Electronics World articles Popular Electronics articles QST articles Radio & TV News articles Radio-Craft articles Radio-Electronics articles Short Wave Craft articles Wireless World articles Google Search of RF Cafe website Sitemap Electronics Equations Mathematics Equations Equations physics Manufacturers & distributors LinkedIn Crosswords Engineering Humor Kirt's Cogitations RF Engineering Quizzes Notable Quotes Calculators Education Engineering Magazine Articles Engineering software RF Cafe Archives Magazine Sponsor RF Cafe Sponsor Links Saturday Evening Post NEETS EW Radar Handbook Microwave Museum About RF Cafe Aegis Power Systems Alliance Test Equipment Centric RF Empower RF ISOTEC Reactel RF Connector Technology San Francisco Circuits Anritsu Amplifier Solutions Anatech Electronics Axiom Test Equipment Conduct RF Copper Mountain Technologies Exodus Advanced Communications Innovative Power Products KR Filters LadyBug Technologies Rigol TotalTemp Technologies Werbel Microwave Windfreak Technologies Wireless Telecom Group Withwave RF Cafe Software Resources Vintage Magazines RF Cafe Software WhoIs entry for RF Cafe.com Thank you for visiting RF Cafe!
Copper Mountain Technologies (VNA) - RF Cafe

Rigol DHO1000 Oscilloscope - RF Cafe

Windfreak Technologies Frequency Synthesizers - RF Cafe

Please Support RF Cafe by purchasing my  ridiculously low−priced products, all of which I created.

RF Cascade Workbook for Excel

RF & Electronics Symbols for Visio

RF & Electronics Symbols for Office

RF & Electronics Stencils for Visio

RF Workbench

T-Shirts, Mugs, Cups, Ball Caps, Mouse Pads

These Are Available for Free

Espresso Engineering Workbook™

Smith Chart™ for Excel

Holzsworth

Did Popov Invent Radio?
July 1960 Electronics World

July 1960 Electronics World

July 1960 Electronics World Cover - RF Cafe  Table of Contents

Wax nostalgic about and learn from the history of early electronics. See articles from Electronics World, published May 1959 - December 1971. All copyrights hereby acknowledged.

The debate continues into this day: Who really invented radio? Guglielmo Marconi has enjoyed the moniker of the "Father of Radio" and the "Father of Wireless Telegraphy" for more than a century. Challengers have presented evidence to the contrary for nearly as long. This story in a 1960 issue of Electronics World magazine asserts that perhaps Aleksandr Popov preceded Marconi. A 1939 issue of Radio Craft magazine claims Lieutenant-Commander Edward H. Loftin deserves the credit based on a 1872 U.S. patent. Still others say Dr. Mahlon Loomis (and here) made the first wireless transmission. He also has a U.S. patent issued in 1872. It is tempting to dismiss these claims as being from "wannabes," but the truth is as time goes by and more effort is put into researching topics, information is sometimes uncovered that really does change long-held beliefs. There was not necessarily an intentional deception, but access to archives gets greater over the ages - especially with the Internet - and many times more people are doing the research. As long as reporting is honest and unbiased, upsetting "settled science" is welcome.

Did Popov Invent Radio?

Did Popov Invent Radio?, July 1960 Electronics World - RF Cafe

Aleksandr Popov (1859-1906) 

By Theodore M. Hannah

We call Marconi "father of radio;" Russians give Popov credit. Who is correct and exactly what did Popov do?

Ask an American who invented radio and he will probably say "Marconi;" ask a Russian and he will very likely say "Popov." Who is right? Can either Marconi or Popov be considered the inventor of radio? For that matter, who is Popov?

