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Theory Collection (page 8)

"Theory: Unveiling the Hidden Patterns of the Universe" From ancient times to modern scientific breakthroughs, theories have shaped our understanding of the world

Background imageTheory Collection: Japan - Hot Springs of Kusatsu

Japan - Hot Springs of Kusatsu
Lantern slide of Japan Hot Springs of Kusatsu. There are several theories about the origin of Kusatsu Onsen. One theory, for instance, was that it was discovered by a legendary hero about 1

Background imageTheory Collection: Bill Voce, Nottinghamshire and England Cricketer

Bill Voce, Nottinghamshire and England Cricketer
Photograph of the English cricketer, Bill Voce, in action during the MCC tour of Australia, 1933. During that tour, D.R. Jardine, the MCC Captain

Background imageTheory Collection: Zeppelin airship flights by night, by G. H. Davis

Zeppelin airship flights by night, by G. H. Davis
The possibilities of Zeppelin airship flights by night. Showing a 360 mile route from Heligoland to Selby, and an inset map with various routes marked

Background imageTheory Collection: Land girls in training 1939

Land girls in training 1939
Ploughing theory is studied by means of using model plough on a tray of sand. This class of studies were at an argricultural college in kent

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Background imageTheory Collection: Blanqui, Louis Auguste (1805-1881). French revolutionary. Colored engraving

Blanqui, Louis Auguste (1805-1881). French revolutionary. Colored engraving
Louis Auguste Blanqui (1805-1881). French revolutionary. Colored engraving

Background imageTheory Collection: ALBERT EINSTEIN: PAGE. Detail from a page of Albert Einsteins Einheiliche Feldtheorie

ALBERT EINSTEIN: PAGE. Detail from a page of Albert Einsteins Einheiliche Feldtheorie
ALBERT EINSTEIN: PAGE. Detail from a page of Albert Einsteins " Einheiliche Feldtheorie von Gravitation und Elektrizitat", 1925

Background imageTheory Collection: MAP: PANGAEA. Illustration depicting Alfred Wegeners theory of the supercontinent Pangaea

MAP: PANGAEA. Illustration depicting Alfred Wegeners theory of the supercontinent Pangaea and how it split to form the present-day continents

Background imageTheory Collection: A spaceship flies near a cosmic string from the formation of the universe

A spaceship flies near a cosmic string from the formation of the universe
A spaceship flies near to a Cosmic String leftover from the formation of the universe

Background imageTheory Collection: A meteor flys past a space station as three flying saucers come in for a landing

A meteor flys past a space station as three flying saucers come in for a landing
A meteor goes flying past a space station as three flying saucers come in for a landing

Background imageTheory Collection: Spaceships enter a wormhole in outer space

Spaceships enter a wormhole in outer space
Two spaceships enter a wormhole in outer space to get to a universe in another part of the galaxy

Background imageTheory Collection: The Analyst Besh-n in his own Taste, print by Paul Sandy, 1735 (engraving)

The Analyst Besh-n in his own Taste, print by Paul Sandy, 1735 (engraving)
XJF867790 The Analyst Besh-n in his own Taste, print by Paul Sandy, 1735 (engraving) by English School, (18th century); Private Collection; (add.info.: BM 1988, U.5); English, out of copyright

Background imageTheory Collection: Puggs Graces etched from his original drawings, 1753 (etching)

Puggs Graces etched from his original drawings, 1753 (etching)
XJF863060 Puggs Graces etched from his original drawings, 1753 (etching) by Sandby, Paul (1725-1809); Private Collection; (add.info.: Satire on Hogarths Analysis of Beauty)

Background imageTheory Collection: The Author Run Mad, 1755 (etching)

The Author Run Mad, 1755 (etching)
XJF863063 The Author Run Mad, 1755 (etching) by Sandby, Paul (1725-1809); Private Collection; (add.info.: Satire on Hogarths pretensions and his resistence to plans for a new academy)

Background imageTheory Collection: A new Dunciad done with a view of fixing ye fluctuating ideas of taste without preface

