Before taking office as POTUS, Franklin Delano Roosevelt had a white house of his own — a smaller, less notable white house, located in Warm Springs, Georgia. Now a museum of all things FDR, the late president built the house in 1932. He first came to this location of West-Central Georgia in 1924, while seeking treatment for his polio in the natural buoyant waters.
It was a combination of warm mineral water — sitting at a year round 88 degrees — and physical exercise that helped ease his symptoms. Into his presidency, FDR used the Little White House as a vacation retreat, where he’s said to have visited a total of 16 times, often for weeks with each stay.
In fact, it’s said that FDR drew many of his ideas for the New Deal from his small town visits, specifically the Rural Electrification Administration.
Roosevelt Warm Springs Institute for Rehabilitation
In 1927, FDR purchased the land that hosted its popular warm waters. Formerly known as Bullochvile, the area had become a tourist destination for residents of Savannah and Atlanta, including those with symptoms of yellow fever. Through his ownership, he rebuilt the area’s “ramshackle” hotel that housed pools of natural mineral waters, and began bringing in polio survivors to bask in these healing waters.
FDR became so interested in hydrotherapy that he eventually founded the Roosevelt Warm Springs Institute for Rehabilitation. It was funded by the Foundation for Infantile Paralysis, known today as the March of Dimes. Their rehab efforts were available for a wide variety of ailments, including post-polio syndrome, amputation, spinal cord injuries, brain damage, and stroke.
The area is preserved as the Warm Springs Historic District, where buildings have been maintained to their looks from the Roosevelt era, with the exception of a cottage that burned down in 2001 due to a suspected lightning strike.
Visitors can head to the Little White House for a trip back in time; the space is said to be preserved as it was the day Roosevelt died. (Yes, you can even see the very room where he passed.) Other highlights include his custom Ford convertible and the Unfinished Portrait, a painting that was being made of FDR when he suffered a stroke.
Take a feel of the warm waters by hand on your tour, or plan ahead for a swim; the springs are open to public swimming once a year on Labor Day weekend.
No matter how you feel about the Confederate States of America or the battle flag of the Army of Northern Virginia, it’s undeniable that relics from the Civil War belong in a museum.
But which one?
A face that screams “wanna fight about it?”
In 1863, a Pvt. Marshall Sherman from the 1st Minnesota Volunteer Infantry Regiment captured a Confederate battle flag from the battlefields of Gettysburg, Pa. His bravery that day earned him not only the keepsake of his heroics, but also the Medal of Honor.
“We just rushed in like wild beasts. Men swore and cursed and struggled and fought, grappled in hand-to-hand fight, threw stones, clubbed their muskets, kicked, yelled, and hurrahed,” said Minnesota soldier William Harmon, according to the Minnesota Historical Society.
The flag, no longer on public display, resides at the Minnesota Historical Center in St. Paul. And Virginia wants it back.
“Come get it. Sincerely, the 1st Minnesota Infantry”
The 1st Minnesota wasn’t only at Gettysburg, though the unit took a beating there. They were also at First and Second Bull Run, Antietam, Seven Pines, and First and Second Fredericksburg, just to name a few. It was at Gettysburg that the 1st was ordered to charge a Confederate position where they would be outnumbered by at least five to one to keep a faltering Union line together. They suffered 82 percent casualty rate but still helped hold off Pickett’s Charge the next day.
The Regiment has their own monument at the Gettysburg Battlefield today.
And Minnesota has a war trophy.
For a century, Virginia has tried to get it back, through any means necessary. They tried asking nicely. The answer was no. They tried an act of Congress. Minnesota said no. Even after a Presidential order, Minnesota declined. In 1998, 2000, 2003, and in 2015, the answer remained the same. When Virginia demanded the piece of their heritage back, then-Governor Jesse Ventura replied that it was now Minnesota’s heritage.
Check out the story from Minnesota’s Historical Society.
Though a select few get most of the credit, a lot of countries were involved in the Allied efforts of World War II. There were so many moving parts that it’s easy to forget that certain groups, including our own U.S. Coast Guard, were actively involved. While we might make jokes about Canadians being overly polite today, we must certainly not forget that they kicked some serious ass in Europe. However, there’s another country that played a significant role in the global conflict that many seem to gloss over outside of discussing the Zimmerman Telegram: Mexico.
There was no real shortage of volunteers during WWII, but more help was always appreciated. That’s where Mexico comes in. Pissed about losing oil ships in the Gulf, Mexico declared war on Axis powers in 1942. Shortly thereafter, Mexico became one of the only Latin American countries to send troops overseas.
The most widely recognized group to deploy was the Mexican Army’s Escuadrón 201 — the Aztec Eagles. Here’s what you should know:
(U.S. Air Force)
The 201st Fighter Squadron was formed in response to German submarines sinking two oil tankers, the SS Potrero del Llano and the SS Faja de Oro. These dudes were obviously pissed and wanted to hop into the war to kick some ass, just like the rest of us. So, they got 30 experienced pilots together with 270 other volunteers to be ground crew. After their formation, they were sent to Texas in July of 1944.
