Sometimes it's easier to talk through your furniture decision with a real person. We'd be glad to help.

Give Us a Call 888-978-2637

We are here to help you with your purchase

Sales

Mon - Fri 9am - 10pm EST

Sat - Sun 10am - 8pm EST

Customer Support

Mon - Fri 10am - 6pm EST

Just click on the link below and a Furniture Specialist will respond right away.

Begin Instant Live Chat

Close X

Contact Us Questions? Call 888-978-2637 Chat Live
888-978-2637

Free Shipping

ABOUT SSL CERTIFICATES

John Logie Baird and the Invention of Television

John Logie Baird and the Invention of TV Header

Portrait of John Logie Baird

A Scottish engineer, John Logie Baird was the inventor of the first publicly demonstrated and public television in the whole world. He was also the inventor of the first color, electronic television tube. His significant place in the invention of the television is secured by way of his achievements in displaying working television broadcasts. Baird’ television system was in the end displaced by a purely electronic television system, his having been an electromechanical one.

Baird was a Scotsman, born in Helensburgh on August 13, 1888. He went on to be educated at Larchfield Academy, which was also in Helensburgh. His studies at institutes of higher learning took place at the Glasgow and West of Scotland Technical College and then later on at the University of Glasgow. Interestingly, he never returned to his university to finish his course work after World War I interrupted his studies.



Early Influence

Arthur Korn Portrait Thumbnail

Arthur Korn was a German-born, Jewish inventor, and he both invented and crafted the first circuits for signal conditioning that were for image transmission. Korn’s circuits permitted him to send pictures either by wireless or by telephone between oceans and countries. His circuit worked even without the advantage of electronic amplification. Baird was a direct beneficiary of this technology of Korn’s.



The First Television

The Very First Television Image

Baird’s success was founded upon being able to create the first moving, live, grayscale television image that came from reflected light. He was successful since he bettered the signal conditioning from both the video amplifier and the photocell. On the back of this success, the Scotsman, in the early 1920s, began to rent a workshop in Hastings, which he would use for his experimentations. After getting a massive electric shock and consequently being evicted by his landlord, Baird took his experiments to a workshop in London’s Soho neighborhood.

On October 2, 1925, Baird made a breakthrough by succeeding at transmitting the very first grayscale, television image. After this success, Baird looked for publicity by paying a visit to the offices of the Daily Express newspaper, yet the editor at the time thought him to be mad and warned his staff to be wary of him. A few months later in January of 1926, Baird demonstrated his transmission success to both a reporter from the Times newspaper as well as members of the Royal Institution. More demonstrations followed thereafter: In July of 1928, he demonstrated the very first color transmission in the world, and in 1932, he demonstrated the first ultra-short wave transmissions in Britain.

Early Diagram Showing the Transmission Process of Electromechanical Television

Above - An illustration from Radio News of April, 1928. A larger version of this illustration can be found here.

Other Innovations

Cover from Science and Invention Magazine Nov 1928

In 1927, the Scotsman had already transmitted a long-distance television signal between Glasgow and London. This was the precursor to him establishing his own company, the Baird Television Development Company Ltd., which holds the distinction of producing the first transmission across the Atlantic from London to New York in 1928. It also made the first television program for the BBC. Baird’s television systems were used by the BBC until 1937, when they decided to switch to an electronic television system that was created by EMI-Marconi. Even though mechanical television systems had been relegated due to the more popular electronic systems, Baird still contributed to the newer medium. He both demonstrated and patented a system of 3-D television that had a definition of 500 lines in 1941, and he also performed the world’s first demonstration of a television display that was completely electronic in 1944.

Though the Scotsman’s contributions were primarily to the television industry, he dabbled elsewhere. In his 20s, he attempted to make diamonds by heating up graphite, yet that resulted in the shorting out of Glasgow’s supply of electricity. Baird finally died on June 14, 1946, the casualty of a stroke that he endured a few months earlier. Today, Baird is buried in Helensburgh Cemetery along with his wife and parents.

Further Resources

To learn more about the Scotsman, check out the following links.