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Samuel Morse, the Portrait Painter Who Invented Morse code and the Telegraph

“. . .  _ _ _  . . .” is the Morse code for distress, one of the most globally recognizable signals. Would you believe that its inventor’s former career was as a portrait painter? Would you also believe that same former artist was also responsible for making it possible to communicate across oceans?

Samuel Morse spent the first half of his life as an artist, painting the portraits of many famous people including American presidents John Adams and James Monroe and inventor Eli Whitney. An early interest in electricity was reignited when he was shown an electromagnet and what it could do.

Samuel Morse with his telegraph, photo by Mathew Brady, 1857
Samuel Morse with his telegraph, photo by Mathew Brady, 1857

Morse then turned his attention and efforts to inventing a single-wire telegraph system that could transmit electrical signals over long distances. He had a lot of help, but his name would be the one on the patents.

With the help of Alfred Vail, Morse devised the code we know today as ‘Morse code.’ Adopted worldwide for telegraphic communication, it was also used when radio communication was developed.

Within fifteen years of Morse’s first long-distance demonstration of his telegraph, a wire would be laid across the Atlantic ocean and messages would be able to zip between America and England. The 19th century version of instant messaging was born!

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Wright Brothers Answered the Right Question

How did the Wright brothers solve the ‘flying problem’ of how to control an aircraft in flight? They answered the right question.

Wind tunnel built by the Wright brothers to test wing and propeller designs.

Most other aspiring aviators were trying to use power to overcome control problems in the air. They theorized that if enough power could be generated, the aircraft would be more maneuverable. Some thought that the airplane would behave similarly to a car, not taking into account that a body supported by air flow behaves very differently than a vehicle on the ground.

The Wright brothers succeeded because they answered the right question first, which is how to control the aircraft in the air. They studied birds in flight, built a wind tunnel to test wing designs, and reworked the math. Then they designed a control system that gave their aircraft the stability in flight the others were lacking.

What an excellent example of answering the right question to find the ‘Wright’ solution! Sorry, couldn’t resist.