Thomas Alvn Eorson L

Total Page:16

File Type:pdf, Size:1020Kb

Thomas Alvn Eorson L uq A Brief Biography THoMAS Alvn EorsoN l GODFATHER OF INDUSTRY THOMAS AIVN EOISON (( Rur the man whose clothes were always wrinkted, of I-l whs5s hair was always tousled and who fre- The Story quently lacked a shave probably did more than any other one man to influence the industrial civi- a Great American lization in which we live. To him we owe the phonograph and motion picture which spice hours of leisure; the universal electric motor and the f or**r"tNc from Holland, the Edison family nickel-iron-alkaline storage battery with their I orisinallv landed in Elizabethport, New Jer- numberless commercial uses; the magnetic ore J times, they farmed separator, the fluorescent lamp, the basic principles iey, about 1730. In Colonial of modern electronics. Medicine thanks him for a large tract of land not far from West Orange' the fluoroscope, which he left to the public domain New Jersey, where Thomas A. Edison made his without patent. Chemical research follows the field home some 160 years later. Their fortunes fluc- he opened in his work on coaltar derivatives, syn- politics. Like many well-to-do thetic carbolic acid, and a source of natural rub- tuated witli their ber that can be grown in the United States. His landowners of that time, John Edison, a great- greatest contribution, perhaps, was the incandes- grandfather of the inventor, remained a Loyalist cent lamp-the germ from which the sprouted during the revolution, suffered imprisonment and great power utility systems of our day . sentence of execution from which he Although his formal education stopped at the was under age of 12, his whole life was consumed by a pas- was saved only through the eftorts of his own sion for self-education, and he was a moving and his wife's prominent Whig relatives' His force behind the establishment a great scientific of lands were confiscated, however, and the family journal. The number of his patents-l lOO-far to Nova Scotia, where they remained exceeds that of any other inventor. And the 2500 migratetl notebooks in which he recorded the progress of until l8ll, when they moved to Vienna, On- thousands of experiments are still being gleaned tario. Edison's grandfather, Captain Samuel Edi- of unused material. Once, asked in what his inter- son, served with the British in the War of l8 12. ests lay, Edison smilingly responded, 'Everything.' In Ontario. Edison's father, another Samuel, If we ask ourselves where the fruits of his Iife are seen, we might well answer, 'Everywhere."' met and married Nancy Elliott, schoolteacher and daughter of a minister whose family had From Nation's Heritage originally come from Connecticut where her the Edison home, and his public spanking in the grandfather Ebenezer Elliott had served as a cap_ torvn square after he accidentally had set fire tain in Washington's arrny. to his father's barn. The younger Samuel now became involved in When he was seven years old, his family another political struggle-the much later and moved again; this time to Port Huron, Michigan' unsuccessful Canadian counterpart of the Ameri_ But, unlike their earlier migrations by wagon, can Revolution known as the papineau_Mac_ the trip was made by railroad train and lake Kenzie Rebellion. Upon the failure of this move- schooner. ment, he was forced to escape across the border Edison's formal schooling was of short dura- to the United States, and after innumerable dan- tion and of little value to him. To use his own gers and hardships, finally reached the town of words, he "was usually at the foot of the class." Milan, Ohio, where he decided to settle. His teacher did not have the patience to coPe with so active and inquisitive a mind, so his Thomas Ectisorr's Harly Days mother withdrew him from school and capably The brick cottage in which Thomas Alva Edi_ undertook the task of his education herself. In son was born on February ll, 1947, still stands spite of his lack of formal schooling, Edison rec- in Milan, Ohio. Its humble size and simple de_ ognized the great worth of education and, in his sign serve as a constant reminder that in Amer- later years, sponsored the famous Edison schol- ica, a humble beginning does not hamper the rise arships for outstanding high school graduates to success. who were selected each year through a national Even as a boy of pre-school age,...Al', Edison contest. was extraordinarily inquisitive; he wanted to find out things for himself. The story is told of how Young Totn's First Laboratory he tried-unsuccessfully-to solve the mystery Most of Edison's vast knowledge was acquired of hatching eggs by sitting. on