The Aztec Eagles trained at Randolph Field in San Antonio as well as Majors Field in Greenville, Texas. The pilots received months of training in weapons, communication, tactics, as well as advanced combat air tactics, formation flying, and gunnery. They held a graduation ceremony in February, 1945, and received their battle flag, which went down in history as the first time Mexican troops were trained by to fight a war overseas.
A P-47D sporting insignias of both the Army Air Forces and Mexican Air Force.
(U.S. Army Air Force)
In March, 1945, following their transformation into hardened warriors, the 201st Fighter Squadron was sent to the Philippines attached to the Army Air Force’s own 58th Fighter Group to participate in expelling Japanese control. In June of that same year, they flew two missions per day using U.S. aircraft. By July, they received their own P-47D Thunderbolts, with which they fought plenty.
During their time in the Philippines, the 201st flew at least 90 combat missions and, throughout those, lost eight pilots. They also flew 53 ground support missions for the Army’s 25th Infantry Division, four fighter sweeps over Formosa, and dive bombing missions. All the while, they also had no provision for replacements, which made each pilot loss especially painful.
Former 201st Fighter Squadron members salute during a ceremony at Chapultepec Park in Mexico City, March 6, 2009.
(Air Force photo by Master Sgt. Adam M. Stump)
By the end of it, the 201st had put down 30,000 Japanese troops, destroyed enemy buildings, vehicles, anti-aircraft and machine gun emplacements, and ammunition depots. General Douglas MacArthur gave them recognition, and they were awarded the Philippine Legion of Honor, complete with rank of Legionnaire, in 2004.
In the last part of the 19th Century, the U.S. Army’s chief enemy was the scores of Native American tribes who still roamed America’s Great Plains and dominated the American Southwest, among other places. As sporadic attacks against settlers in those regions increased, the U.S. government decided it had to act. By the dawn of the 20th Century most of the tribes had capitulated and resigned themselves to their reservations.
And it all started with a lame cow.
Lameness describes an injury to the cows foot that adversely affects its life.
A cow can become lame for any number of reasons, such as a toe abnormality, something getting embedded in its hoof, or even just walking long distances regularly. When a cow’s hoof becomes bruised or worn down, the animal spends more time laying down and tends to eat less, adversely affecting its condition. A cow with this condition passed through Fort Laramie, Wyoming one day in 1855 along with a group of Mormon immigrants.
While the group of settlers rested at Fort Laramie, their lame old cow wandered off by itself. Eventually, it came across a group of Mniconjou tribesmen who were waiting for an annuity from the U.S. government. It was late, the men were starving and had no means to procure food for themselves. Naturally, once the cow was in sight, it became dinner.
The cow was allegedly worth four dollars, but when the Natives tried to trade a good horse for the lame cow (the one they already ate), the offer was rejected. Instead, the settlers demanded for the cow. At first, the Army was willing to brush the incident off as trivial and stupid, but the officer of the post was no fan of the Indians. He set out with some 30 troops and departed for one of the Indian Camps to confront them about the cow. After brief words were exchanged by a drunken translator that was also really bad at his job, the soldiers began to fire into the Indians.
The Indians fought back. By the end of it, the leader of the Lakota was dead along with all the Army soldiers. The Army retaliated by gathering 600 troops and assaulting the Lakota where they lived. The Plains Wars just began in earnest. The Army struck a number of tribes over the next few years, as President Ulysses S. Grant decided he’d had enough of the natives and it was time to pony up the resources to get them onto reservations.
All because of one lame cow.
The fighting began with the Lakota, then came the Cheyenne, the Kiowa, Apache, Arapaho, and eventually, even the dreaded Comanche tribe were systematically subdued by the Army and forced onto reservations. One by one the tribes were forced to abandon their traditional lands and ways of life, for life on the reservations. Most of the Indians never received anything promised by the government and fought on until they were forced to capitulate.
The Army’s highest award for noncombat valor, the Soldier’s Medal had been bestowed exclusively to men since its creation in 1927.
But in 1943, a female nurse who braved a raging fire to save her fellow Joes was given the award at the explicit order of then President Franklin D. Roosevelt.
Edith Greenwood was a lieutenant in the Army Nurse Corps in World War II, and in 1943 she was serving patients at a hospital on the massive California Arizona Maneuver Area.
The CAMA served as a practice stage for troops headed to the battle front in North Africa and stretched from Southeast California into Arizona and Nevada. Across this expanse of desert and mountains, troops practiced all aspects of deployed life.
On the morning of Apr. 17, 1943, a cooking stove exploded and started a fire in the ward. Greenwood tried to fight the flames but quickly realized the building was lost. So Greenwood and her assistant, Pvt. James F. Ford, grabbed the 15 patients and ferried them outside to safety.
With the flames racing through the wooden structure, the entire ward burned down in about 5 minutes. But thanks to the quick actions of Greenwood and Ford, all of the patients made it out alive.
When the story of the fire reached Roosevelt, he ordered that both Ford and Greenwood receive the Soldier’s Medal, the highest award that he or the military could recommend under the circumstances.
