Influence of the Phonograph on Music, Culture, and History
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
The Early Years of the Acoustic Phonograph Its Developmental Origins and Fall from Favor 1877-1929
THE EARLY YEARS OF THE ACOUSTIC PHONOGRAPH ITS DEVELOPMENTAL ORIGINS AND FALL FROM FAVOR 1877-1929 by CARL R. MC QUEARY A SENIOR THESIS IN HISTORICAL AMERICAN TECHNOLOGIES Submitted to the General Studies Committee of the College of Arts and Sciences of Texas Tech University in Partial Fulfillment of the Requirements for the Degree of BACHELOR OF GENERAL STUDIES Approved Accepted Director of General Studies March, 1990 0^ Ac T 3> ^"^^ DEDICATION No. 2) This thesis would not have been possible without the love and support of my wife Laura, who has continued to love me even when I had phonograph parts scattered through out the house. Thanks also to my loving parents, who have always been there for me. The Early Years of the Acoustic Phonograph Its developmental origins and fall from favor 1877-1929 "Mary had a little lamb, its fleece was white as snov^. And everywhere that Mary went, the lamb was sure to go." With the recitation of a child's nursery rhyme, thirty-year- old Thomas Alva Edison ushered in a bright new age--the age of recorded sound. Edison's successful reproduction and recording of the human voice was the end result of countless hours of work on his part and represented the culmination of mankind's attempts, over thousands of years, to capture and reproduce the sounds and rhythms of his own vocal utterances as well as those of his environment. Although the industry that Edison spawned continues to this day, the phonograph is much changed, and little resembles the simple acoustical marvel that Edison created. -
The Lab Notebook
Thomas Edison National Historical Park National Park Service U.S. Department of the Interior The Lab Notebook Upcoming Exhibits Will Focus on the Origins of Recorded Sound A new exhibit is coming soon to Building 5 that highlights the work of Thomas Edison’s predecessors in the effort to record sound. The exhibit, accompanied by a detailed web presentation, will explore the work of two French scientists who were pioneers in the field of acoustics. In 1857 Edouard-Léon Scott de Martinville invented what he called the phonautograph, a device that traced an image of speech on a glass coated with lampblack, producing a phonautogram. He later changed the recording apparatus to a rotating cylinder and joined with instrument makers to com- mercialize the device. A second Frenchman, Charles Cros, drew inspiration from the telephone and its pair of diaphragms—one that received the speaker’s voice and the second that reconstituted it for the listener. Cros suggested a means of driving a second diaphragm from the tracings of a phonauto- gram, thereby reproducing previously-recorded sound waves. In other words, he conceived of playing back recorded sound. His device was called a paléophone, although he never built one. Despite that, today the French celebrate Cros as the inventor of sound reproduction. Three replicas that will be on display. From left: Scott’s phonautograph, an Edison disc phonograph, and Edison’s 1877 phonograph. Conservation Continues at the Park Workers remove the light The Renova/PARS Environ- fixture outside the front mental Group surveys the door of the Glenmont chemicals in Edison’s desk and home. -
Vinyl Theory
Vinyl Theory Jeffrey R. Di Leo Copyright © 2020 by Jefrey R. Di Leo Lever Press (leverpress.org) is a publisher of pathbreaking scholarship. Supported by a consortium of liberal arts institutions focused on, and renowned for, excellence in both research and teaching, our press is grounded on three essential commitments: to publish rich media digital books simultaneously available in print, to be a peer-reviewed, open access press that charges no fees to either authors or their institutions, and to be a press aligned with the ethos and mission of liberal arts colleges. This work is licensed under the Creative Commons Attribution- NonCommercial 4.0 International License. To view a copy of this license, visit http://creativecommons.org/licenses/by-nc/4.0/ or send a letter to Creative Commons, PO Box 1866, Mountain View, CA 94042, USA. The complete manuscript of this work was subjected to a partly closed (“single blind”) review process. For more information, please see our Peer Review Commitments and Guidelines at https://www.leverpress.org/peerreview DOI: https://doi.org/10.3998/mpub.11676127 Print ISBN: 978-1-64315-015-4 Open access ISBN: 978-1-64315-016-1 Library of Congress Control Number: 2019954611 Published in the United States of America by Lever Press, in partnership with Amherst College Press and Michigan Publishing Without music, life would be an error. —Friedrich Nietzsche The preservation of music in records reminds one of canned food. —Theodor W. Adorno Contents Member Institution Acknowledgments vii Preface 1 1. Late Capitalism on Vinyl 11 2. The Curve of the Needle 37 3. -
THE DYNAMIC RANGE POTENTIAL of the PHONOGRAPH by Ronald M
