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The invention of the radio and its impact
Past expectations of radio
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Radio History
The radio has evolved over time. The radio we listen to today has a different format, purpose, viewer reach, and clarity than it did before the 1950s. The radio has survived the threat of the television industry by changing with the times. It has been dealt with in the law through acts and the creation of the government regulating agency (FCC). Today the radio is the cheapest and most affective way to communicate with everyone around the world. It began with the invention of the telegraph by Samuel Morse in 1844 and developed as the knowledgeable minds of inventors and engineers worked from the late 1800s to the present to create the powerful communications medium we know today as the radio.
The radio was developed through the collaboration of many inventions and ideas from the minds of experts in the scientific fields. As early as 1844 messages were being transmitted from person to person by telegraph, which was invented by Samuel Morse (Vivian 252). By 1861 the messages could be sent from coast to coast and only five years later wires beneath the ocean floor allowed trans Atlantic communications. This development was still only point to point voiceless communication but placed the framework for future thinkers to expand on it (Campbell 113). In the 1860’s James Clerk Maxwell theorized the existence of electromagnetic waves. His theories were proven by Heinrich Hertz in 1887. Hertz name became adapted to the measure of radio frequencies (Keith 2). All of these men’s inventions and theories led to the wireless technology of radio.
Up until 1901 the ability communicate was only possible from land to land through wires. It was necessary to create a method for ships to communicate with each other and land for their own security. It was an Italian engineer Guglielmo Marconi who made it possible to communicate through space, bringing Hertz’s discoveries to life (Ditingo 15). Wireless communication, or radio, was a big step, but still there was a desire for one to many communication.
The next step in radio development was allowing many listeners from one sender (voice and music) over the radio waves. Lee De Forest became interested in the advancements of his predecessors. He patented over 300 inventions, one of the most important being the vacuum tube. It both detected and amplified radio signals. His work was “essenti...
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...ications funding. Radio since then has been dependent on donations, which have put them back in a situation of worrying about criticizing their supporters (Campbell141-142).
The radio of the twenty-first century has changed considerably since the early broadcasts in the 1920s. It has faced the threat of the television and monopolies. It grew as a business, an entertainment, a technology and a means of communication. Although it has changed it still serves as a mass medium by which millions of people in the United States and around the world get and give information and more commonly entertainment.
Works Cited
Campbell, Richard. Media and Culture: An Introduction to Mass Communication. Boston: Bedford/St. Martin's, 2002.
Ditingo, Vincent M. The Remaking of Radio. Boston, Focal Press, 1995.
Keith, Michael C., and Joseph M. Krause. The Radio Station. Boston, Focal Press, 1986.
Smulyan, Susan. Selling Radio: The Commercialization of American Broadcasting 1920-1934. London: Smithsonian Institution Press, 1994.
Soley, Lawrence. Free Radio. Boulder Colorado: Westview Press, 1999.
Vivian, John. The Media of Mass Communications. Boston: Allyn and Bacon, 1997.
Maxwell in 1864, who said that electromagnetic waves should have the ability to be propagated
Wireless is a methodical account of the early development of wireless telegraphy and the inventors who made it possible. Sungook Hong examines several early significant inventions, including Hertzian waves and optics, the galvanometer, transatlantic signaling, Marconi's secret-box, Fleming's air-blast key and double transformation system, Lodge's syntonic transmitter and receiver, the Edison effect, the thermionic valve, and the audion and continuous wave. Wireless fills the gap created by Hugh Aitken, who described at length the early development of wireless communication, but who did not attempt "to probe the substance and context of scientific and engineering practice in the early years of wireless" (p. x). Sungook Hong seeks to fill this gap by offering an exhaustive analysis of the theoretical and experimental engineering and scientific practices of the early days of wireless; by examining the borderland between science and technology; depicting the transformation of scientific effects into technological artifacts; and showing how the race for scientific and engineering accomplishment fuels the politic of the corporate institution. While the author succeeds in fulfilling these goals, the thesis, it seems, is to affirm Guglielmo Marconi's place in history as the father of wireless telegraphy.
Radio waves were first discovered in 1887, but radio itself was initially invented by Italian Guglielmo Marconi in 1895 (1). His biggest mentioned success was in 1901, when he managed to broadcast the letter “S” across the Atlantic Ocean (1). However, he focused primarily on point-to-point transmissions, not large scale broadcasts from one point (F). As such, three American inventors - Lee De Forest, Edwin Howard Armstrong, and David Sarnoff - took credit for making radio as it is today a success (F). De Forest was born and raised in Alabama and he thought of everything in terms of patents and eventually held more than 300, but many claimed that he simply stole the inventions of others (2). In 1900, he patented a device to enhance weak signals and in 1902, he formed the De Forest Wireless Telegraph Company (1). In the same year. Reginald Fessenden, a Canadian, invented the “electrolytic detector”, which later became the spade detector that brought De Forest so much fame (F). In 1904, John Fleming invented the oscillation valve, which later became De Forest’s audion, and De Forest won the gold medal at the St. Louis World’s Fair for his “spade detector” (F). De Forest gained quite a bit of fame by broadcasting music live from the Eiffel Tower and from the Metropolitan Opera; however, many believed that this was a scam and that he had actually had the device broadcasting the signal only a few blocks away (F). In 1906, he envisioned bringing music and voices to all American households, but as it turns out Canadian inventor Fessenden had already broadcasted a Christmas greeting and music to the crew of a ship off the coast of Canada on Christmas Eve a year earlier (F). In 1912, Armstrong became prominent by inventing regeneration, wh...