On Jun. 10, 1943, Greenwood became the first woman to receive the medal. She survived the war and died of old age in 1999. The synopsis of her medal citation is below:
By direction of the President of the United States, The Soldier’s Medal is awarded to Lieutenant Edith Ellen Greenwood, Army Nurse Corps, United States Army. At 0630 on April 17, 1943, a stove exploded in the 37th Station Hospital’s diet kitchen, setting fire to the nearby ward where Lieutenant Greenwood was responsible for overseeing the care of 15 patients. Greenwood sounded the alarm and attempted to extinguish the blaze, but the fire quickly spread, with reports indicating that the ward burned down within five minutes. Greenwood safely evacuated all of her patients with the assistance of a young ward attendant, Private James F. Ford. By direction of President Franklin Delano Roosevelt, both Greenwood and Ford were awarded the Soldier’s Medal on June 10, 1943.
The largest bombing raid of World War II was the British attack on Cologne, Germany, on May 30, 1942, when over 1,000 bombers were sent to destroy chemical and machine tool facilities there in a single-night attack.
The bombing raid took place before American forces had built up large concentrations of forces in Europe. Britain in 1942 was benefiting from American industry, but its bomber strength was still limited from the lingering effects of the Battle of Britain as well as the toll of regular combat sorties over German-held territory.
So the English forces had only 416 first-line bombers ready for missions. Air Marshal A.T. Harris, the Royal Air Force’s top officer for strategic bombing, had to decide how to use these bombers to best effect. Every mission launched resulted in lost planes Britain was struggling to replace, but every mission canceled allowed Germany to produce more of its own arms, including bombers and fighters.
Harris came up with a plan for getting more bombs on target while, hopefully, sacrificing fewer bombers. He reasoned that there were a fixed number of defenders at each target and a relatively fixed number of German interceptors that could reach a site during a bombing raid. He could trickle out his bombers over multiple missions at one target, limiting the number of bombs he would have to drop on each target, but that would allow the defenders to focus on fewer planes at once.
Or, he could change bomber doctrine and send an overwhelming number of bombers at once. Sure, this would draw the fire of every interceptor and every air defense crew within range, but they would have a limited time in which to attack the bombers. So, instead of German defenders having to fend off a few dozen or even a couple hundred planes, getting to rest and refit, and then doing it again, the defenders would have to defend against many hundreds of planes all at once.
He put together a plan to send not only the 416 first-line bombers, but also all available second-line and even training bombers, to Cologne, Germany, where workers made industrial goods and chemicals. Together, these units would send 1,046 bombers against the target in just 90 minutes. Prime Minister Winston Churchill approved the mission.
And so, on May 30, 1942, Operation Millennium was launched, and the over 1,000 planes dropped almost 1,500 tons of bombs on the target, damaging 600 acres of the city and crippling industrial output from Cologne. A bomb burst, on average, every two seconds. Britain lost 40 bombers, meaning that over 1,000 bombers made it back from Operation Millennium.
But the raid was not without criticism then or now. Strategic bombing in early-World War II was not accurate, and night raids had to be launched against cities, not against pinpoint targets. Many British bombers in 1942 were still using the Course Setting Bomb Sight from World War I, and even those with Britain’s Mark XIV bomb sight could not target an individual building.
Approximately 45,000 Germans were made homeless by the bombing raid, and 469 were killed. But, for Allied leaders, the juice was worth the squeeze. After all, Britain had suffered similar losses in single-night bombing raids against London in 1941, so they weren’t about to cry themselves to sleep over dead German civilians. And, even better for Britain, those 40 planes lost in the raid amounted to 4 percent casualties.
Royal Air Force bombing missions over Germany would, over the course of the war, result in an average of 5 percent losses per mission, so suffering 4 percent losses while wiping out the target in a single mission was an intriguing prospect. As Churchill telegraphed to President Franklin D. Roosevelt, “I hope you were pleased with our mass air attack… there is plenty more to come.”
No other single attack would have as many bombers as the attack on Cologne, but raids against targets like Dresden in 1945 would feature over 700 bombers.
To counter the German blitzkrieg, the U.S. Army needed to not only destroy individual tanks, it needed to destroy the Wehrmacht’s ability to use them effectively. To do that, it created an entirely new doctrine of mechanized warfare: tank destroyer forces.
In order to ambush massing enemy armor as it attempted a breakthrough, the Army needed a powerful, fast, armored vehicle that would ride out to meet an armored attack while setting enemy tanks up to be ambushed at the same time.
The result was the M18 Hellcat, the fastest armored vehicle until the development of the M2 Abrams, and the most effective anti-tank weapon of World War II.
Before the time the United States entered World War II, it did not have an army that could effectively face everything the Nazis were using in Europe, so a number of technological innovations had to be created. One of those needs was a way to stop massed armor formations from breaking through the battlefield.
The need was to create a weapons system that could stop heavy German tanks without getting blown away themselves. It needed enough armor so that enemy infantry couldn’t neutralize it on their own and it needed enough speed to move when it had to. It also had to be able to kill German tanks.
