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Mathematica Collection

Mathematica is a powerful tool that has revolutionized the world of mathematics

Background imageMathematica Collection: Isaac Newton - English physicist, astronomer, mathematician

Isaac Newton - English physicist, astronomer, mathematician
Isaac Newton (1642-1727). English physicist, astronomer and mathematician. Opuscula Mathematica, Philosophica et Philologica. Volume I: Mathematica

Background imageMathematica Collection: FERMAT, Pierre de (1601-1665). French lawyer

FERMAT, Pierre de (1601-1665). French lawyer, famous for his work in mathematics. Varia Opera Mathematica (1659). Title page. SPAIN. Barcelona. Biblioteca de Catalunya (National Library of Catalonia)

Background imageMathematica Collection: Gottfried Wilhelm Leibniz, German philosopher, mathematician and polymath (engraving)

Gottfried Wilhelm Leibniz, German philosopher, mathematician and polymath (engraving)
8626172 Gottfried Wilhelm Leibniz, German philosopher, mathematician and polymath (engraving) by Ficquet, Etienne (1719-1794); Private Collection; (add.info.: Gottfried Wilhelm Leibniz (1646-1716)

Background imageMathematica Collection: Portrait of Euclid (3rd century BC). Greek mathematician, detail of a page of a manuscript

Portrait of Euclid (3rd century BC). Greek mathematician, detail of a page of a manuscript representing the allegories
BEN5464424 Portrait of Euclid (3rd century BC). Greek mathematician, detail of a page of a manuscript representing the allegories of Arithmetic and geometry

Background imageMathematica Collection: Archimedes, ancient Greek scientist, mathematician and inventor (engraving)

Archimedes, ancient Greek scientist, mathematician and inventor (engraving)
8635148 Archimedes, ancient Greek scientist, mathematician and inventor (engraving) by German School, (19th century) (after); Private Collection; (add.info.: Archimedes (c287-c212 BC)

Background imageMathematica Collection: Calculating machine by Mr Thomas de Colmar, Paris (engraving)

Calculating machine by Mr Thomas de Colmar, Paris (engraving)
8634944 Calculating machine by Mr Thomas de Colmar, Paris (engraving) by English School, (19th century); Private Collection; (add.info.: Calculating machine by Mr Thomas de Colmar, Paris)

Background imageMathematica Collection: Weighing the earth in a pair of scales on a high tower (litho)

Weighing the earth in a pair of scales on a high tower (litho)
8673173 Weighing the earth in a pair of scales on a high tower (litho) by English School, (20th century); Private Collection; (add.info.: How the weight of the earth is measured)

Background imageMathematica Collection: The Manor House, Woolsthorpe, birthplace of Sir Isaac Newton (engraving)

The Manor House, Woolsthorpe, birthplace of Sir Isaac Newton (engraving)
8676572 The Manor House, Woolsthorpe, birthplace of Sir Isaac Newton (engraving) by English School, (19th century); Private Collection; (add.info.: The Manor House, Woolsthorpe, Lincolnshire)

Background imageMathematica Collection: Statue of Sir Isaac Newton, by William Theed (engraving)

Statue of Sir Isaac Newton, by William Theed (engraving)
8676528 Statue of Sir Isaac Newton, by William Theed (engraving) by English School, (19th century); Private Collection; (add.info.: Statue of Sir Isaac Newton, by William Theed)

Background imageMathematica Collection: Frontispiece of 'De Arithmetica' by Latin philosopher and politician Boece or Anicius Manlius

Frontispiece of "De Arithmetica" by Latin philosopher and politician Boece or Anicius Manlius Severinus
AIS5352556 Frontispiece of "De Arithmetica" by Latin philosopher and politician Boece or Anicius Manlius Severinus Boethius (Boetius) (480-524)

Background imageMathematica Collection: Wooden and leather book-shaped box containing mathematical instruments in brasswork

Wooden and leather book-shaped box containing mathematical instruments in brasswork, 18th century (brass)
DEX5040796 Wooden and leather book-shaped box containing mathematical instruments in brasswork, 18th century (brass); Istituto e Museo di Storia della Scienza, Florence

Background imageMathematica Collection: Lord Kelvin's receiving apparatus in use, 1877

Lord Kelvin's receiving apparatus in use, 1877
3480022 Lord Kelvin's receiving apparatus in use, 1877; (add.info.: Lord Kelvin's (William Thomson's) receiving apparatus in use at Brest; including his mirror galvanometer