-In the 1930s there were basically three types of radio stations: the large networks, the network afilliates,and the idependent stations.
"Spotlight on the Golden Age of Radio." The Home of Digital Deli's Golden Age Radio History, Vintage Radio Resources, and Nostalgia pages. N.p., n.d. Web. 9 Mar. 2011. .
McChesney, Robert W. Rich Media, Poor Democracy: Communications Politics in Dubious Times and Telecommunications, Mass Media and Democracy: The Battle for Control of U.S. Broadcasting 1928-1935
The 1920's brought many advancements in technology which allowed Americans to entertain themselves at home; the radio was one of them. The radio was actually developed before the 1920's; however, it was banned during World War I and allowed to reappear after the Prohibition ended in 1919 (Events 72). After the Prohibition ended, and radio broadcasting was being brought back to life, many people started up their first stations, like Frank Conrad (Events 72). Frank Conrad's first broadcast consisted of the Presidential Election results (Events 72). As Conrad was one of the first people to broadcast, KDKA was one of the first radio stations to appear in the Unite...
Most radio historians assert that radio broadcasting began in 1920 with the historic broadcast of KDKA. During the 1920s radio benefited Americans because it was a source of their entertainment, the music industry of jazz, and advertisements.
Radios in the book show power in many different forms, whether it be propaganda, the ability to know of the outside world or just owning a radio, sets one higher than those without.
The economy was booming during this time. There were more job opportunities than ever before because of new technologies and new industries, such as aluminum. The radio was develo...
Wireless communication across the country was something no one ever imagined. The creating of the commercial radio in 1920, created a feeling of belonging to many citizens of the United States. Starting off as a hobby for amateurs, radio quickly expanded. With the creation of NBC, and emerging radio stars like Ernie Hare and Billy Jones radio, families tuned in on a daily basis. Music was brought to lower income families who couldn’t afford to buy a piano. As well as streaming music, radio provided advertising outlets. Promotions regarding cigarettes, automobiles, and soap
The article that appeared in Fortune entitled “Radio’s Stern Challenge” by John Helyar discusses Sirius’ marketing strategy to not only take market share from the entrenched and free terrestrial radio industry but also to beat its only competitor, XM. The Fortune article presents how a fat and lazy radio industry has failed to react to an eroding listening base and an increasing number of competing technologies. Issues like lack of attention to programming, no on-air talent, and an increase of 166% in the time devoted to commercials have driven listeners away from radio. Teens aged 12-17 spend 11% less time listening to radio compared to five years ago and adults 18-24 spend 13% less time compared to five years ago (Helyar, 2004). The article further discusses that terrestrial radio has much to fear from competing technologies like satellite radio, streaming digital radio on the Internet, and Apple’s iPod. What terrestrial radio does have in its favor is that it’s free compared to any of the current competing technologies like satellite radio.
The radio accommodated people’s desire to have fun by introducing them to a new entertainment experience. People could now listen to news, music, entertainment shows, and weather forecasts. Families would gather around the radio for night-time entertainment. (Radio in the 1920s) People would schedule their day-to-day activities around popular radio shows. Young individuals started to dance to the most current jazz music and ministers would broadcast their Sunday sermons to many listeners. (Radio Craze, Class Zone) The radio offered free entertainment in the home which was a blessing for the ill, the restricted, parents of small children, and those merely fatigued after a day's labor. Additionally, people were now able to share this source of entertainment with everyone. Radio “entertainment shows resembling vaudeville stage shows, short skits, and live comedy acts… (were) popular family entertainment.” (The history of radio and the 1920′s radio craze, 2011) However, radio had some ne...
By the time the 20th century arrived, vacuum tubes were invented that could transmit weak electrical signals which led to the formation of electromagnetic waves that led to the invention of the radio broadcast system (750). These vacuum tubes were discovered to be able to transmit currents through solid material, which led to the creation of transistors in the 1960’s (750).
Many inventions have impacted the world throughout history but in my opinion one of the most impactful one’s was the invention of the radio . This invention provided society with many things which include entertainment, communication, and easier access to information. Radio is still a central part of the society today but just like any other invention radio has an interesting history of how it progressed through time.