More than a dozen models were developed by American manufacturers to meet these Army requirements, but as one need was met, another need would soon arise. Armor was soon sacrificed in favor of speed and mobility, its main turret was soon upgraded with the Sherman tank’s 76mm turret, and the M18 Hellcat was deployed in the field before it could be standardized.
Hellcats first saw action in the Italian campaign of 1944 but they were already outgunned by upgraded German panzer and Tiger tanks, and particularly vulnerable to those tanks’ main turret rounds.
Nevertheless, the Hellcat was still effective against Axis armor. Even though the armor of German panzers couldn’t be penetrated by the M18 76mm rounds, American tank crews were still able to use the Hellcat to their advantage. The biggest of these was how fast the M18 could take a shot at an enemy tank. When set up for an ambush on the flanks of advancing enemy armor, they were devastating.
American tank crews knew that a well-aimed shot between two specific plates of a panzer’s armor would cause the anti-tank round to ricochet into the enemy vehicle’s driving compartment and kill the crew. The tankers learned this trick in time to meet Hitler’s 1944 armor offensive against Patton’s 3rd Army at Arracourt.
It was at Arracourt that seven M18 Hellcat Tank Destroyers and 25 U.S. tanks met a force of more than 200 Nazi tanks trying to push Patton back out of the the Lorraine Province of France. Over 11 days, the seven Hellcats destroyed or disabled 39 Nazi panzers.
At the Battle of the Bulge, the Hellcat’s top speed of 50 miles per hour allowed them to get ahead of German armor divisions looking to capture fuel to continue the fighting. This was slowed by Hellcat quickly moving their positions and firing into the advancing enemy.
Although there are successful examples of Hellcats fighting with their designed purpose, in practice, they were normally used to support infantry operations.
Before the tank entered the lexicon of military history, there was horse cavalry.
The horse, like the modern day tank, provided support to the infantry and artillery. However, while every kingdom, like every modern nation today, has some sort of mobile land support designed to punch holes through enemy lines, only a handful of nations have the best trained. So here we take a look at 5 epic cavalry formations of the ancient world.
1. The Numidians (light cavalry)
The Numidians were from what is now Algeria and were known for their cavalry abilities.
The Numidian cavalry of the ancient world. (Photo Wikimedia Commons)
Hannibal used these Numidian cavalrymen during the Second Punic War. So what made the Numidian cavalry so darn good?
The Numidians saw many battles during Hannibal’s campaign in Roman Italy. The Greek historian Polybius, describes the Numidian warriors as light cavalry armed with missile weapons (javelins). The Battle of Cannae 216 BCE, showcased their abilities.
What made the Numidian cavalry so effective at Cannae is that unlike the Spaniard and Celtic cavalries that also accompanied Hannibal, the Spaniard and Celtic horsemen were heavy cavalries that fought en masse, much like the Roman cavalry. The Numidians, being light cavalry, fought in a much looser formation and because of this, they harassed the Roman cavalry with complicated tactics before disengaging.
And while the Celtic and Spaniard cavalries had the Roman cavalry fixed, the Numidians went from harassment to providing shock support once the Roman cavalry turned their back. This caused the Roman cavalry to flee once the Numidians made contact and understood that if they do not make a break for it, they would be enveloped and decimated.
2. The Scythians (light cavalry)
The Scythians may not be the original inventors of asymmetrical warfare, but one could argue that they perfected it.
(Photo from Wikimedia Commons)
The Scythians were ancient nomadic horse warriors who were first mentioned by the Assyrians during the reign of Sargon II (reigned 722 – 705 BCE). What made these horsemen so powerful was that they were raised in the saddle and were typically armed with a distinctive composite bow.
The Scythian bow is unique and revered throughout the ancient world by kings, historians, and a philosopher. King Esarhaddon of Assyria had a Cimmerian bow, the Babylonian armies of Nebuchadnezzar II and Nabonidus were equipped with their bows and arrows, and even Hercules’ Greek portrait displays him armed with a Scythian bow. The Greek philosopher Plato said,
The customs of the Scythians proves our error; for they not only hold the bow from them with the left hand and draw the arrow to them with their right, but use either hand for both purposes.
When one examines the Scythian lifestyle, one can easily gain an understanding of the type of warfare necessarily carried on against more sedentary (non-migratory) people, like those in Mesopotamia. The Scythian took a guerilla approach to warfare as their method, using small bands to conduct military operations. Herodotus mentions their method of warfare when King Darius of Persia campaigned against them.
It is thus with me, Persian: I have never fled for fear of any man, nor do I now flee from you; this that I have done is no new thing or other than my practice in peace. But as to the reason why I do not straightway fight with you, this too I will tell you. For we Scythians have no towns or planted lands, that we might meet you the sooner in battle, fearing lest the one be taken or the other wasted. But if nothing will serve you but fighting straightway, we have the graves of our fathers; come, find these and essay to destroy them; then shall you know whether we will fight you for those graves or no. Till then we will not join battle unless we think it good.
