Planetary Motion Collection

Isaac Newton and gravity (chromolitho)
968586 Isaac Newton and gravity (chromolitho) by European School, (19th century); Private Collection; (add.info.: Isaac Newton and gravity)

PSCI2A-00061
Keplers mechanism of his early (incorrect ) theory of planetary orbits. Hand-colored halftone reproduction of an illustration

Keplers explanation of the structure of the planetary system, 1619. Johannes Kepler (1571-1630) used the five regular polyhedra between the spheres of the planets in the diagram of his explanation

Music of the Spheres, 1619. The divine musical scales of the planets which German astronomer Johannes Kepler (1571-1630) calculated from the velocities of the planets when closest to

Keplers concept of an attractive force from the Sun - a virtue, early 16th century. Johannes Keplers (1571-1630) idea of gravity by which he hoped to account for his elliptical planetary orbits was

Keplers illustration to explain his discovery of the elliptical orbit of Mars, 1609. Working with data collected by the Danish astronomer Tycho Brahe

Johannes Kepler, German astronomer, early 17th century, (c1903). Kepler (1571-1630) went to Prague in 1600 to assist Tycho Brahe

Johannes Kepler, German astronomer, c1600, (c1870). Kepler (1571-1630) went to Prague in 1600 to assist Tycho Brahe. On Tychos death the following year

Kepler and Brahe at work together (c1600), c1870. German astronomer Johannes Kepler (1571-1630), left, with the Danish astronomer Tycho Brahe (1564-1601)

Transit of Venus, 1639, (1662). Artist: Johannes Hevelius
Transit of Venus, 1639, (1662). Polish astronmer Johannes Heveliuss engraving of Jeremiah Horrockss observations of the transit of Venus, 24 November 1639

Kepler, Johannes (1571-1630) German mathematician and astronomer
Johannes Kepler (1571-1630) German mathematician and astronomer. Considered the founder of modern astronomy. Colored engraving

Astronomy Diagrams C017 / 3530
Plate from 18th century encyclopedia showing illustrations of eliptical planetary motion, precession, atmospheric refraction, retrogradation, etc

Johannes Kepler monument, Austria. Bust of the German astronomer and mathematician Johannes Kepler (1571-1630), besides a monument illustrating Keplers three laws of planetary motion

Monument to Kepler

1649 Rene Descartes portrait philosopher
Rene Descartes, French mathematician and philosopher (31st March 1596 - 11 February 1650). 1835 Steel engraving in " The Gallery of Portraits" by W

Johannes Kepler monument, Germany
Monument to the German astronomer and mathematician Johannes Kepler (1571-1630). Kepler lived and worked as a mathematics teacher in Graz, Austria between 1594 and 1600

Johannes Kepler, German astronomer
Johannes Kepler (1571-1630), German astronomer and mathematician. Kepler lived and worked as a mathematics teacher in Graz, Austria between 1594 and 1600

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"Unraveling the Mysteries of Planetary Motion: A Journey through Kepler's Discoveries" Step into the world of planetary motion, where Isaac Newton and gravity reign supreme. In this captivating chromolitho, we delve into Johannes Kepler's groundbreaking explanations that revolutionized our understanding of the structure of the planetary system. In 1619, Kepler unveiled his remarkable concept known as "Music of the Spheres, " a harmonious symphony created by celestial bodies moving in perfect rhythm. This visionary idea paved the way for further exploration and inspired generations to unravel nature's secrets. Kepler's early 16th-century revelation introduced an attractive force from the Sun – a virtue that pulls planets towards it. With his brilliant mind at work, he illustrated his discovery of Mars' elliptical orbit in 1609, forever changing our perception of celestial movements. As we gaze upon these historical images from c1903 and c1870, we witness Johannes Kepler himself - a German astronomer whose contributions continue to shape our understanding today. Collaborating with Tycho Brahe in their pursuit of knowledge during their time together around 1600, they left an indelible mark on astronomical research. The Transit of Venus in 1639 captured by artist Johannes Hevelius showcases not only its artistic beauty but also highlights how astronomers throughout history have strived to capture rare cosmic events for scientific study. Johannes Kepler (1571-1630), a renowned mathematician and astronomer, dedicated his life to unraveling the mysteries hidden within space itself. His tireless efforts are immortalized in these stunning images from c1835 and Astronomy Diagrams C017 / 3530 – testaments to his unwavering commitment to expanding human knowledge. Join us on this mesmerizing journey through time as we explore Johannes Kepler's profound discoveries about planetary motion. Let us marvel at how one man's brilliance forever altered our perception of the cosmos, leaving an enduring legacy for generations to come.