Throughout the communist world Aleksandr Stepanovich Popov is recognized as the sole inventor of radio. A cursory examination of any recent Russian electronics journal makes this abundantly clear, for 1959 was the centennial of Popov's birth (he was born March 16, 18591, in what is now the Sverdlovsk oblast). To commemorate the anniversary, a number of special events were held during 1959: scientific meetings in Moscow and elsewhere; dedication of a statue of Popov in Leningrad; the Russian amateur radio organization held an international radio contest on Popov's birthday and then offered a special award to any amateur who contacted 100 Russian amateur stations during 1959; special postage stamps have been issued, etc. Popov is memorialized in other ways too. The Russian equivalent of the IRE is known as the Popov Society; scientists - both Russian and foreign - who make outstanding contributions to the radio art receive Popov gold medals; the first page or so of every Soviet book on radio-electronics is ritualistically devoted to a tribute to A. S. Popov, "the inventor of radio."

Drawing illustrating Popov's first receiver (1895) - RF Cafe

Drawing illustrating Popov's first receiver (1895) which detected lightning discharges.

The Russian claim of priority in the invention of radio is based on an event of May 7, 1895 (since 1945 this day has been celebrated as Radio Day in the Soviet Union). At a meeting of the Physics Branch of the Russian Physical-Chemical Society in Petersburg, Popov, then an instructor at the Kronstadt naval school, reported on and demonstrated his invention, a "radio receiver." The device was actually designed only to receive and record lightning discharges; the term "radio receiver" (usually prefaced with "the world's first") became commonly applied to Popov's device only after the advent to power of the Communists in Russia. This may be not so much willful distortion as it is a problem of definition. Popov's device did detect and record electromagnetic radiation (if only static crashes), and in that sense it was a radio receiver; yet, because there were no transmitting stations at that time, can his invention really be called a radio receiver?2 In a way this is the reverse of the old question: "If a tree falls in the forest but there is no one there to hear it, is there any sound?" In 1895 there was someone to hear, but there was no tree, at least not near Petersburg.

While an instructor at Kronstadt, Popov had access to a well-equipped laboratory and a library well stocked with foreign periodicals and books. Popov was particularly interested in the work of Heinrich Hertz and he repeated many of the German's experiments in electromagnetic waves. The experiments and writings of Sir Oliver Lodge, Edouard Branly, Augusto Righi, and others also influenced his thinking. The detector which Popov demonstrated before the Physical-Chemical Society meeting was basically Branly's coherer (a metal-filing type) to which Popov added an arrangement for automatically tapping back the filings to a sensitive condition after they had cohered upon the reception of oscillations. Each static discharge caused a bell to ring or a mark to be made on a paper tape. The implication conveyed in some descriptions of Popov's receiver is that the tapping device was original with Popov.3 Actually, an automatic tapper was a part of the receiver which Lodge demonstrated at a meeting of the British Association for the Advancement of Science in 1894.4 What may have been original with Popov was the addition of choke coils to protect the coherer from the effects of local sparking at the relay contacts.5

Contemporary Soviet accounts of Popov's invention attach considerable importance to the antenna which he used with his receiver. Described as a long vertical wire, insulated at the upper end and connected through the coherer to ground at the lower end, it is claimed to have been the final element needed for the reception of radio signals. The literature is not conclusive on this point; Hertz had .been using a loop antenna for his experiments, but whether Popov was the first to employ an antenna and ground system remains an unanswered question. There is evidence that Marconi had been using such a system in his experiments conducted at or before this time."

It should be pointed out that Popov foresaw that his invention might be used for purposes of communication. During his demonstration of May 7, 1895 he is reported to have said:

"With further improvement, my device can be adapted to the distant reception of signals by means of rapid electric oscillations, as soon as a sufficiently powerful source of such oscillations is found.7

Perhaps unknown to Popov, a source of such oscillations had already been found. During the summer of 1894, at Pontecchio, near Bologna, Italy, a young man named Guglielmo Marconi succeeded in receiving and sending wireless signals over a distance of about three-quarters of a mile. Similar experiments had also been made by Lodge and Sir Henry Jackson. From then on, progress was swift. Marconi moved to England, and by the beginning of 1896 was receiving Morse code messages over a distance of nearly two miles. On June 2, 1896 Marconi applied for the first patent ever granted for a system of wireless telegraphy based on the use of electric waves." During 1896-97, transmitting distance was increased to four miles over land, then nine miles across the Bristol Channel. In 1899 wireless signals spanned the English Channel, the first instance of international radio communication. In the same year British warships, using Marconi equipment, exchanged messages at distances of 75 miles. Only two years later, on December 12, 1901, with Marconi at the receiving station in Newfoundland, the letter "S" was transmitted across the Atlantic. World-wide radio communication was now within reach.

