Fraud Blocker Skip to main content

Physics Collection (page 5)

Exploring the vibrant world of physics, where colors blend like a mesmerizing colour wheel, unveiling the secrets of our universe

Background imagePhysics Collection: Albert Einstein

Albert Einstein. Caricature of the Swiss-German physicist Albert Einstein (1879-1955) displaying his watch, representing his theories of time

Background imagePhysics Collection: Portrait of Pavel Cerenkov

Portrait of Pavel Cerenkov
Pavel Cerenkov, Russian physicist, born Voronezh Guberniya on August 10, 1904, photographed (on right) at the controls of a synchrotron at the Institute of Physics of the Soviet Academy of Science

Background imagePhysics Collection: Russian physicist Pavel Cerenkov

Russian physicist Pavel Cerenkov

Background imagePhysics Collection: Magnifying glass

Magnifying glass. The glass lens is polished to an exact shape to produce a clear image. It magnifies the view of an object because the shape of the lens is convex

Background imagePhysics Collection: Cello strings

Cello strings vibrating. The vibration of the strings, combined with the design and shape of the cello, produces musical sounds

Background imagePhysics Collection: Strange attractor, artwork

Strange attractor, artwork
Strange attractor, computer artwork

Background imagePhysics Collection: Aurora borealis in Alaska

Aurora borealis in Alaska
Aurora borealis over the treeline. The aurora borealis (northern lights) is an atmospheric phenomenon that occurs at high latitudes, appearing as shimmering bands of coloured light in the sky

Background imagePhysics Collection: Particle accelerator equipment

Particle accelerator equipment. Particle accelerators are used to accelerate atomic nuclei and heavy ions to near the speed of light

Background imagePhysics Collection: Quantum universe

Quantum universe

Background imagePhysics Collection: Particle accelerator

Particle accelerator. Trails (red) of energised particles inside a particle accelerator. Particle accelerators are used to accelerate particles such as protons to near the speed of light

Background imagePhysics Collection: Nuclear fusion, conceptual artwork

Nuclear fusion, conceptual artwork

Background imagePhysics Collection: Gyroscope, artwork

Gyroscope, artwork
Gyroscope. Artwork of a gyroscope with the piece of string (red) that is used to set it spinning. This device consists of a heavy spinning disc (horizontal)

Background imagePhysics Collection: Double rainbow over a town

Double rainbow over a town amid trees

Background imagePhysics Collection: Newtonian Earth, conceptual artwork

Newtonian Earth, conceptual artwork
Newtonian Earth. Conceptual artwork of the Earth as one of the balls in a Newtons cradle. This image can represent concepts such as the impact and effect of physical laws on the Earths environment

Background imagePhysics Collection: Newtons cradle, artwork

Newtons cradle, artwork. This device consists of a number of steel balls suspended from a frame (not seen) in a horizontal line

Background imagePhysics Collection: Cooling towers, thermogram

Cooling towers, thermogram
Cooling towers. Thermogram of water vapour rising out of cooling towers at a power station. Thermography records surface temperatures by detecting the long-wavelength radiation emitted by an object

Background imagePhysics Collection: Higgs Boson particle, artwork

Higgs Boson particle, artwork
Higgs Boson particle. Computer artwork of a yellow sphere in a circular chamber with light emanating from behind it. This could represent the Higgs Boson particle being discovered in a particle

Background imagePhysics Collection: Chaos waves, artwork

Chaos waves, artwork
Chaos waves, computer artwork. Chaotic systems are systems that look random but aren t. They are actually deterministic systems (predictable if you have enough information) governed by physical laws

Background imagePhysics Collection: Interference pattern of oil on water

Interference pattern of oil on water
Interference pattern of colours caused by light reflected off a thin film of oil floating on water. The effect seen here is a result of decomposing organic matter leaving behind oily residues in a

Background imagePhysics Collection: Harmonious hand, 17th century artwork

Harmonious hand, 17th century artwork. This depiction of the harmonious hand shows musical scales and staves, with notes shown at each joint

Background imagePhysics Collection: Atomic structure

Atomic structure, computer artwork. Schematic representation of the structure of the atom. At the centre of the model is the nucleus, made up of a tightly packed cluster of protons and neutrons

Background imagePhysics Collection: Magnetism

Magnetism. Iron shavings attracted to two ends of a horseshoe magnet. The filings are attracted to the magnet by the force of its magnetic field