Background imageMathematica Collection: Commonplace workbook kept by William Spink, RN, including mathematical calculations

Commonplace workbook kept by William Spink, RN, including mathematical calculations and methods for calculating at sea
7342540 Commonplace workbook kept by William Spink, RN, including mathematical calculations and methods for calculating at sea, 1697-1705 (paper, ink) by Spink

Background imageMathematica Collection: Sir Isaac Newton's House, Orange Street, Leicester Square, London (engraving)

Sir Isaac Newton's House, Orange Street, Leicester Square, London (engraving)
8676573 Sir Isaac Newton's House, Orange Street, Leicester Square, London (engraving) by English School, (19th century); Private Collection; (add.info.: Sir Isaac Newton's House)

Background imageMathematica Collection: Inauguration of Sir Isaac Newton's statue, Grantham, Lincolnshire (engraving)

Inauguration of Sir Isaac Newton's statue, Grantham, Lincolnshire (engraving)
8676522 Inauguration of Sir Isaac Newton's statue, Grantham, Lincolnshire (engraving) by English School, (19th century); Private Collection; (add.info)

Background imageMathematica Collection: Euclid, ancient Greek mathematician (engraving)

Euclid, ancient Greek mathematician (engraving)
8635147 Euclid, ancient Greek mathematician (engraving) by German School, (19th century) (after); Private Collection; (add.info.: Euclid, ancient Greek mathematician. Illustration from Hellas)

Background imageMathematica Collection: Mrs. Bryan and her Children, 1797 (engraving)

Mrs. Bryan and her Children, 1797 (engraving)
7340002 Mrs. Bryan and her Children, 1797 (engraving) by Shelley, Samuel (1750-1808); 29x13 cm; National Maritime Museum, London

Background imageMathematica Collection: Pages from The First Six Books of the elements of Euclid by Oliver Byrne published in 1847

Pages from The First Six Books of the elements of Euclid by Oliver Byrne published in 1847
5668984 Pages from The First Six Books of the elements of Euclid by Oliver Byrne published in 1847; (add.info.: Photograph of page from original 1847 first edition)

Background imageMathematica Collection: Commonplace workbook kept by William Spink, RN, including mathematical calculations

Commonplace workbook kept by William Spink, RN, including mathematical calculations and methods for calculating at sea
7342539 Commonplace workbook kept by William Spink, RN, including mathematical calculations and methods for calculating at sea, 1697-1705 (paper, ink) by Spink

Background imageMathematica Collection: Lissajous figure generated by two frequencies one of which is 12 times the other, 1857

Lissajous figure generated by two frequencies one of which is 12 times the other, 1857
3480058 Lissajous figure generated by two frequencies one of which is 12 times the other, 1857; (add.info.: Lissajous figure generated by two frequencies one of which is 12 times the other)

Background imageMathematica Collection: Mistrust (litho)

Mistrust (litho)
8663017 Mistrust (litho) by May, Phil (1864-1903); Private Collection; (add.info.: Mistrust. Illustration for Sketches from "Punch" by Phil May (Punch, 1903).); © Look and Learn

Background imageMathematica Collection: The Nautical Almanac and Astronomical Ephemeris for the year 1767 (print)

The Nautical Almanac and Astronomical Ephemeris for the year 1767 (print)
7340732 The Nautical Almanac and Astronomical Ephemeris for the year 1767 (print) by Unknown artist, (18th century); National Maritime Museum, London, UK; (add.info.: Unknown artist)

Background imageMathematica Collection: Science. The french scientist Francois Arago. Imagery from the Parisian Department Store

Science. The french scientist Francois Arago. Imagery from the Parisian Department Store: Aux Quatre Arrondissements
3434257 Science. The french scientist Francois Arago. Imagery from the Parisian Department Store: Aux Quatre Arrondissements, France, c.1900 (postcard); (add.info.: Sciences. Coll. Part. Science)

Background imageMathematica Collection: An example of Mirth by Maybank (litho)

An example of Mirth by Maybank (litho)
8634529 An example of Mirth by Maybank (litho) by Webb, Hector Thomas Maybank (1869-1929); Private Collection; (add.info.: Illustration for Mirth by Maybank (Ward Lock, 1937).); © Look and Learn

Background imageMathematica Collection: Printed page from the first book of the ancient Greek mathematician Euclid (325-265 BC) 'Elements'

Printed page from the first book of the ancient Greek mathematician Euclid (325-265 BC) "Elements"
AIS5386966 Printed page from the first book of the ancient Greek mathematician Euclid (325-265 BC) "Elements"; Biblioteca de Catalunya, Barcelona