A new Dunciad done with a view of fixing ye fluctuating ideas of taste without preface
XJF863059 A new Dunciad done with a view of fixing ye fluctuating ideas of taste without preface or introduction, 1753 (etching) by Sandby

Background imageTheory Collection: The correspondence between the human and the universe, from Robert Fludds Utriusque

The correspondence between the human and the universe, from Robert Fludds Utriusque
XJF447345 The correspondence between the human and the universe, from Robert Fludds Utriusque Cosmi Historia, 1617-19 (engraving) by English School

Background imageTheory Collection: The day and night of the Microcosm, from Robert Fludds Utriusque Cosmi Historia

The day and night of the Microcosm, from Robert Fludds Utriusque Cosmi Historia
XJF447342 The day and night of the Microcosm, from Robert Fludds Utriusque Cosmi Historia, 1617-19 (engraving) by English School

Background imageTheory Collection: Fine Arts, harvey Demonstrating to Charles I

Fine Arts, harvey Demonstrating to Charles I
Fine Arts, " harvey Demonstrating to Charles I. his Theory of the Circulation of the Blood" Painted by R. Hannah

Background imageTheory Collection: 2662526; out of copyright

2662526; out of copyright

Background imageTheory Collection: View of an Ideal City, or The City of God, after 1470 (oil on panel)

View of an Ideal City, or The City of God, after 1470 (oil on panel)
XAL154651 View of an Ideal City, or The City of God, after 1470 (oil on panel) by Laurana, Luciano (c.1420-79) (attr. to); 60x200 cm; Galleria Nazionale delle Marche, Urbino

Background imageTheory Collection: Map Depicting the Ptolemaic and Tycho Brahe (1546-1601) Systems of Planetary Orbit

Map Depicting the Ptolemaic and Tycho Brahe (1546-1601) Systems of Planetary Orbit
XJF133924 Map Depicting the Ptolemaic and Tycho Brahe (1546-1601) Systems of Planetary Orbit, 1701 (engraving) (b/w photo) by English School

Background imageTheory Collection: CHEMISTRY: TITLE PAGE, 1758. Title page of Thomas Jefferson copy of Elements of the Theory

CHEMISTRY: TITLE PAGE, 1758. Title page of Thomas Jefferson copy of Elements of the Theory and Practice of Chymistry, by Pierre Joseph Macquer, 1758

Background imageTheory Collection: THE ZODIAC. Woodcut, c1500

THE ZODIAC. Woodcut, c1500

Background imageTheory Collection: PTOLEMAIC UNIVERSE, 1534. God as the Orderer of the (Ptolemaic) Universe, with

PTOLEMAIC UNIVERSE, 1534. God as the Orderer of the (Ptolemaic) Universe, with the Earth as its center. Woodcut from Martin Luthers Bible, 1534

Background imageTheory Collection: JAPANESE UNIVERSE. The ancient Japanese cosmos, depicting the earth as a square

JAPANESE UNIVERSE. The ancient Japanese cosmos, depicting the earth as a square surrounded by the waters of the ocean, shown as a circle

Background imageTheory Collection: NUT, EGYPTIAN SKY GODDESS. Wood and stucco painted stele of Ta-Bek-En-Khonsu. Egyptian

NUT, EGYPTIAN SKY GODDESS. Wood and stucco painted stele of Ta-Bek-En-Khonsu. Egyptian, XXVIth Dynasty. From Deir-el-Bahri

Background imageTheory Collection: ELEMENTS OF THE UNIVERSE. The four elements and the orbits of the planets

ELEMENTS OF THE UNIVERSE. The four elements and the orbits of the planets. Woodcut from Philippe de Mantegats Judicium cum tractibus planetarii, Milan, Italy, 1496

Background imageTheory Collection: JOHN DALTON (1766-1844). English chemist and physicist

JOHN DALTON (1766-1844). English chemist and physicist. Title page of the first edition of volume 1 of Daltons A New System of Chemical Philosophy, Manchester, England, 1808

Background imageTheory Collection: JOHN C. SYMMES: THEORY. A 19th century drawing illustrating the Hollow Earth Theory