What was Popov doing during this time? In January, 1896 a report of his demonstration of the previous May was published in the Journal of the Russian Physical-Chemical Society under the title "A Device for Detecting and Recording Electric Oscillations." On March 24, 1896 Popov sent his first message by wireless. Transmitted over a distance of about 600 feet, the message consisted of two words: "Heinrich Hertz." Early the following year he was communicating with ships over short distances." His equipment was employed in what was probably the first use of radio in the saving of human lives. In February, 1900 a message was flashed from Petersburg to the ice-breaker "Ermak" instructing it to rescue some fishermen stranded on floating ice in the Gulf of Finland. In 1901, the year Marconi sent signals 2000 miles across the Atlantic, Popov established communication between ships on the Black Sea; the distance was 80 miles.

How then can the Russians claim that Popov invented radio? Two arguments are used: (1) that Popov's demonstration of 1895 predated Marconi's patent of 1896, and (2) that, in any case, Marconi's invention was a direct copy of Popov's.

Popov is said to have refused to take out a patent on his invention. contending that the discovery should benefit the scientific world at large." This may be true (university professors are traditionally uninterested in patenting their discoveries), or it may be a convenient means of explaining how Marconi, rather than Popov, came to be almost universally recognized as the father of wireless communication.

With respect to the second argument, it is certainly true that no one inventor or invention was responsible for radio. And there was considerable similarity between the inventions of Marconi and Popov, just as Popov's was similar to and based upon Lodge's, Lodge's upon Hertz's, etc. But this is really not the point. The thing that the Russians seem to overlook is that neither Popov, nor Lodge, nor Branly, nor Hertz recognized the fact that radiation was the real key to wireless. And, as the courts later held, none of these scientists ever fully realized the practical possibilities of wireless as a means of communication. Marconi grasped both of these ideas. If not a creative inventor, Marconi was blessed with a genius for perfecting the crude laboratory-type apparatus of his predecessors and for promoting wireless telegraphy as a practical instrument of communication. He was, in short, the midwife of radio.

Without admitting that he was responsible for practical wireless telegraphy, Soviet sources, particularly the earlier ones, give at least some credit to Marconi for his contributions to the development of radio. A Soviet encyclopedia begins its article on Marconi by saying: "Marconi (1874-1937), Italian engineer and radio technician, the inventor, after Professor A. S. Popov, of the radiotelegraph."11 This early source is kinder in its treatment of Marconi than one published in 1954. The latter dismisses Marconi as an opportunist who, taking advantage of the fact that Popov had not patented his invention, went ahead and obtained a patent on his device, which was, after all, only a copy of Popov's.12

The contributions of the men who pioneered in the study of electricity and electromagnetic waves - Galvani, Volta, Morse, Bell, Faraday, Henry, Thompson, Branly, and Lodge - are freely acknowledged in the Soviet literature, but in a condescending sort of way. The Russians take the attitude that what these men did was but prelude to Popov's "invention" of radio.

An interesting feature of Soviet accounts of Popov is that, of all the inventions claimed to have been made by Russians, radio seems to be the one first claimed. The argument that Popov was the real inventor of radio was put forth at least as early as 1925;13 other Russian inventions (including baseball and the hula hoop) were announced considerably later.14

There is no denying the fact that Popov's considerable talents were little appreciated by the tsarist government. It must have been particularly galling to Popov to see, in 1902, his rival Marconi decorated by the Tsar with the Order of St. Anne. There is no record that Popov ever received similar recognition from his government.15

Popov's last few years were spent in Petersburg as a professor, then director, of the Electrotechnical Institute. He died on January 13, 1906 at the age of 47. The brain hemorrhage which caused his death was due, according to one recent Soviet source, to heated arguments between Popov and the tsarist minister to whom he was subordinate.16

Returning to our original question, did Aleksandr Popov invent radio? No, and neither did Marconi. The latter made wireless practical, but without the pioneering work of scientists like Popov, Marconi's achievements would have been impossible.17

An American scientist who recently visited the Soviet Union brings back an interesting anecdote. In a discussion of Russian claims that Popov invented radio, a Soviet electronics engineer is quoted as saying: "Well, Marconi did something too, and what difference does it make? We now have radio and that's good!" And it is too.