them, himself, in through independent study and training. At the his brother-in-law's barn. Among other tales of age of eleven, for example, he had his own chem- his youth in Milan are *ris narrow escape from ical laboratory in the cellar of his Port Huron drowning in the barge canal that ran alongside home and had read such books as Gibbon's "De- 2 cline and Fall of the Roman Empire," Sears' "History of the World," Burton's "Anatomy of FTTX Melancholy," and the "Dictionary of Sciences." At twelve, his parents permitted him to take a job as newsboy and candy "butcher" on the train of the Grand Trunk Railroad running from Port Huron to Detroit. In this, his first job, Edi- son exhibited a knack for business and an am- bition that far exceeded that of the average boy of his years. He maintained a chemical labora- tory in the train's baggage car, which also served to house a printing press on which young Edison ran off copies of "The Weekly Herald," the first newspaper ever edited, published and printed aboard a moving train. In addition, he became \ ;: a middle-man for fresh vegetables and fruit, buy- LJrI ing from the farmers along the route and selling to Detroit markets. When only thirteen years old, he was earning *l several [ffi dollars a day, a tidy sum even for a man "il in that period. Already he was putting into prac- M\ tice a theory followed throughout his life-that ,J hard work and sound thinking recognize no sub- w."4: stitutes. At fourteen, young Tom was selling candy and One of the most widely known stories about newspapers on a train plying between his Edison is the one which attributes his deafness hometown of Port Huron, Michigan, and Detroit. to a quick-tempered trainman who soundly Simultaneously, he was learning telegraphy, in which he scored his earliest successes boxed his ears when Edison's traveling labora- the field as an inventor, and experimenting in his own chemistry laboratory. 4 b tory caused a fire to break out in the baggage car. Only part of the tale is true: the fire broke out and the trainman boxed his ears, but Edison himself never believed his deafness resulted from this incident. He traced it to a later occ'asion when another trainman thoughtlessly picked him up by the ears to help him aboard a train that was pulling out of a station. It was during this period that a dramatic in- W cident occurred which altered the entire course w' of Edison's career and which, therefore, may well have also altered the course of world progress. At Mt. Clemens, Michigan, the young Edison ffi risked his own life to save the station agent's little boy from death under a moving freight car. The grateful father taught him telegraphy as a re_ ward. Edison's association with telegraphy brought to a climax his interest in electricity _a ru word with which the name of Edison was to be- ffi come inseparably associated-and led him into qr-b4{ studies and expenments which *ju resulted in some 7M of the world's greatest rnventions. A Telegrapher at Seventeen Edison was atthe White House in Washington, D.C. to demonstrate one of his early tinfoil Edison's skill as a sender and receiver earned phonographs to President Rutrerford B. Hayes him a job as a regular telegrapher on the Grand when this photograph was taken in April of Trunk line at Stratford Junction, Ontario, when 1878. Edison considered the phonograph his only seventeen years of age. His creative imag- favorite invention. 6 ination, however, proved his downfall in this in- versal Stock Printer. For this device he received stance. He was fired when a supervisor happened $40,000, the first money an invention brought across the secret of one of the young inventor's him. "report- creations-a device for automatically To Edison, the mere possession of money ing in" on the wire in Morse code every hour, meant nothing; its only value rested in its ability when, in actuality, Edison was napping to make to provide the tools and equipment necessary for up for sleep lost in pursuing his studies. further work and experiment. With the $40,000 As a telegrapher, Edison travelled throughout he opened a factory in Newark, New Jersey, in the middle west,always studying and experiment- 1870, where he manufactured stock tickers and ing to improve the crude telegraph apparatus of devoted his energies to invention. the era. Turning eastward, Edison went to Bos- By the time he was twenty-three, his estab- ton where he went to work for Western Union lished methods of hard work and sound thinking as an operator. In his spare time, he created his had catapulted him to a point on the road to first invention to be patented-a machine for success rarely attained by one so young.
