John J Battos (1909 - 1986)

Refresh this page to see various historical events that occurred during John's lifetime.

In 1909, in the year that John J Battos was born, Polish physician and medical researcher Paul Ehrlich found a cure for syphilis, which was a prevalent (but undiscussed) disease. He found that an arsenic compound completely cured syphilis within 3 weeks.

In 1933, when he was 24 years old, on March 4th, Franklin Delano Roosevelt became the 32nd President of the United States. He was elected four times (equaled by no other President) and guided the United States through the Great Depression, the Dust Bowl, and World War 2. His wife was his cousin Eleanor Roosevelt (Teddy Roosevelt's niece) who President Truman called "First Lady of the World". Some of the major programs that survive from his presidency are the Securities and Exchange Commission, the Wagner Act (The National Labor Relations Act of 1935) , the Federal Deposit Insurance Corporation and Social Security.

In 1944, he was 35 years old when on June 6th, the largest amphibious invasion in history was launched - the Normandy landing (called D-Day). Soldiers from the United States, Britain, Canada, and the Free French landed on Normandy Beach and were later joined by Poland, Belgium, Czechoslovakia, Greece, and the Netherlands. Almost 5,000 landing and assault craft, 289 escort vessels, and 277 minesweepers were involved. Nearly 160,000 troops crossed the English Channel on D-Day - Allied casualties on the first day were at least 10,000. 4,414 were confirmed dead.

In 1952, he was 43 years old when on February 6th, George VI of England died from a coronary thrombosis and complications due to lung cancer. His eldest daughter, age 25, immediately ascended the throne as Elizabeth II and her coronation was on June 2 1953.

In 1986, in the year of John J Battos's passing, on January 28th, the space shuttle Challenger exploded 73 seconds after launch. All seven crew members died. The cause of the explosion was later found to be a failed O-ring. The O-ring failure was due to the unusually cold conditions at Cape Canaveral.