THE DYNAMIC RANGE POTENTIAL OF THE PHONOGRAPH By Ronald M. Bauman his article describes a new transmission standards of even lower added to the quietest passages by the approach for analyzing the quality than our current CD standards. cartridge-preamplifier combination dynamic range of the phono- Unless these standards are dramatical- should be essentially inaudible. graphic playback system, in which the ly upgraded (in terms of information Similarly, the cartridge-preamp sys- cartridge and preamplifier are treated content), we may never have a source tem should be able to clearly repro- as an integrated system. I analyzed of music for our homes that sounds ducd the loudest sounds on record the dynamic range potential of several better than the phonograph. without distortion, compression, or combinations of phono cartridges and Are analog records inherently better clipping. preamplifier amplifying devices and in some sense? Your ears may already The same should be true of CD compared the results to CDs. be telling you that analog can sound playback. The quietest passages Additionally, I speculate about the better than today's digital. I will should be reproduced without added drawbacks of frequency domain char- provide quantitative reasons this may noise or distortion of the rnusic acterizations of musical audio compo- be so. caused by amplitude steps, or sam- nents and suggest that the time pling intervals that are too coarse, or domain may be a more natural frame Qualitative Requirements by filter phase shifts and ringing. The of reference for audio instrumentation The subtlety of detail in the grooves of loudest peaks encoded, as for analog development. -
Chapter 186 NOISE
Chapter 186 NOISE §186-1. Loud and unnecessary noise §186-3. Permits for amplifying devices. prohibited. §186-4. Stationary noise limits; maximum §186-2. Loud and unnecessary noises permissible sound levels. enumerated. §186-5. Violations and penalties. [HISTORY: Adopted by the Village Board of the Village of Albany 5-11-1992 as Sec. 11-2- 7 of the 1992 Code. Amendments noted where applicable.] GENERAL REFERENCES Disorderly conduct -- See Ch. 110. Parks and navigable waters -- See Ch. 198, §198-1B(2). Peace and good order -- See Ch. 202. §186-1. Loud and unnecessary noise prohibited. It shall be unlawful for any person to make, continue or cause to be made or continued any loud and unnecessary noise. It shall be unlawful for any person knowingly or wantonly to use or operate, or to cause to be used or operated, any mechanical device, machine, apparatus or instrument for intensification or amplification of the human voice or any sound or noise in any public or private place in such manner that the peace and good order of the neighborhood is disturbed or that persons owning, using or occupying property in the neighborhood are disturbed or annoyed. §186-2. Loud and unnecessary noises enumerated. The following acts are declared to be loud, disturbing and unnecessary noises in violation of this chapter, but this enumeration shall not be deemed to be exclusive: A. Horns; signaling devices. The sounding of any horn or signaling device on any automobile, motorcycle or other vehicle on any street or public place in the village for longer than three seconds in any period of one minute or less, except as a danger warning; the creation of any unreasonable loud or harsh sound by means of any signaling device and the sounding of any plainly audible device for an unreasonable period of time; the use of any signaling device except one operated by hand or electricity; the use of any horn, whistle or other device operated by engine exhaust and the use of any signaling device when traffic is for any reason held up. -
300-313 – 16 Specifications for Phonograph Record Storage Boxes
Library of Congress Preservation Directorate Specification Number 300-313 – 16 Specifications for Phonograph Record Storage Boxes This specification is provided as a public service by the Preservation Directorate of the Library of Congress. Any commercial reproduction that implies endorsement of a product, service, or materials, in any publication, is strictly prohibited by law. This Specification is written for L.C. purchasing purposes and is subject to change when necessary. If you are reading a paper copy of this specification please check our website for the most up-to-date version. 1. Composition and Chemical Requirements 1.1 Fiber The stock must be made from rag or other high alpha-cellulose content pulp, minimum of 87%. It must not contain any post consumer waste recycled pulp. 1.2 Lignin The stock must give a negative reading for lignin as determined by the phloroglucinol test when tested according to TAPPI T 401, Appendix F, and shall have a Kappa number of 5 or less when tested according to TAPPI T 236. 1.3 Impurities The stock must be free of metal particles, waxes, plasticizers, residual bleach, peroxide, sulfur (which will be less than 0.0008% reducible sulfur as determined by TAPPI T 406), and other components that could lead to the degradation of the box itself, or the artifacts stored therein. 1.4 Metallic Impurities Iron must not exceed 150 ppm and copper shall not exceed 6 ppm when tested according to TAPPI T 266. 1.5 Optical Brighteners The stock must be free of optical brightening agents. 1.6 pH The stock must have a pH value within a range of 8.0 - 9.5 as determined by TAPPI T 509, cold extraction (modified by slurrying sample pulp before measurement). -