Recommended publications
  • The Invention of the Electric Light
    The Invention of the Electric Light B. J. G. van der Kooij This case study is part of the research work in preparation for a doctorate-dissertation to be obtained from the University of Technology, Delft, The Netherlands (www.tudelft.nl). It is one of a series of case studies about “Innovation” under the title “The Invention Series”. About the text—This is a scholarly case study describing the historic developments that resulted in the steam engine. It is based on a large number of historic and contemporary sources. As we did not conduct any research into primary sources, we made use of the efforts of numerous others by citing them quite extensively to preserve the original character of their contributions. Where possible we identified the individual authors of the citations. As some are not identifiable, we identified the source of the text. Facts that are considered to be of a general character in the public domain are not cited. About the pictures—Many of the pictures used in this case study were found at websites accessed through the Internet. Where possible they were traced to their origins, which, when found, were indicated as the source. As most are out of copyright, we feel that the fair use we make of the pictures to illustrate the scholarly case is not an infringement of copyright. Copyright © 2015 B. J. G. van der Kooij Cover art is a line drawing of Edison’s incandescent lamp (US Patent № 223.898) and Jablochkoff’s arc lamp (US Patent № 190.864) (courtesy USPTO). Version 1.1 (April 2015) All rights reserved.
    [Show full text]
  • Glenmont Estate, Thomas Edison National Historical Park
    National Park Service Cultural Landscapes Inventory 2011 Glenmont Estate Thomas Edison National Historical Park Table of Contents Inventory Unit Summary & Site Plan Concurrence Status Geographic Information and Location Map Management Information National Register Information Chronology & Physical History Analysis & Evaluation of Integrity Condition Treatment Bibliography & Supplemental Information Glenmont Estate Thomas Edison National Historical Park Inventory Unit Summary & Site Plan Inventory Summary The Cultural Landscapes Inventory Overview: CLI General Information: Purpose and Goals of the CLI The Cultural Landscapes Inventory (CLI), a comprehensive inventory of all cultural landscapes in the national park system, is one of the most ambitious initiatives of the National Park Service (NPS) Park Cultural Landscapes Program. The CLI is an evaluated inventory of all landscapes having historical significance that are listed on or eligible for listing on the National Register of Historic Places, or are otherwise managed as cultural resources through a public planning process and in which the NPS has or plans to acquire any legal interest. The CLI identifies and documents each landscape’s location, size, physical development, condition, landscape characteristics, character-defining features, as well as other valuable information useful to park management. Cultural landscapes become approved CLIs when concurrence with the findings is obtained from the park superintendent and all required data fields are entered into a national database.
    [Show full text]
  • Edison, Science and Artefacts
    Edison, Science and Artefacts Ian Wills Unit for History and Philosophy of Science F07 Carslaw Building The University of Sydney NSW, 2006, AUSTRALIA Email: [email protected] Abstract This paper contrasts the approach Thomas Edison used when dealing with his claim to have discovered a new force of nature, etheric force, to the approach he used to create successful inventions. It argues that he failed in this adventure into scientific theory making because an erroneous view of science led him to abandon techniques that made him America's most successful inventor. From this I develop an argument for viewing experimental science as an artefact creation process, like inventing, in which two of the artefacts created are theories and demonstration experiments that support the theories. Keywords: Thomas Edison; etheric force; wireless; invention; theories; artefact creation; experiment. 1 Introduction In November 1875, Thomas Edison made the startling claim that he had discovered etheric force, an "entirely unknown force [of nature], subject to laws different from those of heat, light, electricity or magnetism".1 It was to be a brief and unsuccessful adventure into scientific theory making in which Edison not only failed to have his theory accepted but also failed to exploit a phenomenon that fell within an area in which he was an acknowledged expert, communication technologies, for etheric force was essentially wireless transmission. I will argue that he failed, in large part, not because he was an inventor who did science badly, but because he was an inventor who abandoned successful invention techniques when he engaged in scientific research.