JOHN C. SYMMES: THEORY. A 19th century drawing illustrating the Hollow Earth Theory of John Cleves Symmes (1780-1829), showing a hole at the pole leading to the interior of the earth

Background imageTheory Collection: PYTHAGORAS (c580-c500 B. C. ). Greek philosopher and mathematician

PYTHAGORAS (c580-c500 B. C. ). Greek philosopher and mathematician
PYTHAGORAS (c580-c500 B.C.). Greek philosopher and mathematician. Pythagoras discovery of the dependence of the musical intervals on certain arithmetical ratios of lengths of strings at the same

Background imageTheory Collection: ALBERT EINSTEIN: PAGE. The beginning of Albert Einsteins great paper on the application

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

Background imageTheory Collection: ARISTOTLE (384-322 B. C. ). Greek philosopher

ARISTOTLE (384-322 B. C. ). Greek philosopher
ARISTOTLE (384-322 B.C.). Greek philosopher. 16th century illustration of Aristotles ballistics theory

Background imageTheory Collection: The four elements of Empedocles (earth, air, fire and water)

The four elements of Empedocles (earth, air, fire and water). Colored woodcut from a 1472 edition of Lucretius De rerum
THE FOUR ELEMENTS, 1472. The four elements of Empedocles (earth, air, fire and water). Colored woodcut from a 1472 edition of Lucretius De rerum natura

Background imageTheory Collection: The Northern Hemisphere of the Celestial Globe. Designed by the Arabic astronomer

The Northern Hemisphere of the Celestial Globe. Designed by the Arabic astronomer, Mohammud ben Heleah of Monsul, 1275
CELESTIAL GLOBE, 1275. The Northern Hemisphere of the Celestial Globe. Designed by the Arabic astronomer, Mohammud ben Heleah of Monsul, 1275

Background imageTheory Collection: The Southern Hemisphere of the Celestial Globe. Designed by the Arabic astronomer

The Southern Hemisphere of the Celestial Globe. Designed by the Arabic astronomer, Mohammud ben Heleah of Monsul, 1275
CELESTIAL GLOBE, 1275. The Southern Hemisphere of the Celestial Globe. Designed by the Arabic astronomer, Mohammud ben Heleah of Monsul, 1275

Background imageTheory Collection: Copper engraving, German, 1723

Copper engraving, German, 1723
CELESTIAL SPHERE, 1723. Copper engraving, German, 1723

Background imageTheory Collection: The Ptolemaic World-System, with the earth at the center

The Ptolemaic World-System, with the earth at the center
PTOLEMAIC UNIVERSE. The Ptolemaic World-System, with the earth at the center

Background imageTheory Collection: Illustration of four zones of plate tectonics: Sea-floor spreading

Illustration of four zones of plate tectonics: Sea-floor spreading, in which new earth crust is created as magma rises;
GEOLOGY: PLATE TECTONICS. Illustration of four zones of plate tectonics: Sea-floor spreading, in which new earth crust is created as magma rises; subduction zone in which a seafloor plate descends

Background imageTheory Collection: Diagram from Rene Descartes Principia Philosophiae, 1644, illustrating his view of the earths

Diagram from Rene Descartes Principia Philosophiae, 1644, illustrating his view of the earths structure before
DESCARTES: GEOLOGY, 1644. Diagram from Rene Descartes Principia Philosophiae, 1644, illustrating his view of the earths structure before the development of mountains

Background imageTheory Collection: Plate from Johannes Keplers Astonomia Nova, 1609, showing his system of triangulation by which he

Plate from Johannes Keplers Astonomia Nova, 1609, showing his system of triangulation by which he concluded that
KEPLER: ASTRONOMIA, 1609. Plate from Johannes Keplers Astonomia Nova, 1609, showing his system of triangulation by which he concluded that the true path of the planets was an ellipse

Background imageTheory Collection: Tycho Brahes late 16th century planetary system showing the sun with all the planets revolving

Tycho Brahes late 16th century planetary system showing the sun with all the planets revolving around the earth
PTOLEMAIC UNIVERSE. Tycho Brahes late 16th century planetary system showing the sun with all the planets revolving around the earth

