Differential Collection

M. I. T. Calculator 1930S
The Differential Analyser calculating machine designed at Massachusetts Institute of Technology

Sturts desert pea blooming beside road, Hamersley Range, Western Australia

Issac Newton, English physicist
Isaac Newton. Engraving of the English physicist, mathematician and alchemist Sir Isaac Newton (1642-1727). As a mathematician Newton discovered the binomial theorem and developed differential

Oil pump in a wheat field. This type of oil pump is commonly known as a nodding donkey or jack pump. It is used to draw crude oil from a well when the pressure difference in the well is not

Issac Newton and the apple, artwork
Issac Newton and the apple, computer artwork

1921 Automotive 1921
JANUARY 01: Talbot 8hp Chassis during the Automotive 1921 on January 01, 1921. (Photo by LAT Images)

A woman's hand holding a cup and saucer

Photograph of Old Face Plate Lathe, originally installed in the Soho Foundry of Boulton and Watt, Birmingham which was purchased by Avery in 1895. 3-speed gear and differential. Date: circa 1920

DDE-90039112
Michigan, Detroit, Detroit Zoo, Tiger with mouth open (Large format sizes available) Date: 17/06/2014

DDE-90039111
Michigan, Detroit, Detroit Zoo, Tiger at rest (Large format sizes available) Date: 17/06/2014

DDE-90036826
Lupine in a garden (Large format sizes available). Date: 13/08/2013

DDE-90028587
Canada, Yukon Territory, Kluane National Park And Reserve, Arctic ground squirrel, close-up (Large format sizes available) Date: 25/02/2009

DDE-90023683
Antarctica, Emperor Penguins standing in winter (Large format sizes available) Date: 16/06/2010

DDE-90021734
South Africa, Close-Up of crocodile (Large format sizes available) Date: 16/06/2010

DDE-90021732
South Africa, Cheetah looking away (Large format sizes available) Date: 16/06/2010

DDE-90019741
Kenya, Maasai Mara, Pair of cheetahs running (Acinonyx Jubatus) (Large format sizes available). Date: 12/08/2009

Photograph of Old Face Plate Lathe, originally installed in the Soho Foundry of Boulton and Watt, Birmingham which was purchased by Avery in 1895. The lathe taking work up to 26 feet diameter

Snipe Shooting, 1886 (photo)
STC119923 Snipe Shooting, 1886 (photo) by Emerson, Peter (1856-1936) & Goodall, Thomas (1857-1944); 19.2x18.9 cm; Private Collection; The Stapleton Collection; English, out of copyright

The First Frost, Life and Landscape on the Norfolk Broads, c. 1886 (photo)
STC119918 The First Frost, Life and Landscape on the Norfolk Broads, c.1886 (photo) by Emerson, Peter (1856-1936) & Goodall, Thomas (1857-1944); Private Collection; The Stapleton Collection; English

detail gears shafts differential housing
2015 Goodwood Festival of Speed. Goodwood Estate, West Sussex, England. 25th - 28th June 2015. McLaren gearbox cutaway. Ref: KW5_3578a. World copyright: Kevin Wood/LAT Photographic

SIR JOHN LESLIE Scottish scientist and author, widely travelled, invented several instruments including a differential thermometer Date: 1766 - 1832

Early Morning Sunlight Shining Through a Canopy of Bluegums on Visserhoek Road
Western Cape Province, South Africa

A Low Angle of a Light House with Aloes in the Foreground
Struisbaai, Western Cape Province, South africa

Sofia Kovalevskaya - Russian Mathematician
Sofia Vasilyevna Kovalevskaya (1850-1891) - Russian female mathematician, and also the first woman appointed to a full professorship in Europe in 1889. Date: circa 1889

Coral Heath
A coral heath found in understorey of temperate wet sclerophyll forest, Liffey River Australian Bush Heritage Fund Conservation Reserve, foothills of the Western Tiers, Tasmania, Australia

Bowenic differential screw press
Illustration of a Bowenic differential screw press

Crimson Bottlebrush Shrub
A Crimson Bottlebrush shrub (Callistemon citrinus)

Isaac Newton (1642-1727) English scientist and mathematician. Reflecting telescope: differential calculus: gravitation. Newtons dog knocking over a candle and setting fire to Newtons papers

Isaac Newton (1642-1727) English mathematician, astronomer and physicist. Differential calculus: gravitation: nature of light: telescope. Chromolithograph

Differential nanogear, artwork F008 / 3373
Differential nanogear, computer artwork

Balance Rock, Utah, USA
Balance Rock rock pedestal, Arches National Park, Utah, USA. This sandstone formation has resulted from erosion by wind and rain

Gas diffusion experiment, 19th century
Gas diffusion experiment. Hydrogen gas is produced from a chemical reaction at left. Since hydrogen is a small and light gas molecule

Distortion of the Sun, 17th century
Distortions of the Sun. 17th century diagram explaining how the disc of the Sun appears distorted when seen close to the horizon

Cytoplasmic streaming in onion cells
Cytoplasmic streaming. Coloured light micrograph (LM) of a section through some onion cells, Allium cepa, showing cytoplasmic streaming. Strands of cytoplasm can be seen in the cell at centre

Earth Pyramids, Italy
Earth Pyramids. These spires are an example of a landform known as hoodoos. They are composed of unconsolidated material (moraine) deposited by glaciers during the last Ice Age (about 20)

Orchid primrose Primula vialii
Orchid primrose flower (Primula vialii). Photographed in summer

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"Differential: Unveiling the Intricacies of Science and Mathematics" In the ever-evolving world of science and mathematics, the concept has played a pivotal role in unraveling complex phenomena. From the M. I. T. Calculator in the 1930s to Isaac Newton's groundbreaking discoveries, this mathematical tool has shaped our understanding of the universe. Imagine standing amidst Sturts desert pea blooming vibrantly against a barren landscape - much like how differential equations bring life to seemingly mundane problems. Just as an oil pump tirelessly extracts precious resources from a wheat field, differentials extract valuable insights from intricate systems. Isaac Newton himself was captivated by this notion, famously depicted under an apple tree in artwork that immortalizes his genius. As an English physicist, astronomer, and mathematician, he harnessed differentials to revolutionize our comprehension of motion and gravity. A photograph capturing an old face plate lathe serves as a reminder that even machines rely on differentials for precision engineering. Sofia Kovalevskaya, a Russian mathematician who defied societal norms to pursue her passion for numbers, also delved into these mathematical tools with great fervor. Behind cryptic codes like DDE-90039112 or DDE-90028587 lie hidden realms where differentials unlock secrets within vast datasets. These numerical sequences represent more than just random strings; they are gateways to untapped knowledge waiting to be discovered. Differential equations have become indispensable tools for scientists across disciplines - guiding us through turbulent fluid dynamics or predicting population growth patterns. They form bridges between abstract theories and real-world applications; their impact reverberates far beyond academia's walls. So let us celebrate the power of differentials - those unsung heroes shaping our understanding of nature's intricacies. Whether it be calculating trajectories or modeling economic trends, these mathematical constructs continue pushing boundaries and propelling humanity towards new frontiers of knowledge.