Our nation was born on July 4, 1776, with the Declaration of Independence which formally severed our political ties with England. (The fact that England did not accept it turned out to be irrelevant.) Thomas Jefferson of Virginia, the primary author of the Declaration, was one of a “Committee of Five” appointed by the Second Continental Congress. The other members included John Adams of Massachusetts, Benjamin Franklin of Pennsylvania, Robert R. Livingston of New York, and Roger Sherman of Connecticut. Jefferson proposed John Adams to draft the document. However, Adams deferred to Jefferson stating that a Virginian should head the effort and, besides, he felt that Jefferson was a much better writer.
It’s pretty obvious that the Flew side of the family were not Patriots of the American Revolution. After all they were languishing in Long Ashton, England, probably only nominally aware of what was going on in the Americas. However, relatives through my Curtis line going back to my 22nd great grandfather, William de Ros, were intimately involved in the founding of our country. The following were all major participants in the birth of our nation...and my cousins!
While the above were major architects of the new 13 United States, I had others who were holding the line against our English opponents.
Over the next 25 hours, the British fired over 700 rockets and up to 1800 bombs, included air burst shells, on Fort McHenry. Hampered by the weather and because of the distance and resulting inaccuracy of the British guns, the Americans suffered only 28 casualties, including four killed in action. As night closed on Key, he observed that the small “storm flag”, a 17 by 25 foot banner continued to fly above the fort.
Today only two copies of the broadside are known to exist. The song was first published nationally in The Analectic Magazine.
hips without being noticed. George Washington wasn’t a fan of The Turtle (he thought it was “ungentlemanly”), but still okay’d its use – only to see it unsuccessful in its three attempts to destroy British ships. While “The Turtle” wasn’t a success in and of itself, it was promising enough to lead to further research and development that would one day yield effective underwater vessels.
elestial navigation.” Although the chronometer was first invented in 1737 by John Harrison, who spent more than 30 years of his life on its design, a few Europeans: Pierre Le Roy, Thomas Earnshaw and John Arnold brought it to market. In 1775, Arnold was working on improvements for the device, and took out his first patent for improvements to the device on December 30, 1775.
Becker showed off his device in the River Thames in London, where he was able to breathe underwater for an hour. Around the same time, a French inventor named Fréminet had designed a compressed air reservoir as part of a breathing machine that dragged along behind a diver or mounted on his back. Becker and Fréminet’s inventions were examples of the earliest scuba gear. At the same time, Charles Spalding (of Scotland) developed an improvement to the diving bell by adding a system of balance-
in our toilets today. The S-
ver an open fire without dealing with the smoke that traditionally accompanied that process. Up until Franklin’s inventions, most meat was cooked on a turnspit.
invented the lightning rod. Other scientists shared his theory about a link between electricity and lightning, but Franklin’s invention allowed him to be the first to test his hypothesis. His invention saved thousands of lives and millions of dollars worth of buildings. Back then, a lightning strike usually resulted in a conflagration.
motion for thousands of years, the first steam engine wasn’t patented until 1606. Thomas Newcomen designed the first commercially successful steam engine in the early 1700s, but it was relatively inefficient and used mainly for pumping water. In 1769, James Watt developed an improved version of Newcomen’s engine by adding a separate condenser. Watt continued to work on his design over the next several years, ultimately improving it enough to turn it into a valuable device for manufacturing and helping advance the Industrial Revolution.
power was the single most impactful technological advancement in history – it allowed humans to multiply the power of their muscles by thousands of times. We are on the cusp of the next great transition as we teach machines to multiply the power of our brains by millions or billions of times.