    [Show full text]
  • Aetheric Or Wireless Telegraphy
    LIBRARY OF THE UNIVERSITY OF CALIFORNIA. Class : ; I ^BTHERIC OR WIRELESS TELEGRAPHY. jETHERIC OR WIRELESS TELEGRAPHY. BY ROBERT GORDON ELAINE, M.E., rl ASSOC.M.INST.C.E., ETC., Lecturer at the City and Guilds of London Technical College^ Finslury. " "Lessons on Practical <>f "Hydraulic Machinery t Mechanics,' "The Slide Rule," etc. LONDON : BIGGS AND SONS, 139-140, SALISBURY GOURT, E.G. PUBLISHERS' PREFACE. Experiments in wireless telegraphy are by no means new, but previous to the discovery of the telephone they consisted entirely of making earth or water, or both combined, part of a telegraphic circuit. Bell's discovery led to experiments which proved that the telephone could be acted upon at a distance inductively, but there was no commercial practicability in the various schemes devised. The development of knowledge relating to Hertzian waves really led us to what the moderns term wireless telegraphy. This little book deals, almost exclusively with these later developments. 224520 CONTENTS. PAGE. INTRODUCTION ... ... ... ... ... 9-15 CHAPTER I. FUNDAMENTAL FACTS AND NOTIONS 16-31 The Ether 20 What is Electricity ? The Electronic Answer ... ... ... ... ... 24 CHAPTER II. TELEGRAPHY ... 3 2 --M Methods of Signalling" ... ... ... 39 CHAPTER III. EARTH CONDUCTION SYSTEMS ... ... ... 42-68 Induction Systems ... ... ... ... 52 Hertz-Wave Systems ... 60 CHAPTER IV. DIFFERENT FORMS OF OSCILLATORS AND RESONATORS THE MODERN RECEIVER ... 69-102 Modern Receivers ... ... ... 74 Coherer Detectors or Receivers ... ... 79 I. Non-Restorative Forms ... 79 Theory of the Action of the Filings Coherer ...... 86 Cell Detectors ... 88 II. Self-Restoring Coherers ... ... 93 Electrolytic or Chemical Detectors 97 Optical Detectors ... 100 Classification of Detectors ... 101 CONTENTS. CHAPTER V.
    [Show full text]
  • Nikola Tesla's Telautomaton a Dissertation Submitted in Partial Satisfaction Of
    UNIVERSITY OF CALIFORNIA Los Angeles I, Robot: Nikola Tesla’s Telautomaton A dissertation submitted in partial satisfaction of the requirements for the degree Doctor of Philosophy in History by Kendall Milar Thompson 2015 © Copyright by Kendall Milar Thompson 2015 ABSTRACT OF THE DISSERTATION I, Robot: Nikola Tesla’s Telautomaton by Kendall Milar Thompson Doctor of Philosophy in History University of California, Los Angeles, 2015 Professor Matthew Norton Wise, Chair In 1898 at the Electrical Exposition in Madison Square Gardens, Nikola Tesla presented his most recent invention, the telautomaton. The device, a radio remote controlled boat, was roughly three feet in length with blinking antennae and was propelled by a small motor and rudder. At the Exposition, Tesla directed audience members to ask the device mathematical questions, and it would respond by blinking the lights on its antennae an appropriate number of times. Tesla’s display gave the illusion of an automaton; moving independently and mysteriously responding to mathematical questions with no apparent operator. Tesla and his telautomaton were at the intersection of major developments of nineteenth and early twentieth century physiology and physics. Thomas Henry Huxley, a physiologist, stimulated a debate among scientists about the extent human automatism. These debates centered on developments in physiology that suggested that there was no place for the soul in the brain; no energy was lost, and even with brain damage humans were able to function. The absence of energy loss created a ii problem in conservation of energy in physics. Some physicists were involved in this debate, attempting to determine whether any energy was lost or added as a result of free will.