1 All dates are New Style.

2 Dictionary definition of radio: "The transmission and reception of signals by means of electric waves without a connecting wire ... "

3 See, for example, Bol'shaya Sovetskaya Entsiklopediya. (Large Soviet Encyclopedia) , First Edition, Vol. 46. columns 422-23, and Encyclopaedia Britannica, 1956, Vol. 18. pp. 230-31.

4 W. H. Eccles, Wireless. London, Oxford University Press. 1933, pp. 53-54. Quoted in w. Rupert Maclaurin. Invention and Innovation in the Radio Industry, New York, Macmillan, 1949, p.18.

5 Ibid., p.20.

6 Orrin E. Dunlap, Jr., Radio's 100 Men of Science, New York, Harper, 1944, p. 172, and Encyclopaedia Britannica, Vol. 14, p. 869.

7 Bol' shaya Sovetskaya Entsiklopediya, loc. cit.

8 This was British patent No. 12,039. The equivalent American patent, No. 586,193. was granted him on July 13, 1897.

9 A description of Marconi's wireless system was not published until June, 1897.

10 Dunlap. op. cit., p. 127.

11. Bol' shaya Sovetskaya Entsikclopediya, First Edition, Vol. 38, column 155.

12 Bol'shaya Sovetskaya Entsikclopediya, Second Edition, Vol. 26, p.299

13 Postage stamps honoring Popov as the inventor of radio were issued that year.

14 Popov is also credited with discovering the principles of radar and radio direction finding.

15 His contributions to the sciences were recognized by the Fourth International Electrotechnical Congress held in Paris in 1900. There he received an honorary degree and a gold medal. Bol' shaya Sovetskaya Entsiklopediya, Second Edition. Vol. 34, p.159.

16 N. M. Izyumov, Kurs Radiotechniki (A Course in Radiotechnology), Moscow, 1958. p. 6.

17 While acknowledging the contributions of some of his predecessors and contemporaries, Marconi appears never to have been aware of Popov's existence.

Bibliography

Sources in English

Dunlap, Orrin. E., Jr.; "Radio's 100 Men of Science." Harper and Bros., 1944.

MaClaurin, W. rupert; "Invention and Innovation in the Radio Industry." Macmilian Co., New York, 1949.

Marconi, Guglielmo; "Thirty-Seven Years of Radio Progress," Radio News, January, 1932, pp. 551-54 ff.

"Encyclopaedia Britannica." Chicago, 1956. "Who Was Who." Vol. III (1929-1940). Adam and Charles Black, London, 1941.

Sources in Russian

Izyumov, N. M.; "Kurs Radiotekhniki" (A Course in Radiotechnology). Moscow, 1958.

Levinzon-Aleksandrov, F. L., et al; "Radiotekhnika" (Radiotechnology), Moscow, 1957.

"60 Let Radio" (60 Years of Radio). Ed. by A. D. Fortushenko, Moscow, 1957.

Veitkov, Fedor; "Rasskaz o Tvortsakh Telegrafa" (The Story of the Creators of the Telegraph), Moscow, 1950.

"Bol'shayaa Sovetskaya Entsiklopcdiya" (The Large Soviet encylopedia). First and second Editions. Moscow, 1938-57.

 

 

Posted December 19, 2022

Holzsworth
ConductRF Phased Matched RF Cables - RF Cafe

Innovative Power Products Passive RF Products - RF Cafe

Crane Aerospace Electronics Microwave Solutions: Space Qualified Passive Products