Background imageMathematica Collection: The Grand Theodolite, 1850

The Grand Theodolite, 1850
3480118 The Grand Theodolite, 1850; (add.info.: Diagram depicting the Grand Theodolite; a surveying instrument with a rotating telescope for measuring horizontal and vertical angles)

Background imageMathematica Collection: Mr W F Stanley, Optician, Patentee and Practical Manufacturer of Mathematical, Drawing

Mr W F Stanley, Optician, Patentee and Practical Manufacturer of Mathematical, Drawing, and Surveying Instruments, 4
8648215 Mr W F Stanley, Optician, Patentee and Practical Manufacturer of Mathematical, Drawing, and Surveying Instruments, 4, 5, and 10 Great Turnstile, Holborn, WC (engraving) by English School

Background imageMathematica Collection: Baldassare Boncompagni, Italian historian and Governor-General of Central Italy (engraving)

Baldassare Boncompagni, Italian historian and Governor-General of Central Italy (engraving)
8677045 Baldassare Boncompagni, Italian historian and Governor-General of Central Italy (engraving) by English School, (19th century); Private Collection; (add.info)

Background imageMathematica Collection: Augustin Hirschvogel, German artist, mathematician and cartographer (engraving)

Augustin Hirschvogel, German artist, mathematician and cartographer (engraving)
8663702 Augustin Hirschvogel, German artist, mathematician and cartographer (engraving) by Hirschvogel, Augustin (1503-53); Private Collection; (add.info.: Augustin Hirschvogel (1503-1553)

Background imageMathematica Collection: At the school there are three pupils engaged in the various activities of the class

At the school there are three pupils engaged in the various activities of the class
JAB5037023 At the school there are three pupils engaged in the various activities of the class. Advertising card for " Le bon marche".; (add.info)

Background imageMathematica Collection: Wooden box containing brassed mathematics instruments, Late 16th-early 17th century (brass)

Wooden box containing brassed mathematics instruments, Late 16th-early 17th century (brass)
DEX5040799 Wooden box containing brassed mathematics instruments, Late 16th-early 17th century (brass); Istituto e Museo di Storia della Scienza, Florence

Background imageMathematica Collection: Title page from The First Six Books of the elements of Euclid by Oliver Byrne published in 1847

Title page from The First Six Books of the elements of Euclid by Oliver Byrne published in 1847
5668983 Title page from The First Six Books of the elements of Euclid by Oliver Byrne published in 1847; (add.info.: Photograph of title page from original 1847 first edition)

Background imageMathematica Collection: Pythagoras (c. 570-around 480 BC), Greek mathematician and philosopher

Pythagoras (c. 570-around 480 BC), Greek mathematician and philosopher. Detail of a page of a manuscript representing
BEN5464408 Pythagoras (c. 570-around 480 BC), Greek mathematician and philosopher. Detail of a page of a manuscript representing the allegories of arithmetic and geometry

Background imageMathematica Collection: Abacus, Bead Calculator, probably 16th century (wood and wire)

Abacus, Bead Calculator, probably 16th century (wood and wire)
AMQ114275 Abacus, Bead Calculator, probably 16th century (wood and wire) by Russian School (16th century); 6.5x9.7 cm; Ashmolean Museum, University of Oxford, UK; © Ashmolean Museum

Background imageMathematica Collection: Isaac Newton (1642-1726/1727). English mathematician

Isaac Newton (1642-1726/1727). English mathematician, astronomer and physicist. Chromolithography, 1876. Date: 2014

Background imageMathematica Collection: James Gregory (1638-75), Scottish mathematician and astronomer

James Gregory (1638-75), Scottish mathematician and astronomer, from Crabb's Historical Dictionary, pub
4071120 James Gregory (1638-75), Scottish mathematician and astronomer, from Crabb's Historical Dictionary, pub. 1825 (print) by Unknown Artist

Background imageMathematica Collection: 7419544

7419544

Background imageMathematica Collection: Samuel Morland's mechanical calculator in brassware and silver, 1664 (brass)

Samuel Morland's mechanical calculator in brassware and silver, 1664 (brass)
DEX5040743 Samuel Morland's mechanical calculator in brassware and silver, 1664 (brass) by Unknown Artist, (17th century); Istituto e Museo di Storia della Scienza, Florence