    [Show full text]
  • Investigating Traditior Chinese Medicine a Report of the Second CSICOP Delegation
    THOMAS EDISON, PARANORMALIST • RANDI REVIEWS SAGAN'S DEMON-HAUNTED WORLD • GHOSTLY PHOTOS Skeptical Inquirer r MAGAZINE FOR SCIENCE A' N D . REASON Volume 20, No. 4 • July/August 1996 I' « Investigating Traditior Chinese Medicine A Report of the Second CSICOP Delegation CSICOP at Twenty A Retrospective from Paul Kurtz • Maria's Near-Death Experience Alternative Health Education and Pseudocredentialing SPECIAL REPORT Government-Funded Grant for Therapeutic Touch Pubished by the Committee for the Scientific Investigation of Claims of the Paranormal THE COMMITTEE FOR THE SCIENTIFIC INVESTIGATION OF CLAIMS OF THE PARANORMAL AI THf CENTER FC* INQUKY |ADJACENT TO THE STAJE UNIVERSITY Of NEW YC«tC AT BUFFAIO) • AN INTERNATIONAL ORGANIZATION Paul Kurtz, Chairman; professor emeritus of philosophy, State University of New York at Buffalo Barry Karr, Executive Director and Public Relations Director Joe Nickell, Senior Research Fellow Lee Nisbet, Special Projects Director FELLOWS James E. Alcock.* psychologist, York Thomas Gilovich, psychologist, Cornell Joe Nickell,* senior research fellow, CSI­ Univ., Toronto Univ. COP Jerry Andrus, magician and inventor, Henry Gordon, magician, columnist, Lee Nisbet* philosopher, Medaille Albany, Oregon Toronto College Robert A. Baker, psychologist. Univ. of Stephen Jay Gould, Museum of James E. Oberg, science writer Kentucky Comparative Zoology, Harvard Univ. Loren Pankratz, psychologist, Oregon Stephen Barrett, M.D., psychiatrist, C. E. M. Hansel, psychologist, Univ. of Health Sciences Univ. author, consumer advocate, Allentown, Wales John Paulos, mathematician. Temple Univ. Pa. AI Hibbs, scientist, Jet Propulsion Mark Plummer, lawyer, Australia Barry Beyerstein,* biopsychologist, Laboratory W. V. Quine, philosopher, Harvard Univ. Simon Fraser Univ., Vancouver, B.C., Douglas Hofstadter, professor of human Milton Rosenberg, psychologist, Univ.
    [Show full text]
  • Edison Laboratory NATIONAL MONUMENT
    Edison Laboratory NATIONAL MONUMENT WEST ORANGE • NEW JERSEY At the age of 10, young Edison was already interested Menlo Park, N.J. There, on December 6, 1877, he in­ to West Orange on machines that would do for the eye national emergency. Between 1927 and 1931 Edison and MUSEUM EXHIBITS AND DISPLAYS Edison in chemistry, and had set up a small experimental labora­ vented the phonograph, and almost overnight became known what his phonograph had already done for the ear. The his associates tested some 17,000 plants, finding varying Among countless interesting objects now on display at tory in the cellar of his home. Two years later he entered as "the Wizard of Menlo Park." first camera to take continuous pictures on a moving strip of amounts of rubber in 1,200 specimens. The most promis­ the Laboratory-Headquarters area of the monument are the "business" as an enterprising newsboy and candy "butcher" Edison next tackled the job of finding a safe, odorless, film was produced in 1889- This was made more useful ing of these was goldenrod, which not only gave a consid­ first phonograph ever made; early motion picture equip­ Laboratory on the Grand Trunk Railway between Port Huron and and inexpensive electric replacement for the gas light then within a few months by Edison's adoption of 35 mm. film, erable quantity, but would grow almost anywhere in the ment; various types of incandescent and "Edison Effect" Detroit. At 14 he published The Weekly Herald, the first in general use. He faced a host of problems in this con­ the size still used for commercial motion pictures.
