Einstein Collection (page 3)

WORLD ZIONIST CONGRESS. Albert Einstein, second from left, Chaim Weizmann, third from left, and other delegates to the World Zionist Congress: oil over a photograph, 1921

ALBERT EINSTEIN (1879-1955). American (German-born) theoretical physicist. Oil over a photograph, 1921, by Ferdinand Schmutzer

ALBERT EINSTEIN (1879-1955). German (German-born) theoretical physicist. Photographed with Mossessohn, Weizmann and Ussischkin on 2 April, 1921

HERMANN EINSTEIN (1847-1902). Father of American (German-born) theoretical physicist, Albert Einstein

PAULINE EINSTEIN (1858-1920). Mother of American (German-born) theoretical physicist, Albert Einstein. Photographed c1900

ALBERT EINSTEIN: PAGE. The beginning of Albert Einsteins great paper on the application of relativity to optics and thermodynamics, Zur Electrodynamik bewegter Korper in Annalen der Physik, Leipzig

ALBERT EINSTEIN (1879-1955). American (German-born) theoretical physicist. Photographed with Zionist leaders David N. Mosessohn

Einstein Cross Quasar: Gravitation Lens G2237 plus 0305. NASA photograph

Arthur Stanley Eddington (1882-1944) British astronomer physicist and mathematician. Supporter and promoter of Einsteins theories of Relativity

Albert EINSTEIN (1879-1955), German-Swiss-American mathematical physicist, left, with Paul Ehrenfest, Paul Langevin (1872-1946), French physicist, centre, Kammerling-Onnes and Pierre Weiss

Albert EINSTEIN (1879-1955), German-Swiss-American mathematical physicist, in his study at Institute of Advanced Study, Princeton, United States, 1940

Helen Einstein, grandmother of Albert Einstein (1879-1955) German-Swiss mathematician

Albert Einstein (1879-1955) German-Swiss mathematician with his first wife Mileva c1905

Albert Einstein (14 March 1879-18 April 1955), German-born Swiss-American theoretical physicist, philosopher and author, c1935. Scientist Mathematician

Ussischkin, Weizmann, Einsteinwife, Mossessohn

Gravitational waves computer artwork C016 / 9195
In physics, gravitational waves are ripples in the curvature of spacetime that propagate as a wave, travelling outward from the source

Wormhole through hyperspace, artwork
Wormhole through hyperspace. Artwork of a wormhole connecting two points (black dots) through hyperspace. This hypothetical method of travel (white arrows)

Parallel universes, conceptual artwork C013 / 9855
Parallel universes, conceptual computer artwork

EINSTEIN, Albert (1879-1955). German physicist and mathematician, Nobel Prize in 1921. Portrait of Einstein with his formula of the energy. Oil on canvas

EINSTEIN, ALBERT (1879-1955). GERMAN

Letter from Albert Einstein to President Franklin D. Roosevelt regarding the possibilities of an atomic bomb
EINSTEIN LETTER, 1939. Letter from Albert Einstein to President Franklin D. Roosevelt regarding the possibilities of an atomic bomb, 2 August 1939

Gravity Probe B satellite, artwork
Gravity Probe B satellite, computer artwork. The Earth (background) is shown warping a grid of space-time. The Gravity Probe B satellite is an experiment that was conducted by NASA

Warped space-time. Conceptual computer artwork of bent grid lines around an astronomical object, representing warped space-time. Einstein conceived of space-time in his Special Theory of Relativity

Random universe. Conceptual computer artwork of dice in space. This represents the fundamental uncertainty of the universe

Einstein ring caused by gravitational lensing
Einstein ring. Coloured combined radio and infra- red image of an Einstein ring in the system B1938+ 666. An Einstein ring is formed when two massive objects are perfectly aligned with each other as

Warped space-time due to gravity
Warped space-time. Composite artwork of bent grid lines below the Earth, representing the warping of space-time due to gravity

Computer graphics of Einsteins equation
Abstract computer graphics illustration of a multi-coloured rendition of Einsteins famous mass-energy equation set against a starry background of space

Computer artwork of Albert Einstein

Jooss interferometer. This device, engineered by Zeiss and Scott, was designed and operated by the German physicist Georg Joos (1894-1959)

Hallwachss electroscope. This device was used in an 1888 experiment by the German physicist Wilhelm Hallwachs (1859-1922), the results of which were explained by J. J. Thomson