The description indicates that the Scythians against whom Darius was warring had no center of gravity. King Darius’ military campaign into Scythia (modern Ukraine) went for nothing. As he could not catch them, the Scythians burnt their own their fields, destroyed Persian supplies, and harassed his forces with hit and run tactics.
In the end, Darius turned his large army around and headed home before it was annihilated.
3. The Parthians (light cavalry)
The Parthian horsemen are much like the Scythians.
The Parthians also known as the Parni/Aparni, originated from eastern Iran and like the Scythians, wore light attire, carried a composite bow and a sidearm — possibly a sword or a dagger. What made the Parthian horse archers so powerful was their ability to hit and run, and this was demonstrated at the Battle of Carrhae in 53 BCE between the Roman Republic and the Parthian Empire.
(Photo Wikimedia Commons)
The Roman general Crassus led his Roman legions into the desert wilderness thinking they were going to face a pussycat. Instead, they found themselves face-to-face with an equal foe. Once Crassus gave the order to form a square, the Parthian horse archers saw an opportunity. They showered the Romans with raining death.
The average Parthian horse archer, with a quiver of 30 arrows, loosed between eight to ten arrows a minute at Carrhae. It would take almost three minutes to exhaust his arsenal before needing to be resupplied. The amount of Parthian horse archers at the battle is estimated at 10,000. Now, if all 10,000 fired away for 20 minutes, the amount of arrows fired by an individual horse archer would have been between 160-200 arrows. Take 10,000 and the amount of arrows fired upon the Roman soldiers are estimated to have been an astounding 1.6-2 million arrows in a 20-minute timeframe.
In the convulsion and agony of their pain they writhed as the arrows struck them; the men broke them off in their wounds and then lacerated and disfigured their own bodies by trying to tear out by main force the barbed arrow heads that had pierced through their veins and muscles.
Romans could do little, for if they break formation they are dead, if they stand still they are dead but have a chance. Only nightfall saved them. While the Parthian horse archers showered the Romans with death, the Parthian cataphract was the hammer.
4. The Parthian Cataphract (heavy armored cavalry)
When it comes to heavy cavalry in the ancient world, the Parthian cataphract takes the lead.
Parthian heavy armored cataphract. (Photo from Wikimedia Commons)
The word cataphract comes from the Greek Kataphraktos means “completely enclosed.” The origins of the cataphract may not have started with the Parthians but with the Massagetae, who also inhabited portions of Eastern Iran three centuries before the arrival of the Parthians. If you want more info on this, click “here.”
The Parthian cataphract in many ways looked like the medieval knights of Europe. What made them so effective on the field of battle was that the rider and horse were covered in armor. The rider would carry a lance, sword, and presumably a bow.
At the Battle of Carrhae, the cataphract would charge into Roman lines once the legions locked shields to protect themselves from the arrows. According to Plutarch, the cataphracts would hit the lines with such a force that “many (Romans) perished hemmed in by the horsemen. Others were knocked over by the pikes or were carried off transfixed.”
This hit and run attack would go on for some time until the Roman broke and fled.
5. Late Roman Equites Cataphractarii and Sassanid Clibanarii (very heavily armored cavalry)
It may be an understatement to say that Equites cataphractarii were heavy cavalry as they were indeed the heaviest of the bunch.
among them were the full-armoured cavalry (whom they called clibanarii or cataphracti equites), all masked, furnished with protecting breastplates and girt with iron belts, so that you might have supposed them statues polished by the hand of Praxiteles, not men. Thin circles of iron plates, fitted to the curves of their bodies, completely covered their limbs; so that whichever way they had to move their members, their garment fitted, so skilfully were the joinings made
The Clibanarii were Sassanid. However, the Sassanids also used this term to describe the Equites cataphractarii. The description provided by Ammianus Marcellinus about the Clibanarii goes as follows:
Moreover, all the companies were clad in iron, and all parts of their bodies were covered with thick plates, so fitted that the stiff joints conformed with those of their limbs; and the forms of human faces were so skilfully fitted to their heads, that, since their entire bodies were plated with metal, arrows that fell upon them could lodge only where they could see a little through tiny openings fitted to the circle of the eye, or where through the tips of their noses they were able to get a little breath. Of these some, who were armed with pikes, stood so motionless that you would think them held fast by clamps of bronze.
The Persians opposed us serried bands of mail-clad horsemen in such close order that the gleam of moving bodies covered with closely fitting plates of iron dazzled the eyes of those who looked upon them, while the whole throng of horses was protected by coverings of leather.
So who had the best cavalry in the ancient world? Well, the answer to that question is the various nomads who dotted the Eurasian Steppe, Central Asia, and the Iranian plateau. These various nomads are the ones who not only perfected horse archery and heavy cavalry, they also brought civilization the chariot.
However, horse archers and heavy cavalry — no matter the kingdom — would come to an end once the gunpowder age arrived. Eventually new tactics took the rider off his mount and placed him into a tank.