    [Show full text]
  • The Motherland of Invention Page 3
    Comprehensive Guide to Private Research Centers NJ Discovery The Motherland of Invention page 3 NJIT: Catalyst for Prosperity Rowan University: Engineering, Science, Business Rutgers: Pipeline of Innovation Stevens Institute of Technology: Ideas into Real-World Products UMDNJ: Bringing Science to Market Princeton University: Engaging in Partnerships inside New Jersey: A Home for Growth by Lt. Governor Kim GuadaGno hat does the our diverse resource base and utilizing our a n t i - c a n c e r reputation for innovation. The final piece drug Interferon, is the New Jersey Economic Development t h e w o r l d ’s Authority (EDA) as the state’s financing arm. f i r s t t e s t f o r The EDA will continue its role overseeing Hepatitis C and the various programs and incentives aimed at Band-aid sterile business retention and attraction. bandages have Our aggressive efforts to attract businesses in common? They were all discovered in New are already working, with major companies WJersey. Along with the weather satellite and choosing to relocate to the Garden State. FM radio, New Jersey’s rich history of scientific Watson Pharmaceuticals will expand into new research and discovery has had a profound administrative headquarters in Parsippany impact on our state, our nation and throughout that will ultimately house approximately 500 the world. employees. The expansion was supported by Today, we are home to innovative, world- the state’s Business Employment Incentive class companies like Johnson & Johnson, Program (BEIP), a powerful initiative that Verizon, Celgene and Sanofi-Aventis; top- provides incentive grants to businesses based notch research universities like Rutgers on the number of new jobs they have created University, NJIT, Princeton and UMDNJ; in New Jersey.
    [Show full text]
  • Edison Laboratory Complex, Thomas Edison National Historical Park
    National Park Service Cultural Landscapes Inventory 2011 Edison Laboratory Complex Thomas Edison National Historical Park Table of Contents Inventory Unit Summary & Site Plan Concurrence Status Geographic Information and Location Map Management Information National Register Information Chronology & Physical History Analysis & Evaluation of Integrity Condition Treatment Bibliography & Supplemental Information Edison Laboratory Complex Thomas Edison National Historical Park Inventory Unit Summary & Site Plan Inventory Summary The Cultural Landscapes Inventory Overview: CLI General Information: Purpose and Goals of the CLI The Cultural Landscapes Inventory (CLI), a comprehensive inventory of all cultural landscapes in the national park system, is one of the most ambitious initiatives of the National Park Service (NPS) Park Cultural Landscapes Program. The CLI is an evaluated inventory of all landscapes having historical significance that are listed on or eligible for listing on the National Register of Historic Places, or are otherwise managed as cultural resources through a public planning process and in which the NPS has or plans to acquire any legal interest. The CLI identifies and documents each landscape’s location, size, physical development, condition, landscape characteristics, character-defining features, as well as other valuable information useful to park management. Cultural landscapes become approved CLIs when concurrence with the findings is obtained from the park superintendent and all required data fields are entered into
    [Show full text]
  • Finding Aid for the Thomas A. Edison Collection, 1860-1980
    Finding Aid for THOMAS A. EDISON COLLECTION, 1860-1980, BULK 1860-1950 Accession 1630 Finding Aid Published: January 2012 Electronic conversion of this finding aid was funded by a grant from the Detroit Area Library Network (DALNET) http://www.dalnet.lib.mi.us 20900 Oakwood Boulevard ∙ Dearborn, MI 48124-5029 USA [email protected] ∙ www.thehenryford.org Thomas A. Edison collection Accession 1630 OVERVIEW REPOSITORY: Benson Ford Research Center The Henry Ford 20900 Oakwood Blvd Dearborn, MI 48124-5029 www.thehenryford.org [email protected] ACCESSION NUMBER: 1630 CREATOR: Benson Ford Research Center TITLE: Thomas A. Edison collection INCLUSIVE DATES: 1860-1980 BULK DATES: 1860-1950 QUANTITY: 53.6 cubic ft., 50 oversize boxes and 5 volumes LANGUAGE: The materials are in English ABSTRACT: Thomas A. Edison was a great American inventor, applying for 1,093 patents during his lifetime. The