Background imagePhysics Collection: Newtons cradle

Newtons cradle. Computer illustration of a device known as Newtons cradle. It consists of a set of balls resting against one another that are free to swing from the bar (not seen) they hang

Background imagePhysics Collection: Quantum cryptography equipment

Quantum cryptography equipment
Quantum cryptography. Eye of an observer reflected in a mirror in quantum cryptography apparatus. Quantum cryptography is based on the principle of entanglement

Background imagePhysics Collection: Sound waves, artwork

Sound waves, artwork
Sound waves. Computer artwork showing three different representations of the waveform produced by a sound wave

Background imagePhysics Collection: JAMES VAN ALLEN (1914-2006). American physicist

JAMES VAN ALLEN (1914-2006). American physicist

Background imagePhysics Collection: Dr J D Cockcroft listening for atomic disintegration

Dr J D Cockcroft listening for atomic disintegration
Dr John D Cockcroft listening for sounds indicating atomic disintegration brought about by the bombardment with high-velocity protons of the lithium nucleus

Background imagePhysics Collection: Infra red photographs by Professor Wood

Infra red photographs by Professor Wood
A selection of landscapes photographed using infra-red rays, the result of pioneering work by Professor Robert Williams Wood whose pictures were exhibited at the Royal Society of Photography in 1911

Background imagePhysics Collection: Oil and water, high-speed image

Oil and water, high-speed image
Oil and water. High-speed photograph of oil being poured onto water. Since oil and water are immiscible liquids (they cannot be mixed)

Background imagePhysics Collection: 8626305

8626305

Background imagePhysics Collection: Volvelle to show how to find the time, in hours and minutes, in which the Moon reaches one of its

Volvelle to show how to find the time, in hours and minutes, in which the Moon reaches one of its aspects
7340909 Volvelle to show how to find the time, in hours and minutes, in which the Moon reaches one of its aspects. The disc is fixed and is read by a wire in the centre

Background imagePhysics Collection: Solar system, 1846-60 (engraving)

Solar system, 1846-60 (engraving)
7340561 Solar system, 1846-60 (engraving) by Reynolds, James (fl.c.1846-60); 29.2x23.5 cm; National Maritime Museum, London

Background imagePhysics Collection: Frontispiece from 'Nova experimenta physico-mechanica of VI aeris and elastica

Frontispiece from "Nova experimenta physico-mechanica of VI aeris and elastica
AIS5351973 Frontispiece from "Nova experimenta physico-mechanica of VI aeris and elastica and eiusdem efectibus" by the English scientist Robert Boyle (1627-1691)

Background imagePhysics Collection: Model of cyclotron, particle accelerator, invented by Ernest Orlando Lawrence (1901-1958)

Model of cyclotron, particle accelerator, invented by Ernest Orlando Lawrence (1901-1958)
AIS5378122 Model of cyclotron, particle accelerator, invented by Ernest Orlando Lawrence (1901-1958) and Milton Stanley Livingston (1905-1986) in 1931 (metal object); Science Museum, London

Background imagePhysics Collection: Planetarium, c.1825 (brass, glass, gilt brass, enamel, engraved)

Planetarium, c.1825 (brass, glass, gilt brass, enamel, engraved)
7339249 Planetarium, c.1825 (brass, glass, gilt brass, enamel, engraved) by Unknown Artist, (19th century); 28x17 cm; National Maritime Museum, London

Background imagePhysics Collection: Galileo Galilei (1564-1642), c.1602-07 (oil on canvas)

Galileo Galilei (1564-1642), c.1602-07 (oil on canvas)
7337903 Galileo Galilei (1564-1642), c.1602-07 (oil on canvas) by Apollodoro, Francesco (1531-1612); 66x53.3 cm; National Maritime Museum, London

Background imagePhysics Collection: Volvelle showing the planetary aspects without the Moon, 1540 (hand-coloured engraving)

Volvelle showing the planetary aspects without the Moon, 1540 (hand-coloured engraving)
7340905 Volvelle showing the planetary aspects without the Moon, 1540 (hand-coloured engraving) by Apianus, Petrus (1495-1552); National Maritime Museum, London

Background imagePhysics Collection: Volvelle illustrating the magnitude, start time and duration of eclipses

Volvelle illustrating the magnitude, start time and duration of eclipses, 1540 (hand-coloured engraving)
7340904 Volvelle illustrating the magnitude, start time and duration of eclipses, 1540 (hand-coloured engraving) by Apianus, Petrus (1495-1552); National Maritime Museum, London