Marine Corps Lt. Gen. Lewis B. “Chesty” Puller wasn’t just a great warfighter, he was an icon of Marine military prowess and culture, embodying and helping shape what it would mean to be a 20th-Century Marine. Here are five times that Puller proved himself to be one of the greatest Marines, from heroics to hard work to partying, this is the warrior your platoon sergeants told you about:
His legendary breakout from Chosin Reservoir
It was possibly Puller’s most heroic feat. Puller was temporarily in command of the 1st Marine Division when Chinese forces overwhelmed American and UN troops at the Battle of the Chosin Reservoir. The entire X Corps was vulnerable to annihilation at the hands of the Chinese, but the top commanders had a workable plan to save the tens of thousands of soldiers and Marines. That plan relied on 1st Marine Division.
The Marines, under Chesty, served at times as both vanguard and rearguard for the “advance in a different direction” that was, effectively, a withdrawal. Puller kept his men’s morale up as they knocked three Chinese divisions out of the fight despite constant supply shortages and the necessity of leapfrogging their artillery. This saved thousands of American lives and helped ensure that the Chinese advance could be halted before South Korea was lost.
Guadalcanal, from smoking under bombardment to directing naval artillery
Then-Lt. Col. Puller landed on Guadalcanal in September, 1942, as the proud commander of the 1st Battalion, 7th Marine Regiment. Unfortunately, he was the only member of the unit with combat experience, and he had to keep his men on the straight and narrow. On their first night, the Marines came under naval bombardment and many had failed to dig their assigned foxholes.
The jungle fighting was fierce, and Puller was in charge of leading jungle raids and patrols against rebels in Haiti and then Nicaragua. It was in Nicaragua that he earned his first two Navy Crosses, both awarded for valor under fire. One was for leading five successful raids on an extensive mission, and the other was for leading his platoon back safely after defeating multiple well-prepared ambushes that left Gunnery Sgt. William “Ironman” Lee wounded.
A dedication to close combat that included mounting bayonets on flamethrowers
Puller was known, at least in part, for his bomb quotes. You know, things like, “don’t forget that you’re First Marines! Not all the Communists in hell can overrun you!” and “hit hard, hit fast, hit often.” But one of his most iconic quotes came when he first saw a flamethrower demonstration.
“Where the Hell do you put the bayonet?” he asked. And like all three of those quotes show, Puller believed in violence of action, in closing with the enemy and killing them before they could kill you. That mentality was part of what made him such an icon in a Marine Corps on the rise, transforming itself from a largely reserve force of the Civil War to one of the dominant fighting forces of World War II, Korea, and today.
A tendency to accrue legends, some based in fact and others in fiction
And, like the Marine Corps itself, Puller had a tendency to accrue legends — some completely true, some plausible, and some over-the-top. The true ones included things like when he led an overnight defense against a mile-long assault by Japanese forces on Guadalcanal and the aforementioned victories at Chosin and in Nicaragua.
There’s ongoing debate among historians and military history buffs about which general was better, Grant or Lee? Or maybe the question should be Sherman or Jackson? The name you never hear in these debates is George H. Thomas, who is arguably better than all of them, because he would not publicize himself or allow history to give him the credit he richly deserves.
Thomas cut his teeth in the Mexican War under General Zachary Taylor. There, he learned the harsh lessons that come with poor planning and poor logistics. He also learned to trust the fundamentals of fielding an Army and keeping it secure — a lesson that would later earn him the nickname “The Soldier’s Soldier” from enlisted Union Men.
But when Civil War came, Gen. Thomas was not well-trusted by President Lincoln, seeing as Thomas was born a Virginian — and your home state really meant something at the time. Thomas remained a loyal Union man because his wife was born in the North and, considering his skill as a leader, we should be glad he was. Still, his family turned their backs on him, President Lincoln never accepted him, and other officers never trusted him, but that didn’t matter. He did whatever was asked of him with whatever tools his superiors gave him without complaint.
The main tool they gave him was the battered, bloodied, and often undisciplined rabble from Tennessee, Kentucky, and Ohio, many of whom were basically thrown into the meat grinder at Shiloh by General Ulysses S. Grant (whose mismanagement of the battle nearly lost it for the Union). Conversely, Thomas, known by his fellow officers at the beginning of the war as “Slow Trot,” emphasized planning, preparation, and attention to detail — and how it made a difference when the bullets started to fly.
Thomas did not get an easy start in the Civil War, however. His first opponent was General Thomas “Stonewall” Jackson’s cavalry shortly before the Battle of Bull Run. Though first Bull Run pitted even numbers of Northern troops against Southern, the North performed terribly. They broke and ran in a disastrous rout — all except Thomas’ cavalry. Thomas earned a promotion to brigadier for manhandling Jackson’s cavalry.
His next opponent was Albert Sidney Johnston, the Texan whom Confederate President Jefferson Davis considered the best officer before Robert E. Lee’s rise. The North needed a win — any win — to boost morale. Thomas gave it to them, plowing the Confederates at Mill Springs and pushing them into the Cumberland River. In doing so, he completely smashed Johnston’s hold on Kentucky.
By 1863, Thomas was moving into Tennessee as second to Gen. William Rosecrans, pushing Confederate General Braxton Bragg out of Chattanooga. Believing Bragg was in full retreat, Rosecrans marched the Army of the Cumberland into a trap. Bragg hit Rosecrans at a place called Chickamauga Creek — “the River of Death” according to the the Cherokee.
