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Tag Archives: Albert Einstein

Book of the Week — A General Account of the Development of Methods of Using Atomic Energy for Military Purposes Under the Auspices of the United Stated Governement

07 Monday Aug 2017

Posted by rarebooks in Book of the Week

≈ Comments Off on Book of the Week — A General Account of the Development of Methods of Using Atomic Energy for Military Purposes Under the Auspices of the United Stated Governement

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Albert Einstein, Army Corps of Engineers, atomic energy, electromagnetism, fission, Franklin D. Roosevelt, General Leslie R. Groves, Henry De Wolf Smyth, Hiroshima, isotopes, Japan, Manhattan Project, Metallurgical Laboratory, military, Nagasaki, neutrons, nuclear weapon, physics, Princeton, science, Smyth Report, United States, United States War Department, University of Chicago, uranium, war, weapons

UF767-S52-1945-cover

“These questions are not technical questions; they are political and social questions, and the answers given to them may affect all mankind for generations. In thinking about them the men on the project have been thinking as citizens of the United States vitally interested in the welfare of the human race. It has been their duty and that of the responsible high government officials who were informed to look beyond the limits of the present war and its weapons to the ultimate implications of these discoveries. This was a heavy responsibility. In a free country like ours, such questions should be debated by the people and decisions must be made by the people through their representatives. This is one reason for the release of this report. It is a semi-technical report which it is hoped men of science in this country can use to help their fellow citizens in reaching wise decisions. The people of the country must be informed if they are to discharge their responsibilities wisely”
— Henry De Wolf Smyth

A GENERAL ACCOUNT OF THE DEVELOPMENT OF METHODS OF USING ATOMIC ENERGY FOR MILITARY PURPOSES UNDER THE AUSPICES OF THE UNITED STATES GOVERNMENT, 1940-1945
Henry De Wolf Smyth (1898- 1986)
Washington, D. C: U. S. Govt. Print. Off., 1945
First edition

On August 6, 1945 the United States government dropped a uranium bomb on Hiroshima, Japan. One week later, after a second bomb was dropped on Nagasaki, Japan, the United States War Department issued an official account of the Manhattan Project which produced the bombs, written by Princeton physicist Henry D. Smyth.

The program to develop a nuclear weapon had its origins in 1939, when a group of scientists, including Albert Einstein, apprised President Franklin D. Roosevelt of the vast destructive power that could be unleashed by the recently-discovered fission of uranium. By mid-1942 a top-secret program had been instituted under the Army Corps of Engineers’ Manhattan District. Smyth’s involvement began with his research at Princeton, where he headed the physics department, on electromagnetic methods of separating uranium isotopes. In 1943 he was appointed associate director of the Metallurgical Laboratory at the University of Chicago, working on the production of the heavy water needed to regulate the speed of neutrons in a chain reaction.

In April 1944 General Leslie R. Groves, chief of the Manhattan Project, asked Smyth to prepare a report on the project for release after the expected deployment of the bomb. The press release became known simply as the “Smyth Report.”

UF767-S52-1945-foreword

UF767-S52-1945-preface

UF767-S52-1945-pg165

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Book of the Week — A Treatise on Electricity and Magnetism

22 Monday May 2017

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Aberdeen, Albert Einstein, Cambridge, Cavendish Laboratory, Cavendish Professor of Physics, Clarendon Press, Edinburgh, electricity, Galileo, Hawai'i, Henry S. White, James Clerk Maxwell, King's College London, light, magnetism, Marischal College, Mauna Kea Observatory, Newton, Oxford, physics, radio, Richard Feynman, satellite, Saturn, television, Voyager

QC518-M46-vol1-fig1
“The fact that certain bodies, after being rubbed, appear to attract other bodies, was known to the ancients. In modern times, a great variety of other phenomena have been observed, and have been found to be related to these phenomena of attraction.” — James Clerk Maxwell

A Treatise on Electricity and Magnetism
James Clerk Maxwell (1831-1879)
Oxford: Clarendon Press, 1873
First edition, first issue
QC518 M46

James Clerk Maxwell was born in Edinburgh. At age 25 he became Professor of Physics at Aberdeen University’s Marischal College, where he began to study the composition of Saturn’s rings. In 1859, he published “On the Stability of Saturn’s Rings.” A century later, the Voyager space probes confirmed many of Clerk Maxwell’s conclusions.