Background imageMathematica Collection: Lazarus Bendavid

Lazarus Bendavid
3789077 Lazarus Bendavid; (add.info.: Lazarus Bendavid (1762-1832) was a German philosopher and mathematician, director of the Freischule (Jewish Free School) and follower of Kantian philosophy

Background imageMathematica Collection: Calculator by Tito Gonnella (born 1794), 1896 (object)

Calculator by Tito Gonnella (born 1794), 1896 (object)
DEX5040748 Calculator by Tito Gonnella (born 1794), 1896 (object) by Italian School, (19th century); Istituto e Museo di Storia della Scienza, Florence

Background imageMathematica Collection: Triangulation instrument in gold brassed, 16th century (brass)

Triangulation instrument in gold brassed, 16th century (brass)
DEX5040795 Triangulation instrument in gold brassed, 16th century (brass) by Lanci, Baldassare (Baldassare da Urbino) (c.1510-71); Istituto e Museo di Storia della Scienza, Florence

Background imageMathematica Collection: Set containing mathematics instruments (square, compsole, pendulum, compas, rules)

Set containing mathematics instruments (square, compsole, pendulum, compas, rules), late 16th century (brass)
DEX5040744 Set containing mathematics instruments (square, compsole, pendulum, compas, rules), late 16th century (brass) by Schissler

Background imageMathematica Collection: Portrait of Sebastian Munster from a 1550 edition of his Cosmographia (woodcut)

Portrait of Sebastian Munster from a 1550 edition of his Cosmographia (woodcut)
5668987 Portrait of Sebastian Munster from a 1550 edition of his Cosmographia (woodcut) by Munster, Sebastian (1589-1552); (add.info.: Sebastian Munster (1488-1552)); Photo eAF Fotografie; German

Background imageMathematica Collection: Isaac Newton (chromolitho)

Isaac Newton (chromolitho)
667036 Isaac Newton (chromolitho) by French School, (19th century); Private Collection; (add.info.: Isaac Newton. French educational card, late 19th century.); © Look and Learn

Background imageMathematica Collection: Cross-staffs used for surveying: in this case for measuring the width of a river by triangulation

Cross-staffs used for surveying: in this case for measuring the width of a river by triangulation. From Sebastian Munster Rudimenta Mathematica, Basle, 1551. Woodcut

Background imageMathematica Collection: Methods of surveying (right) and time keeping (left). On the left are various different

Methods of surveying (right) and time keeping (left). On the left are various different kinds of sundials and a clock with a single arm

Background imageMathematica Collection: Triangulation with a hinged staff. From Sebastian Munster Rudimenta Mathematica, Basle 1551

Triangulation with a hinged staff. From Sebastian Munster Rudimenta Mathematica, Basle 1551. Woodcut

Background imageMathematica Collection: Using a quadrant with a plumb bob to calculate the height of a tower by triangulation

Using a quadrant with a plumb bob to calculate the height of a tower by triangulation. From Sebastian Munster Rudimenta Mathematica, Basle 1551. Woodcut



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Mathematica is a powerful tool that has revolutionized the world of mathematics. From the groundbreaking work of Pierre de Fermat to the genius mind of Isaac Newton, mathematicians throughout history have relied on this software to unlock complex equations and solve intricate problems. Pierre de Fermat, a French lawyer turned mathematician, laid the foundation for modern calculus with his pioneering research. His contributions paved the way for future mathematical geniuses like Isaac Newton, an English physicist, astronomer, and mathematician who built upon Fermat's work to develop his own theories. Newton's brilliance extended far beyond just calculus; he made significant advancements in physics and astronomy as well. His laws of motion and universal gravitation transformed our understanding of how objects move through space. Another notable figure in mathematics was James Gregory, a Scottish mathematician and astronomer who made important discoveries in calculus during the 17th century. His work greatly influenced later developments in this field. Thanks to Mathematica's computational power and versatility, these renowned figures were able to explore complex mathematical concepts more efficiently than ever before. With its ability to handle symbolic calculations, numerical analysis, data visualization, and much more - Mathematica became an indispensable tool for researchers worldwide. Today, Mathematica continues to be at the forefront of mathematical innovation. Its user-friendly interface allows both experts and beginners alike to delve into intricate calculations with ease. Whether you are solving differential equations or exploring fractal geometry patterns - Mathematica empowers users by providing them with precise results within seconds. From Fermat's conjectures to Newton's laws of motion - Mathematica has played an integral role in shaping our understanding of mathematics over centuries. It remains an invaluable resource for anyone seeking answers or exploring new frontiers within this fascinating discipline.