As James Longstreet committed his men, veterans returning from the fighting at Gettysburg, to the battle, the Union right flank began to fold. Rosecrans began riding for Chattanooga, some of his officers in tow — but Thomas wasn’t going anywhere. As fleeing men came into his sphere, he reorganized them along a ridge and implored them to hold the line at any cost. With the support and guidance of General Thomas’, or “Old Reliable,” as he was called by his men, they held off the Confederates long enough to save the Army of the Cumberland, along with the Union hold on Tennessee.
Grant wrote off Thomas’ army as used-up during the Battle for Chattanooga. Thomas and the Army of the Cumberland were to hold until all the attacking armies in position to advance on Chattanooga. But when Grant’s plan fell apart, Thomas had to move his army to support General Sherman’s troops, who were struggling. Not only did Thomas’ men relieve Sherman’s troops, they forced the Confederate Army from the field.
Despite his higher rank and superior ability, Grant instead chose William T. Sherman to lead the march on Atlanta. Still, Thomas commanded most of Sherman’s infantry and protected the column as it moved south into Georgia. After they took the city, Confederate General John B. Hood moved North, deftly avoiding the Union Army and moving into Nashville. Sherman reduced the Army of the Cumberland and ordered Thomas to take the remaining troops north in pursuit.
He destroyed Hood’s entire army, earning the nickname the “Hammer of Nashville.”
After the war, Thomas stayed in the military for the rest of his days. He was never celebrated like his contemporaries and he never bothered to publish memoirs of his time in combat. He even deliberately burned his notes to keep someone else from doing it in his stead. Grant, Sherman, and Sheridan would sometimes give him credit, but always with the caveat that he was slow.
“Time and history will do me justice,” Thomas said before his death in 1870.
At the outbreak of World War II, a British engineer named Dr. Barnes Wallis sat in his office and wondered what he could do to make the war end sooner. He probably thought long and hard about all sorts of rational things he could do, until he finally decided to weaponize earthquakes.
The goal was to create a weapon that could deliver a large explosive package deep into the earth near the foundations of target buildings. The explosion would then create a shockwave that moved through the earth and shifted the buildings’ foundations.
Initial designs called for a 20,000-pound bomb released from 40,000 feet that would break the sound barrier on its decent.
When Wallis initially presented his plans to British military leaders, he was blown off. There were no planes capable of getting a 20,000-pound payload off the ground, let alone up to 40,000 feet.
Bouncing bombs skipped across the surface of the water, successfully bypassing anti-torpedo nets and destroying German dams at the Möhne reservoir, the Eder river, and the Sorpe river. When the bouncing bombs were successful, British generals were open to revisiting Wallis’s earthquake bombs.
New British bombers, the Lancasters, were capable of carrying a 12,000-pound weapon up to 18,000 feet. Wallis revised his designs to fit the bill, and the first earthquake bomb was created.
Dubbed the “Tallboy,” the bombs were first used to collapse a railway tunnel near Saumur in western France on June 9, 1944, stopping a Panzer unit from attacking Allied troops moving east after D-Day. The bombs worked perfectly, shaking the mountain and collapsing a portion of tunnel.
The bomb would also be used to destroy sites used to manufacture and launch V-1 rockets, submarine pens, canals and viaducts, and the massive battleship Tirpitz. A total of 854 were dropped during the war.
After the success of the Tallboys, the RAF purchased an even larger earthquake bomb designed by Wallis. The “Grand Slam” was a 22,000-pound behemoth that worked on the same principle as the Tallboys. It was tested against a bunker in England in March 1945 and then used against nine sites in Germany.
The new bomb was so big, the planes carrying it had to have their bomb bay doors removed because the bomb was larger than the closed bays. The massive Grand Slam was used against viaducts, bridges, and submarine pens to great effect.
A pinnacle of wartime technology, the HMS Trident was supposed to patrol the Atlantic, doing submarine things. Maybe sink a ship or two, enforce the blockade, and smuggle a reindeer from Russia to England. If that last part sounds more like the plot of a Nickelodeon cartoon than a World War II mission, then you clearly don’t understand diplomacy.
Our stage is World War II, 1941. America is the Arsenal of Democracy but is not yet formally part of the war. Russia and England are the bookends to a powerful and super-evil Nazi Germany, and Germany is busily invading the latter while trying to contain the former.
Britain and Russia were not natural allies. Britain had interceded in the Russian Civil War in 1918 on the losing side, and many veterans of that war were still kicking in 1941. Some were resentful. Some, certainly, would’ve cheered if Germany had invaded the British Isles in 1940 and conquered it.
But Hitler made strange bedfellows. And so a Russian bear cuddled up to the British crown, and much canoodling was had by all. But young romances rely on careful gestures, and one side cannot spurn the gift of another. Which brings us to the strange events of the HMS Trident in 1941.
Again: This was the international diplomacy equivalent of a new high school romance. If the cute girl passes you a photo of her, even if it also shows her disapproving grandpa and some unsightly dental headgear, you give the photo a kiss, smile at the girl, and then tuck the photo into the door of your locker.