Background imagePhysics Collection: Eclipses, 1846-60 (engraving)

Eclipses, 1846-60 (engraving)
7340565 Eclipses, 1846-60 (engraving) by Reynolds, James (fl.c.1846-60); 29.2x23.5 cm; National Maritime Museum, London, UK; (add.info.: Creator)

Background imagePhysics Collection: Transparent diagram of the phases of the moon, 1846-60 (paper, engraving)

Transparent diagram of the phases of the moon, 1846-60 (paper, engraving)
7340572 Transparent diagram of the phases of the moon, 1846-60 (paper, engraving) by Reynolds, James (fl.c.1846-60) & Emslie, John (1813-75); 29.2x23.5 cm; National Maritime Museum, London

Background imagePhysics Collection: Comparative magnitudes of the planets, 1846-60 (paper, engraving)

Comparative magnitudes of the planets, 1846-60 (paper, engraving)
7340566 Comparative magnitudes of the planets, 1846-60 (paper, engraving) by Reynolds, James (fl.c.1846-60) & Emslie, John (1813-75); 29.2x23.5 cm; National Maritime Museum, London

Background imagePhysics Collection: Lord Rosse's Great Reflecting Telescope, at Parsonstown, Ireland, 1853 (cotton, brass)

Lord Rosse's Great Reflecting Telescope, at Parsonstown, Ireland, 1853 (cotton, brass)
7340081 Lord Rosse's Great Reflecting Telescope, at Parsonstown, Ireland, 1853 (cotton, brass) by British School, (19th century); 118.3x89.2 cm; National Maritime Museum, London

Background imagePhysics Collection: Science in Sport, or the Pleasures of Astronomy. A New Game, 1804 (cardboard)

Science in Sport, or the Pleasures of Astronomy. A New Game, 1804 (cardboard)
7339962 Science in Sport, or the Pleasures of Astronomy. A New Game, 1804 (cardboard) by Wallis, John (19th century); 19.5x15.5 cm; National Maritime Museum, London

Background imagePhysics Collection: Reconstruction of Oersted's experiment of 1819

Reconstruction of Oersted's experiment of 1819
5311725 Reconstruction of Oersted's experiment of 1819; (add.info.: Reconstruction of Oersted's experiment of 1819)

Background imagePhysics Collection: Clepsydra: Water Clock

Clepsydra: Water Clock
5311779 Clepsydra: Water Clock; (add.info.: Clepsydra: The hand on the clock face was regulated by the level of water in the bottom reservoir which raised and lowered the flood)

Background imagePhysics Collection: A carpenter drawing a nail from a plank

A carpenter drawing a nail from a plank
5310273 A carpenter drawing a nail from a plank; (add.info.: Engraving depicting a carpenter drawing a nail from a plank using a clawed hammer as a bent lever)

Background imagePhysics Collection: Leon Foucault's machine for producing a current

Leon Foucault's machine for producing a current
5310261 Leon Foucault's machine for producing a current; (add.info.: Engraving depicting Leon Foucault's machine for producing a current in a copper plate C)

Background imagePhysics Collection: An inclined plane railway used to carry coal

An inclined plane railway used to carry coal
5308316 An inclined plane railway used to carry coal.; (add.info.: Engraving depicting an inclined plane railway used to carry coal from South Hetton Colliery to Seaham Harbour)



All Professionally Made to Order for Quick Shipping

Exploring the vibrant world of physics, where colors blend like a mesmerizing colour wheel, unveiling the secrets of our universe. Particle tracks lead us on a journey through time and space, capturing the essence of cosmic collisions like Proton Collision C014/1797 and the groundbreaking Higgs Boson event at ATLAS detector C013/6892. Inspired minds like Richard Feynman, depicted in a captivating caricature as he unravels the mysteries of quantum mechanics (C015/6715), have shaped our understanding. From studying celestial wonders such as the Milky Way to unraveling atmospheric phenomena like Northern Lights, physics encompasses it all. The Airpump by Joseph Wright symbolizes humanity's quest for knowledge and discovery. Pioneers like Marie Curie continue to inspire generations with their remarkable contributions to nuclear physics. At CERN's ATLAS detector, we witness extraordinary experiments that push boundaries further than ever before. Behold the breathtaking beauty of Crab Nebula while contemplating conceptual artwork depicting Higgs Boson - an elusive particle that holds profound significance in our understanding of matter and energy.