The Form of the Phonograph Record Author(S): Theodor W
The Form of the Phonograph Record Author(s): Theodor W. Adorno and Thomas Y. Levin Reviewed work(s): Source: October, Vol. 55 (Winter, 1990), pp. 56-61 Published by: The MIT Press Stable URL: http://www.jstor.org/stable/778936 . Accessed: 16/02/2013 21:53 Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at . http://www.jstor.org/page/info/about/policies/terms.jsp . JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range of content in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new forms of scholarship. For more information about JSTOR, please contact [email protected]. The MIT Press is collaborating with JSTOR to digitize, preserve and extend access to October. http://www.jstor.org This content downloaded on Sat, 16 Feb 2013 21:53:08 PM All use subject to JSTOR Terms and Conditions The Form of the Phonograph Record* THEODOR W. ADORNO TRANSLATED BY THOMAS Y. LEVIN One does not wantto accord it any formother than the one it itselfexhibits: a black pane made of a compositemass whichthese days no longer has itshonest name any more than automobile fuel is called benzine; fragilelike tablets,with a circularlabel in the middle thatstill looks mostauthentic when adorned withthe prewar terrierhearkening to his master'svoice; at the verycenter, a littlehole thatis at timesso narrowthat one has to redrillit wider so thatthe record can be laid upon the platter. It is covered with curves, a delicatelyscribbled, utterly illegiblewriting, which here and thereforms more plasticfigures for reasons that remain obscure to the layman upon listening;structured like a spiral, it ends somewherein the vicinityof the titlelabel, to whichit is sometimesconnected by a lead-out groove so that the needle can comfortablyfinish its trajectory.In terms of its "form," this is all that it will reveal. -
Chapter 3: "Transferring Vinyl Lps (And Other Legacy Media) To
3 TRANSFERRINGVINYLLPS(AND OTHERLEGACYMEDIA)TOCD A great way to preserve and enjoy old recordings is to transfer them from any legacy medium—vinyl LPs, cassette tapes, reel-to-reel tapes, vintage 78s, videocassettes, even eight-track tapes—to CD. Or you can transfer them to a hard drive, solid-state drive, or whatever digital storage medium you prefer. Transferring phonograph records to CD is in demand, and you might even be able to get a nice sideline going doing this. A lot of people are still hanging on to their record collections but are afraid to enjoy them because LPs are fragile. A lot of great albums have never been released on commer- cial CDs, or the modern CD remasters are not done well. Some people sim- ply prefer the sound of their old records. Although you can copy any analog media and convert it to any digital audio format, in this chapter we’ll talk mostly about transferring vinyl record albums and singles to CDs. Once you have converted your old analog media to a digital format, Audacity has a number of tools for cleaning up the sound quality. You may not always be able to perform perfect restorations, but you can reduce hiss, clicks, pops, and other defects to quite tolerable levels. You can also customize dynamic range compression to suit your own needs, which is a nice thing because on modern popular CDs, dynamic range com- pression is abused to where it spoils the music. Even if they did it well, it might not be right for you, so Audacity lets you do it your way. -
Minding Our Words: Audio Responsibilities in Endangered Languages Documentation and Archiving
Taiwan Journal of Linguistics Vol. 6.2, 59-78, 2008 MINDING OUR WORDS: AUDIO RESPONSIBILITIES IN ENDANGERED LANGUAGES DOCUMENTATION AND ARCHIVING David Nathan Abstract Linguists are addressing the predicted the loss of many of the world's languages through an emerging discipline called Language Documentation, which focuses not on theory but on data, and how the data is acquired, represented, presented, and preserved. For most endangered languages, which are not written, much of this data is audio, and unlike many corpora it is likely to be local, particular, opportunistic, and uneven. New questions are raised, such as: what audio data counts as a record of a language that is likely to disappear? how can coverage and quality be measured? for what purposes and by whom will the data be used? For those of us documenting languages, there are four key audio-related issues: audio quality, its accompanying symbolic data, the usage of data for practical purposes such as language revitalisation, and the need for enhanced sensitivities and protocol in audio access and distribution. Language Documentation has benefited from the knowledge and experience of other disciplines, but perhaps it is now sufficiently experienced to offer some useful advice to others. This paper surveys these issues, and also describes the funding, teaching, archiving and publishing activities of the Endangered Languages Project at SOAS. 1. INTRODUCTION Today the world is facing the impending loss of at least half of its languages. Many linguists are addressing this challenge through an emerging discipline called documentary linguistics. Documentary linguistics (also called “language documentation”) focuses on data, and how data is acquired, represented, presented, and preserved, in contrast to the analytical and theoretical concerns of much of linguistics. -
