On This Date In History

On February 13, 1633, Italian philosopher, astronomer and mathematician Galileo Galilei arrives in Rome to face charges of heresy for advocating Copernican theory, which holds that the Earth revolves around the Sun. Galileo officially faced the Roman Inquisition in April of that same year and agreed to plead guilty in exchange for a lighter sentence. Put under house arrest indefinitely by Pope Urban VIII, Galileo spent the rest of his days at his villa in Arcetri, near Florence, before dying on January 8, 1642.
Galileo, the son of a musician, was born February 15, 1564, in Pisa, in what is today known as Italy. He entered the University of Pisa planning to study medicine, but shifted his focus to philosophy and mathematics. In 1589, he became a professor at Pisa for several years, during which time he demonstrated that the speed of a falling object is not proportional to its weight, as Aristotle had believed. According to some reports, Galileo conducted his research by dropping objects of different weights from the Leaning Tower of Pisa. From 1592 to 1630, Galileo was a math professor at the University of Padua, where he developed a telescope that enabled him to observe lunar mountains and craters, the four largest moons of Jupiter and the phases of Venus. He also discovered that the Milky Way was made up of stars. Following the publication of his research in 1610, Galileo gained acclaim and was appointed court mathematician at Florence.
In 1610 Galileo published the treatise, Starry Messenger, describing the observations that he had made with his new telescope. It was this pamphlet that saw Galileo shift from discussing heliocentrism as just a theory to stating it as fact.
This sparked a debate on whether Galileo’s reporting was heretical as it disagreed with scripture. Galileo argued that the heliocentric theory wasn’t contrary to the Bible. In a letter he claimed:
“The intention of the Holy Ghost is to teach us how one goes to heaven, not how heaven goes.”
Galileo’s research led him to become an advocate of the work of the Polish astronomer Nicolaus Copernicus (1473-1543). However, the Copernican theory of a sun-centered solar system conflicted with the teachings of the powerful Roman Catholic Church, which essentially ruled Italy at the time. Church teachings contended that Earth, not the sun, was at the center of the universe. In 1633, Galileo was brought before the Roman Inquisition, a judicial system established by the papacy in 1542 to regulate church doctrine. This included the banning of books that conflicted with church teachings. The Roman Inquisition had its roots in the Inquisition of the Middle Ages, the purpose of which was to seek out and prosecute heretics, considered enemies of the state.
Today, Galileo is recognized for making important contributions to the study of motion and astronomy. His work influenced later scientists such as the English mathematician and physicist Sir Isaac Newton, who developed the law of universal gravitation. In 1992, the Vatican formally acknowledged its mistake in condemning Galileo.

Galileo Galilei - 1636

Frontispiece and title page of Galileo's Dialogue, in which Galileo advocated heliocentrism.

 

 

On February 13, 1861, the earliest military action to be awarded a Medal of Honor is performed by Colonel Bernard John Dowling Irwin, an assistant army surgeon serving in the first major U.S.-Apache conflict. Near Apache Pass, in southeastern Arizona, Irwin, an Irish-born doctor, volunteered to go to the rescue of Second Lieutenant George N. Bascom, who was trapped with 60 men of the U.S. Seventh Infantry by the Chiricahua Apaches.
Irwin and 14 men, initially without horses, began the 100-mile trek to Bascom’s forces riding on mules. After fighting and capturing Apaches along the way and recovering stolen horses and cattle, they reached Bascom’s forces on February 14 and proved instrumental in breaking the siege.
The first U.S.-Apache conflict had begun several days before, when Cochise, the Chiricahua Apache chief, kidnapped three white men to exchange for his brother and two nephews held by the U.S. Army on false charges of stealing cattle and kidnapping a child. When the exchange was refused, Cochise killed the white men, and the army responded by killing his relatives, setting off the first of the Apache wars.
Although Irwin’s bravery in this conflict was the earliest Medal of Honor action, the award itself was not created until 1862, and it was not until January 24, 1894, that Irwin received the nation’s highest military honor.

Medal of Honor
AWARDED FOR ACTIONS
DURING Indian Campaigns
Service: Army
Division: 7th U.S. Infantry
GENERAL ORDERS:
Date of Issue: January 24, 1894
CITATION:
The President of the United States of America, in the name of Congress, takes pleasure in presenting the Medal of Honor to Assistant Surgeon Bernard John Dowling Irwin, United States Army, for extraordinary heroism on February 13 & 14, 1861, while serving with 7th U.S. Infantry, in action at Apache Pass, Arizona Territory. Assistant Surgeon Irwin voluntarily took command of troops and attacked and defeated hostile Indians he met on the way. Surgeon Irwin volunteered to go to the rescue of Second Lieutenant George N. Bascom, 7th Infantry, who with 60 men was trapped by Chiricahua Apaches under Cochise. Irwin and 14 men, not having horses began the 100-mile march riding mules. After fighting and capturing Indians, recovering stolen horses and cattle, he reached Bascom's column and help break his siege.

 

 

On February 13, 1945, a series of Allied firebombing raids begins against the German city of Dresden, reducing the “Florence of the Elbe” to rubble and flames, and killing roughly 25,000 people. Despite the horrendous scale of destruction, it arguably accomplished little strategically, since the Germans were already on the verge of surrender.
Among the conclusions reached at the February 1945 Yalta Conference of the Allied powers was the resolution that the Allies would engage in concerted strategic bombing raids against German cities known for war-production and manufacturing, in an effort to bring the Nazi war machine to a crashing halt. The tragic irony of the raid on Dresden, a medieval city renowned for its rich artistic and architectural treasures, is that during the war it had never been a site of war-production or major industry. Both Allies and Germans alike have argued over the real purpose of the firebombing; the ostensible “official” rationale was that Dresden was a major communications center and bombing it would hamper the German ability to convey messages to its army, which was battling Soviet forces at the time. But the extent of the destruction was, for many, disproportionate to the stated strategic goal, many believe that the attack was simply an attempt to punish the Germans and weaken their morale.
More than 3,400 tons of explosives were dropped on the city by 800 American and British aircraft. The firestorm created by the two days of bombing set the city burning for many more days, littering the streets with charred corpses, including many children. Eight square miles of the city was ruined, and the total body count was between 22,700 and 25,000 dead, according to a report published by the city of Dresden in 2010. The hospitals that were left standing could not handle the numbers of injured and burned, and mass burials became necessary.

 

 Radar-guided B-17s drop bombs through an overcast cloud layer on Dresden in early 1945.

 Bombs fall on Dresden, February 15, 1945. Some strikes were able to be made visually on the marshaling yards, but many bombs were released “in the blind” over the city with radar guidance.