer simulation of vortices forming within a spinning Bose-Einstein condensate (BEC). A BEC is a state of matter that can arise at very low temperatures. Atoms are trapped using laser beams and magnets, and supercooled almost to absolute zero. At these temperatures, the atoms all have the same quantum energy state, and are indistinguishable. They coalesce, behaving as if they were one single super atom. During the process, two laser beams are rotated rapidly around each other, causing a stirring action that generates vortices in the atom cluster and facilitates the formation of the condensate. This simulation helped to confirm that BEC's are superfluids - a kind of liquid/gas that flows without friction

© NATIONAL INSTITUTE OF STANDARDS AND TECHNOLOGY/SCIENCE PHOTO LIBRARY

Fullerene molecule, computer artwork
Fullerene molecule, computer artwork
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Quantum computing
Quantum computing
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Density in a Bose-Einstein Condensate
Density in a Bose-Einstein Condensate
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71002-00078-829
71002-00078-829
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DALTON, John (1766-1844). British chemist and physicist
DALTON, John (1766-1844). British chemist and physicist
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Periodic law of chemical elements by Dmitry Ivanovich Mendeleyev (1834-1907) from '
Periodic law of chemical elements by Dmitry Ivanovich Mendeleyev (1834-1907) from '
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Periodic law of chemical elements by Dmitry Ivanovich Mendeleyev (1834-1907) from '
Periodic law of chemical elements by Dmitry Ivanovich Mendeleyev (1834-1907) from '
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Diagram showing planetary orbits, the sun and the path of a comet, digital illustration
Diagram showing planetary orbits, the sun and the path of a comet, digital illustration
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Diagram showing size of stars from white dwarfs to super giants, digital illustration
Diagram showing size of stars from white dwarfs to super giants, digital illustration
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Molecular model of Formic Acid, digital illustration
Molecular model of Formic Acid, digital illustration
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Molecular model of Hydrogen Sulphide, digital illustration
Molecular model of Hydrogen Sulphide, digital illustration
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Molecular model of Ammonia, digital illustration
Molecular model of Ammonia, digital illustration
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Density in a Bose-Einstein Condensate Featured Image

Density in a Bose-Einstein Condensate

Bose-Einstein Condensate: a new state of matter. Graph of the density of low-velocity rubidium atoms forming a Bose-Einstein Condensate (BEC). The blue and white peak shows the BEC, a cloud of a few thousand atoms some 10 microns (millionths of a metre) across. A cloud of rubidium atoms was confined by a laser trap system, then cooled to 180 nK (nanoKelvin, billionths of a degree above absolute zero). At this temperature, atoms move so slowly that the quantum wave function for each one spreads out until all the atoms are in the same quantum state. This first BEC was created at the NIST and University of Colorado on 5 June 1995

© NATIONAL INSTITUTE OF STANDARDS AND TECHNOLOGY (NIST)/SCIENCE PHOTO LIBRARY

Carbon atom, digital illustration
Carbon atom, digital illustration
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Flow chart showing how a nuclear power station produces electricity
Flow chart showing how a nuclear power station produces electricity
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Helium, atomic model
Helium, atomic model
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Boron, atomic model
Boron, atomic model
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Control Room, Sizewell B Power Station
Control Room, Sizewell B Power Station
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Demokritus in Meditation, 1650-51 (oil on canvas)
Demokritus in Meditation, 1650-51 (oil on canvas)
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71002-00095-668
71002-00095-668
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71002-00096-668
71002-00096-668
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Dr Ernest Walton with Cockcroft-Walton apparatus
Dr Ernest Walton with Cockcroft-Walton apparatus
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Dr J D Cockcroft at work in Cavendish Laboratory
Dr J D Cockcroft at work in Cavendish Laboratory
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Adenine molecule, artwork C017/7200
Adenine molecule, artwork C017/7200
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Ionic bonding in sodium chloride, artwork C017/7242
Ionic bonding in sodium chloride, artwork C017/7242
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Control Room, Sizewell B Power Station Featured Image

Control Room, Sizewell B Power Station

Sizewell B in Suffolk is the UK's only commercial pressurised water reactor (PWR) power station. PWRs constitute a majority of all western nuclear power plants and are one of two types of light water reactor (LWR), the other type being boiling water reactors (BWRs). In a PWR the primary coolant (water) is pumped under high pressure to the reactor core where it is heated by the energy generated by the fission of atoms. The heated water then flows to a steam generator where it transfers its thermal energy to a secondary system where steam is generated and flows to turbines which, in turn, spins an electric generator. In contrast to a boiling water reactor, pressure in the primary coolant loop prevents the water from boiling within the reactor. All LWRs use ordinary light water as both coolant and neutron moderator

© DAVID PARKER/SCIENCE PHOTO LIBRARY

Thymine molecule, artwork C017/7366
Thymine molecule, artwork C017/7366
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Tablet computer, insulin molecule F006/6311
Tablet computer, insulin molecule F006/6311
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Nanospheres, artwork F006/7079
Nanospheres, artwork F006/7079
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Bleomycin drug molecule F005/6675
Bleomycin drug molecule F005/6675
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Buckyball, Buckminsterfullerene molecule
Buckyball, Buckminsterfullerene molecule
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Organic chemistry building blocks C017/3599
Organic chemistry building blocks C017/3599
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Structure of matter, artwork C018/0948
Structure of matter, artwork C018/0948
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Glycerol phenylbutyrate drug molecule F007/0147
Glycerol phenylbutyrate drug molecule F007/0147
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Benzoperylene molecular model F007/0116
Benzoperylene molecular model F007/0116
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Alemtuzumab Fab fragment molecule F007/0097
Alemtuzumab Fab fragment molecule F007/0097
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Afamelanotide skin pigmentation drug F007/0096
Afamelanotide skin pigmentation drug F007/0096
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ITER Reaction vessel C018/3801
ITER Reaction vessel C018/3801
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