QC518-M46-vol1-fig3

In 1860, Clerk Maxwell moved to King’s College London. In 1871 he returned to Cambridge where he helped establish and design Cavendish Laboratory and became the first Cavendish Professor of Physics. In 1873 he developed his four equations which played a key role in Albert Einstein’s work on his theory of relativity. “The special theory of relativity owes its origins to Maxwell Equations of the electromagnetic field,” wrote Einstein, who later equated Faraday with Galileo and Maxwell with Isaac Newton.

Clerk Maxwell’s work forms the basis of much of modern technology, including radio, television, satellite communications and cell phones. Twentieth century physicist Richard Feynman wrote, “From a long view of the history of mankind — seen from, say, ten thousand years from now — there can be little doubt that the most significant event of the 19th century will be judged as Maxwell’s discovery of the laws of electrodynamics.”

QC518-M46-vol1-fig7

The James Clerk Maxwell Telescope (JCMT), built in 1987, is in Mauna Kea Observatory in Hawaii.

QC518-M46-vol1-fig11

QC518-M46-vol1-fig13

Treatise is Clerk Maxwell’s most detailed and comprehensive work, advancing ideas that would become essential for modern physics.

Treatise “extended Maxwell’s ideas beyond the scope of his earlier work in many directions, [demonstrating] the special importance of electricity to physics as a whole. He began the investigation of moving frames of reference, which in Einstein’s hands were to revolutionize physics; gave proofs of the existence of electromagnetic waves that paved the way for Hertz’s discovery of radio waves; worked out connections between the electrical and optical qualities of bodies that would lead to modern solid-state physics; and applied Tait’s quaternion formulae to the field equations, out of which Heaviside and Gibbs would develop vector analysis” (Norman).“Maxwell most clearly prefigures 20th-century physics” (Simmons).

QC518-M46-vol2-fig18

Copies of the first issue have been found both with and without a publisher’s catalog bound in Volume II (the text of which contains an issue point). Rare Books copy bound with catalog in volume 2 and errata in volume 1.

QC518-M46-vol2-fig20

My thanks to Dean Henry S. White for bringing this classic to my attention. ~ LP

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Book of the Week – Philosophiae Naturalis Principia Mathematica

30 Monday Nov 2015

Posted by scott beadles in Book of the Week

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Age of Reason, Albert Einstein, alchemy, Alexander Pope, Aristotle, astronomy, calculus, Copernicus, Edmund Halley, Enlightenment, Galielo, gravity, history of science, Isaac Newton, Johannes Kepler, laws of motion, Leibniz, London, mathematics, Principia, telescope, The University of Utah, theory of relativity, William Wordsworth

QA803-A2-1687-titleQA803-A2-1687-pg1QA803-A2-1687-pg283

Philosophiae Naturalis Principia Mathematica
Isaac Newton (1642-1727)
London, J. Streater, 1687
First edition
QA803 A2 1687

Although Copernicus, Galileo, and Kepler had shown the way by describing the phenomena they observed, Isaac Newton explained the underlying universal laws of those phenomena. Newton’s theories overthrew the subjective interpretations of nature that had dominated science and natural philosophy since the time of Aristotle and ushered in the Age of Reason. By age forty-three, Newton had invented calculus, broken white light into its component colors, and built a telescope whose design is still used today. When he was forty-seven he published the book that profoundly changed the way we see the world and established his brilliance as an astronomer and mathematician. It is likely that no more than three hundred copies of the first edition were printed.

Principia gave us the three laws of motion, defined gravity, and provided the precise mathematical equations by which it could be measured. Edmund Halley was instrumental in getting Principia into print. Halley wheedled, flattered and bullied Newton, a recluse, into preparing his manuscript. Halley paid the cost of printing it out of his own pocket. Leibniz admired Newton’s math but was appalled by his fascination with alchemy. Of the birth of the Age of Reason, Alexander Pope wrote, “Nature and nature’s laws lay hid in night;/God said ‘Let Newton be!’ and all was light.” William Wordsworth wrote of Newton, “for ever Voyaging thro’ strange seas of Thought, alone.” Albert Einstein said that Newton “determined the course of western thought, research, and practice like no one else before or since.”

In the twenty-first century, Principia is still considered one of the greatest single contributions in the history of science.

University of Utah copy: Second and third books printed by different printers, evidenced by different type in the headings and a break in paging between the two books. Diagram on p. 22

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