collection includes correspondence, drawings, notes, financial records, artifacts, photographs and negatives concerning his work, family, associates and relationship with Henry Ford. Page 2 of 107 Thomas A. Edison collection Accession 1630 ADMINISTRATIVE INFORMATION ACCESS RESTRICTIONS: The collection is open for research. Use of original audio or visual materials will require production of digital copies for use in the reading room; interested researchers should contact Benson Ford Research Center staff in advance at [email protected] COPYRIGHT: Copyright has been transferred to The Henry Ford by the donor. Copyright for some items in the collection may still be held by their respective creator(s). ACQUISITION: Various donations and purchases RELATED MATERIAL: Related material held by The Henry Ford: - Greenfield Village Buildings records collection, Accession 186 - Edison Institute photographs, Accession 1929 PREFERRED CITATION: Item, folder, box, accession 1630, Thomas A.
    [Show full text]
  • The Thomas A. Edison Papers: Publishing the Records of an American Genius
    THE THOMAS A. EDISON PAPERS: PUBLISHING THE RECORDS OF AN AMERICAN GENIUS BY THOMAS E. JEFFREY Dr. Jeffrey is Associate Editor and Microfilm Editor, Thomas A. Edison Papers N FEBRUARY n, 1985—the 138th anniversary of the birth of Thomas Alva Edison—the editors of the Thomas OA. Edison Papers officially announced the publication of The Thomas A. Edison Papers: A Selective Microfilm Edition, Part I ( 1850-1878)) the first of a projected six-part edition of the papers of America's most prolific inventor.1 With the publication of this pathbreaking microfilm edition, scholars now have entree into the laboratory notebooks, correspondence, legal records, and other his- torically significant papers relating to Edison's early career as an inventor, manufacturer, and entrepreneur. Rutgers University has been intimately involved with the editing of Edison's papers since 1978, when the University was formally designated as one of the project's four cosponsors, along with the National Park Service, the New Jersey Historical Commission, and the Smithsonian Institution. That same year Dr. Reese V. Jenkins, a nationally known historian of science, technology, and business, was appointed director and editor of the papers and professor of history at Rutgers. Since that time the main editorial office of the Thomas A. Edison Papers has been located on the College Avenue Campus, and its large staff of professional editors have served concurrently as full-time or adjunct members of the History De- partment faculty. For the past five years the Rutgers University Foundation has played a major role in providing the project with a sound financial foundation through its extensive private fund- 1 Thomas E.
    [Show full text]
  • Guide to the William J. Hammer Collection
    Guide to the William J. Hammer Collection NMAH.AC.0069 Robert S. Harding 1996 Archives Center, National Museum of American History P.O. Box 37012 Suite 1100, MRC 601 Washington, D.C. 20013-7012 [email protected] http://americanhistory.si.edu/archives Table of Contents Collection Overview ........................................................................................................ 1 Administrative Information .............................................................................................. 1 Biography of William J. Hammer..................................................................................... 2 Arrangement..................................................................................................................... 5 Scope and Contents........................................................................................................ 5 'Electrical Diablerie'.......................................................................................................... 5 Expositions and Exhibitions............................................................................................. 8 Names and Subjects .................................................................................................... 10 Container Listing ........................................................................................................... 12 Series 1: William J. Hammer Papers, 1851-1957.................................................. 12 Series 2: Edisonia, 1847-1960..............................................................................
    [Show full text]