30789 18 Baskerville 9E.Pdf
CHAPTER18 The Digital Age or nearly a century the modern music industry was forged by two then-new F technologies—the phonograph record and broadcasting. In the late 20th century, a third “The future is here. force—digital technology—emerged to shake the industry’s foundations. Digital technology It’s just not widely radically altered not only the business of music but also its creation, manufacture, and distribu- distributed yet.” tion. Furthermore, it changed the very culture of how music is created, with inexpensive tech- —William Gibson nologies to record, present, distribute, promote, and play music, fashioning a unique artistic and commercial digital democracy, which drew mu- sic artist and music consumer closer even as it blurred the boundary between them. Digital’s power was most graphically illustrated in the arena of distribution. The unauthorized digital distribution of music via peer-to-peer (P2P) networks like Napster and Grokster was often cited as the primary force behind the music industry sales slump that began in 2001. Ironically, although these P2P networks also presented a method for legitimate digital distribution via the Internet, record labels, which had reaped a fortune from the sales of CDs for two decades, perceived digital distribution as a threat rather than an opportunity. When Philips and Sony collaborated on the development of the compact disc (CD) in the early 1980s, no one could have predicted the extent to which digital technology, in combination with the Internet (which was still gestating at the time), would revolutionize the music industry. Left: Steve Jobs unveils Apple’s iPod Mini, 2004. -
Press Release
( ( ( ( F i r s t S o u n d s ) ) ) ) making the earliest audio recordings accessible to all people for all time CONTACT: Meagan Hennessey David Giovannoni [email protected] [email protected] The World’s Oldest Sound Recordings Played For The First Time A group of researchers has succeeded in playing a sound recording of a human voice made in 1860 – 17 years before Thomas Edison invented the phonograph. Roughly ten seconds in length, the recording is of a person singing “Au clair de la lune, Pierrot répondit” – a snippet from a French folksong. It was made on April 9, 1860 by Parisian inventor Édouard-Léon Scott de Martinville on his “phonautograph” – a device that scratched sound waves onto a sheet of paper blackened by the smoke of an oil lamp. Scott never dreamed of playing back his recordings. But this morning, the dream Scott never had will come true. A cadre of audio historians, recording engineers, and scientists working in conjunction with the First Sounds initiative has transformed Scott’s smoked-paper tracings into sound. They will premiere Au Clair de la Lune at the annual conference of the Association for Recorded Sound Collections at Stanford University this morning. Examples of sounds evoked from French and American phon- autograph recordings made between 1857 and 1878 will also be played publicly for the first time. First Sounds historians Patrick Feaster and David Giovannoni began their search for surviving phonautograph recordings, or phonautograms, in the fall of 2007. In October they studied 19 examples held by the Edison National Historic Site, made in 1878 by Edison and his associates to study the noise of the Metropolitan Elevated Railroad in Manhattan. -
Woods Hole Oceanographic Institution a Phonograph
--, WOODS HOLE OCEANOGRAPHIC INSTITUTION WOODS HOLE, MASSACHUSETfS Merence No. 50 1 A PHONOGRAPH RECORD OF THE UNDERWATER CALLS OF DELPHINAPTERUS LEUCAS by WILLIAM E. SCHEVILL and BARBARA LAWRENCE January 1950 Approved for distribution C. O'D. Iselin Director , ACKNOWLEDGMENTS We are grateful to many people, including, in Quebec. Dr. Vadim-D. Vladykov of the Department of Marine Fisheries, and Messrs. Robert Lagueux and J.-M. Boulanger of the Tadoussac Fish Hatchery, who assisted us in the field; in Florida, the management of Marine Studios and the Associate Curator, Dr. Henry Kritzler; in Woods Hole. Dr. J. B. Hersey and his assistants, Messrs. Willard Dow and Sydney Knott, Jr.• for contriving and providing equipment, and Mr. Gecrit Duys for patient persistence in making these disks. ,. DelphinaplMus leucas (Pallas), variously called white porpoise, white whale, or beluga, has long been known as a vociferous species. It is an arctic form, generally re stricted to waters north of N. Lat. 60°, except along the coast of eastern Asia, where it ranges as far south as the offing of southeastern Sakhalin, and along tl'\e coast of eastern North America, where it is normally abundant to about the same latitudes in the St. Law rence estuary. It was in this region, in the lower Saguenay River, Quebec, that our records were made, in July 1949. In these restricted waters we have been fortunate in finding concentrations of Delphinapterus with no other aquatic sound-makers in evidence. For this and other reasons detailed before (1949, Science, Vol. 109, pp. 143-144, Feb. 11 ), we are convinced that all the sounds heard on this record were made under water by DelphinaplMus.