Background imageTheory Collection: Chart showing major periods in the development of the universe according to inflationary cosmology

Chart showing major periods in the development of the universe according to inflationary cosmology
SPACE: BIG BANG THEORY. Chart showing major periods in the development of the universe according to inflationary cosmology, from immediately after the Big Bang to the present day

Background imageTheory Collection: With the sun at the center, from Nicolaus Copernicus manuscript of De Revolutionibus Orbium

With the sun at the center, from Nicolaus Copernicus manuscript of De Revolutionibus Orbium Coelestium. Nuremberg, 1543
COPERNICAN UNIVERSE. With the sun at the center, from Nicolaus Copernicus manuscript of De Revolutionibus Orbium Coelestium. Nuremberg, 1543

Background imageTheory Collection: Ptolemaic universe, with the earth at the center. Woodcut from Cornelius Cornipolitanus

Ptolemaic universe, with the earth at the center. Woodcut from Cornelius Cornipolitanus Chronographia
PTOLEMAIC UNIVERSE, 1537. Ptolemaic universe, with the earth at the center. Woodcut from Cornelius Cornipolitanus Chronographia, printed at Utrecht, Netherlands, in 1537

Background imageTheory Collection: English chemist and physicist. Tables from volume 2 of Daltons A New System of Chemical

English chemist and physicist. Tables from volume 2 of Daltons A New System of Chemical Philosophy, Manchester
JOHN DALTON (1766-1844). English chemist and physicist. Tables from volume 2 of Daltons A New System of Chemical Philosophy, Manchester, England, 1810

Background imageTheory Collection: English chemist and physicist. Explanation of plates from Daltons A New System of Chemical

English chemist and physicist. Explanation of plates from Daltons A New System of Chemical Philosophy, Manchester
JOHN DALTON (1766-1844). English chemist and physicist. Explanation of plates from Daltons A New System of Chemical Philosophy, Manchester, England, 1808

Background imageTheory Collection: John Daltons depiction of the chemical elements from his A New System of Chemical Philosophy

John Daltons depiction of the chemical elements from his A New System of Chemical Philosophy, Manchester, 1808
DALTON: CHEMICAL ELEMENTS. John Daltons depiction of the chemical elements from his A New System of Chemical Philosophy, Manchester, 1808

Background imageTheory Collection: Astrological diagram showing the seven planets and the twelve signs of the zodiac rotating around

Astrological diagram showing the seven planets and the twelve signs of the zodiac rotating around the earth
THE SEVEN PLANETS, 1536. Astrological diagram showing the seven planets and the twelve signs of the zodiac rotating around the earth



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"Theory: Unveiling the Hidden Patterns of the Universe" From ancient times to modern scientific breakthroughs, theories have shaped our understanding of the world. A histological diagram of a mammalian retina reveals intricate structures that support the theory of vision. Mendeleyev's periodic table, created in 1869, laid the foundation for understanding elements and their properties. Richard Feynman, a brilliant physicist depicted in a caricature, contributed to quantum mechanics and explained complex concepts with his unique approach. The standard periodic table showcases various element types discovered over centuries. The bust of Claudius Galen reminds us of his influential medical theories during ancient Rome. An artwork depicting the universe timeline takes us on an awe-inspiring journey through cosmic evolution. A geological unconformity on the river Jed hints at Earth's dynamic nature and supports theories about plate tectonics. Starlight bent by the Sun's attraction highlights Einstein's theory of general relativity, revolutionizing our perception of gravity. Dalton's table of atomic symbols from 1835 provides insights into early attempts to understand matter at its fundamental level. Continental drift maps demonstrate how continents have shifted over millions of years due to plate tectonics. The concept of multiple universes challenges conventional thinking and expands our imagination beyond what we can observe directly. Theories continue to push boundaries and inspire new discoveries as humanity strives to unravel the mysteries surrounding us. In this captivating collage, we witness how theories connect seemingly disparate fields - from biology and chemistry to physics and geology - offering glimpses into profound truths that shape our existence in this vast universe.