Von Eotvoss torsion scale. This device, designed to measure gravitational acceleration, was built and operated by the Hungarian physicist Lorand von Eotvos (1848-1919)

Eddingtons comparator. This device was built by Sir Arthur Eddington (1882-1944), and was designed for measuring changes in the positions of stars

Merged black holes. Image 2 of 2. Supercomputer simulation of two non-spinning black holes (brown disc at centre) that have merged together

Black holes merging. Image 1 of 2. Supercomputer simulation of two non-spinning black holes (grey discs right and left of centre) merging

Learning physics
MODEL RELEASED. Learning physics. 4-year-old boy holding a blackboard with the equation E=mc2 on it. This equation relates energy (E) and mass (m) by the square of a universal constant

Universe time line, artwork
Big Bang and Evolution of Galaxies - The observable Universe is about 84 billion light years across. According to the standard view of cosmolog

Gravity waves in space-time, artwork. Space-time, the treatment of space and time as a unified whole, was developed by Einstein in his theories of Relativity

1636 Galileo Galilei portrait astronomer
Galileo Galilei, Italian astronomer. Engraving by Robert Hart 1834 from The Gallery of Portraits from the painting by Ramsay ref Sustermans 1636 with later tinting

Bose-Einstein condensate research. Velocity-distribution data of a gas of rubidium atoms, confirming the discovery of a new phase of matter, the BoseEinstein condensate (BEC)

1766 David Hume philosopher of science
David Hume, Scottish enlightenment philosopher (7th May 1711 - 25th August 1776). Steel engraving by W. Holl in " Gallery of Portraits" 1837, with later colouring

Art of dice, a black hole and chance
Chance in the universe. Computer illustration representing the chance, randomness and probability inherent in the universe according to the theory of quantum mechanics

MILEVA MARIC (1875-1948). Serbian physicist and mathematician; first wife of Albert Einstein

ALBERT EINSTEIN (1879-1955). American (German-born) theoretical physicist. Caricature drawing

Einstein / Ilz 1921
ALBERT EINSTEIN Scientist, in a white suit

Einstein / Ils 1922 / Jonas
ALBERT EINSTEIN Scientist, with Paul Painleve at the College de France during his visit to Paris in 1922

Einstein / Ils 1922
ALBERT EINSTEIN Scientist, during his visit to Paris in 1922

Einstein and Wife 1922
ALBERT EINSTEIN German born physicist with his wife Elsa in 1922

Einstein & Reporters
ALBERT EINSTEIN German born physicist. Winner of the Nobel Prize for physics in 1921. Photographed surrounded by reporters

All Professionally Made to Order for Quick Shipping

"Unveiling the Genius: Einstein's Impact on Science and Art" In 1919, during a momentous solar eclipse, Albert Einstein forever altered our understanding of the universe. His groundbreaking theory predicted that starlight would bend when passing near the Sun's gravitational pull. This revelation not only confirmed his brilliance but also revolutionized astrophysics. Beyond his scientific achievements, Einstein was a man of many talents. He found solace in playing the violin, using its harmonious melodies to explore the depths of his creativity. This lesser-known aspect of his life showcased his multifaceted nature and served as an outlet for his boundless curiosity. Albert Einstein's legacy extends far beyond theoretical physics; it encompasses art as well. Through computer artwork and stunning visual representations, artists have captured both the essence of this remarkable scientist and the profound impact he had on our understanding of space-time. One such iconic image portrays him during that pivotal 1919 solar eclipse—his eyes filled with wonder as he witnessed light bending according to his theory. In another photograph taken by Luicien Aigner in 1940 at Princeton University, we see a contemplative Einstein surrounded by books and papers—a testament to his tireless pursuit of knowledge. Einstein's most famous equation, E=mc², has become synonymous with genius itself. Its elegant simplicity encapsulates how energy is intertwined with matter—a concept that shook the foundations of science upon its discovery in 1905. As we delve into the intricate tapestry woven by Albert Einstein throughout history, we are reminded not only of his immense intellect but also his humanity. Despite being one of history's greatest minds, he remained humble and approachable—an inspiration for generations to come. Through photographs capturing moments like these or through imaginative artwork depicting him alongside cosmic wonders on a grand scale—the universe timeline—we continue to celebrate this extraordinary individual who reshaped our perception of reality itself.