The Father of Television

The new TV season is finally here. Once again, it’s time to welcome new episodes of returning favorites, and mercilessly judge the worthiness of new programs scrambling for our attention. In my mind, it’s also a good time to honor the Father of Television, Scotsman John Logie Baird.

While several key individuals can be credited for contributing their genius to help make TV a reality, Baird was the first to successfully send live, recognizable images through the air from a transmitter to a receiver. He gave the first of his public demonstrations in March and April of 1925, in London’s Selfridges department store. The images were merely moving silhouettes (generated mechanically by what was known as a Nipkow disk, the technical details of which we won’t get into here), but they captivated the public and made headlines around the world.

A few months later, as Baird continued his experiments, using ventriloquist dummies (his favorite was named Stooky Bill) to act as his subjects in front of his “televisor,” he decided that he wanted to see a live person’s image on the receiver. Working in an upstairs loft on Frith Street in the Soho section of London, he stopped downstairs to ask a young office clerk, William Taynton, to take part in the experiment. Taynton readily agreed, and, sitting at the televisor, became the first person ever to appear on a TV screen–even though his image only traveled the length of Baird’s laboratory.

Baird’s business partner, Oliver Hutchinson, in the first-known photo of a televised moving image.

By early 1926, word of Baird’s successful experiments spread around the world. In January of that year, the New York Times announced, “John L. Baird, who has perfected television after years of research, has been giving practical demonstrations here [in London].” A few days later, he demonstrated his apparatus for members of the Royal Institution, and for the press.

Baird continued with his work, even as others, mostly in the U.S. and Germany, did the same to improve on the basic workings of the Nipkow disk. For every advancement achieved by others, Baird raised the stakes still higher.

Secretary of Commerce (and future President) Herbert Hoover takes part in the famous experiment.

A landmark television transmission via telephone lines between Washington, D.C. and New York on April 27, 1927, covered a 230-mile distance. Only a month later, Baird successfully sent a television signal (also via phone lines) from London to Glasgow, Scotland, a distance of 438 miles.  In February of 1928, Baird even set up and successfully achieved the world’s first overseas television transmission, from the London area to Hartsdale, New York, with several witnesses and reporters present on both sides of the Atlantic. The images were fuzzy, of course, but the experiment was nonetheless a success, thirty-four years before the launch of the Telstar communications satellite.

Baird’s achievements continued. In July of 1928, he unveiled perhaps the most astounding of his many innovations of the time, when he demonstrated what we would today refer to as a video disc. His creation involved creating a double groove in a phonograph record; one to reproduce sound, and another to carry moving images in synchronization with that sound. He dubbed the invention “phonovision,” but didn’t pursue it to any great degree at the time. Some fifty years later, video discs became commercially available and actually played in a manner similar to phonograph records, before laser technology made compact discs and digital video discs possible.

Meanwhile, American inventor Philo Farnsworth demonstrated his own apparatus for the public in 1928, which incorporated an electronic means of transmitting TV images. He continued refining it and eliminating the  motor generator, thus creating the first all-electronic TV camera. This would eventually render the Nipkow disc, even with ongoing modifications, obsolete.

In 1936, the BBC, after several rounds of comparison between an electronic system developed by EMI, and Baird’s mechanical system, chose the advanced EMI system. The same year, Germany debuted its own electronic TV system in time for the notorious Berlin Olympic Games.

There’s more to Baird’s story, of course, and it’s worth exploring further. You can read more details about Baird’s “firsts” in my book For the First Time on Television, available on

Enjoy the new TV season!