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Fourth Edition Collection

The Fourth Edition of "The History of the most Remarkable Life" takes readers on a celestial journey through time and space

Background imageFourth Edition Collection: Title page of 'Opticks '

Title page of "Opticks "
2911225 Title page of "Opticks "; (add.info.: Title page of "Opticks...." by Sir Isaac Newton, 1642-1727)

Background imageFourth Edition Collection: Title page and Frontispiece for The History of the most Remarkable Life

Title page and Frontispiece for The History of the most Remarkable Life
XJF440683 Title page and Frontispiece for The History of the most Remarkable Life and Extraordinary Adventures of the truly Honourable Colonel Jaque by Daniel Defoe

Background imageFourth Edition Collection: Smyths parallactic ladder mount

Smyths parallactic ladder mount. This device was devised by the British optician and instrument maker George Dolland (1774-1852) and presented to the British astronomer William Henry Smyth (1788-1865)

Background imageFourth Edition Collection: Venus and a star, transit observation

Venus and a star, transit observation
Venus and a star. The planet Venus (right, crescent) and a star (point, left), as seen in a transit instrument. A transit instrument is used to measure the positions of celestial objects as they

Background imageFourth Edition Collection: Paris Observatory telescope

Paris Observatory telescope. Cutaway artwork of an astronomer operating the equatorial coude of the Paris Observatory, France

Background imageFourth Edition Collection: Grubb equatorial telescope, Hungary

Grubb equatorial telescope, Hungary
Grubb equatorial telescope. This reflector telescope, made by the Grubb Telescope Company) is shown on its equatorial mount

Background imageFourth Edition Collection: Transit instrument, Fernhill Observatory

Transit instrument, Fernhill Observatory, Isle of Wight, UK. A transit instrument is used to measure the positions of celestial objects as they transit a pre-defined point

Background imageFourth Edition Collection: Smyths parallactic ladder framework

Smyths parallactic ladder framework
Smyths parallactic ladder mount, details of the frame. This device was devised by the British optician and instrument maker George Dolland (1774-1852)

Background imageFourth Edition Collection: Twin telescope, Tulse Hill Observatory

Twin telescope, Tulse Hill Observatory. This twin telescope, on an equatorial mount, was operated by the British astronomer William Huggins (1824-1910) at his observatory at his home in Tulse Hill

Background imageFourth Edition Collection: 12. 25-inch telescope, Edinburgh

12. 25-inch telescope, Edinburgh
12.25-inch telescope, Royal Observatory, Edinburgh, Scotland. This reflector telescope is on an equatorial mount. It was donated in 1888 by Lord Lindsay (James Ludovic Lindsay)

Background imageFourth Edition Collection: Paris Observatory meridian circle

Paris Observatory meridian circle, Paris, France. This instrument, also called a transit circle, is used to observe the moment a star or other celestial object passes the meridian

Background imageFourth Edition Collection: Lassell Dome at Greenwich, 19th century

Lassell Dome at Greenwich, 19th century
Lassell Dome at Greenwich. 19th-century artwork of the 30-foot (9.1 metres) Lassell Dome at the Royal Observatory, Greenwich, UK


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The Fourth Edition of "The History of the most Remarkable Life" takes readers on a celestial journey through time and space. The title page and frontispiece set the stage for an extraordinary adventure, showcasing intricate illustrations that captivate the imagination. One remarkable instrument featured in this edition is Smyths parallactic ladder mount, a groundbreaking invention that revolutionized astronomical observations. With its precise movements, astronomers were able to study celestial bodies like never before. Among the many fascinating observations made using this mount was the transit of Venus and a star. This rare event provided invaluable data for understanding planetary motion and furthering our knowledge of the universe. At the Paris Observatory, another magnificent telescope awaited discovery. Its powerful lenses allowed astronomers to peer into distant galaxies with unparalleled clarity, unraveling mysteries hidden among the stars. In Hungary, Grubb equatorial telescope stood tall as a testament to human ingenuity. Its innovative design enabled astronomers to track celestial objects smoothly across the night sky, revealing secrets about our cosmic neighbors. Closer to home at Fernhill Observatory, a transit instrument played a crucial role in mapping out constellations and measuring their positions accurately. This device served as an essential tool for navigating through space during countless expeditions. Smyths parallactic ladder framework continued to impress with its versatility at Tulse Hill Observatory's twin telescope setup. These synchronized instruments offered researchers new perspectives on distant galaxies by combining their observational powers. Edinburgh boasted its own marvel - a 12. 25-inch telescope that pushed boundaries even further. Astronomers marveled at its ability to capture stunning images of far-off planets and nebulae while uncovering secrets hidden within their depths. Meanwhile, back at Paris Observatory's meridian circle observatory, scientists meticulously measured star positions along Earth's meridian line – contributing vital information used worldwide for navigation purposes. Finally, we arrive at Greenwich's Lassell Dome – an architectural masterpiece from the 19th century.