And so the British set sail for another six weeks of wartime patrol. Pollyanna often slept in the captain’s cabin next to his bunk. And, according to the BBC, she would trot to the control room and wait for the hatch to open when fresh air was allowed in. The moss eventually ran out, and the crew fed Pollyanna scraps from their meals.
When the sub returned to England, it took a bit of work to get Pollyanna back out. The moss and the table scraps had taken their toll, and the young reindeer was too large to make it back out of the torpedo tube. Instead, she was winched out through the top.
Polly went to the zoo and was reportedly happy, though she did have a few quirks from her submarine service. George Malcolmson, a Royal Navy Submarine Museum Archivist, said, “It was rumoured that she never forgot her submarine career, for whenever she heard bells or a sound like a submarine tannoy, she would lower her head as though preparing for diving stations.”
Pollyanna died at the zoo five years later, the same week that the HMS Trident was sent to the breakers yard to be reduced for scrap.
Personally nominated for the Nobel Prize a record 84 times, Arnold Johannes Wilhelm Sommerfeld was one of the most influential physicists of all time, both because of his own accomplishments in the field and the many dozens of his students who turned into superstars in the world of science (including having four doctoral students go on to win the Nobel Prize, along with three of his other postgraduate students also taking home the award- the most eventual Nobel laureates all taught by one person).
Born on December 5, 1868 in Königsberg, East Prussia, Sommerfeld began his career as a student of mathematics and the physical sciences at Albertina (aka University of Königsberg) in his hometown, where he received a Ph.D. on October 24, 1891.
After a year of compulsive military service ended in 1893, unlike so many academics of his era, Sommerfeld continued to serve as a volunteer for the next eight years on the side. Physically impressive, with a Prussian bearing and wearing a fencing scar on his magnificently mustachioed face, while in the service, Sommerfeld was famously described as managing “to give the impression of a colonel of the hussars,” rather than a book-worm academic.
As for that scar, in his first year of study, the near “compulsory drinking bouts and fencing duels” not only resulted in said scar, but also hindered his studies significantly, which he later came to regret as wasted time.
Apparently making up for lost efforts in his youth, Sommerfeld left Königsberg for the University of Göttingen and after two years as an assistant to more experienced mathematics professors, he earned his Privatdozent (authorization to teach at the university level) in 1895. Rapidly moving up the ranks, he was appointed to chair the mathematics department at the Bergakademie in Clausthal-Zellerfeld in 1897. The following year, he became editor of the famous Enzyklopädie der mathematischen Wissenschaften, a post he held through 1926.
Sommerfeld moved on to become Chair of Applied Mechanics at the Königliche Technische Hochschule Aachen, and it was in Aachen that he produced his theory of hydrodynamics. Also at Aachen, Sommerfeld mentored Peter Debye, who later won the Nobel Prize in Chemistry in 1936 for “his contributions to the study of molecular structure.”
In 1906, Sommerfeld accepted the position as director of the new Theoretical Physics Institute at the University of Munich, where he mentored Werner Heisenberg in hydrodynamics theory; Heisenberg later won the Nobel Prize in Physics in 1932 “for the creation of quantum mechanics.”
While in Munich, Sommerfeld also mentored Wolfgang Pauli on his thesis on quantum theory, and Pauli also went on to win a Nobel Prize in Physics, in 1945, for his discovery of the eponymous Pauli exclusion principle (which stated that two or more identical fermions can not be in the same quantum state within a quantum system at the same time).
If all that wasn’t enough, he also mentored Hans Bethe while at the University of Munich; Bethe was awarded the Nobel Prize in Physics in 1967 for his theory of stellar nucleosynthesis (i.e., when chemical elements in stars change due to nuclear fusion).
While his own direct contributions to advancing the world of physics were prodigious, including his pioneering work in quantum theory, it was arguably for his teaching ability that Sommerfeld was most revered in his lifetime, with Albert Einstein once remarking, “What I especially admire about you is that you have, as it were, pounded out of the soil such a large number of young talents.”
Mathematician Morris Kline further stated of Sommerfeld that he “was at the forefront of the work in electromagnetic theory, relativity and quantum theory and he was the great systematizer and teacher who inspired many of the most creative physicists in the first thirty years of this century.”
Famed Jewish mathematician, physicist, and Nobel Prize winner Max Born (who was forced to flee Germany in 1933) went on about Sommerfeld’s talent for cultivating young minds who so often went on to great scientific achievements of their own:
Theoretical physics is a subject which attracts youngsters with a philosophical mind who speculate about the highest principles without sufficient foundations. It was just this type of beginner that he knew how to handle, leading them step by step to a realisation of their lack of actual knowledge and providing them with the skill necessary for fertile research. … He had the rare ability to have time to spare for his pupils, in spite of his duties and scientific work. … In this friendly and informal way of teaching a great part was played by invitations to join a skiing party on the ‘Sudelfeld’ two hours by rail from Munich. There he and his mechanic … were joint owners of a ski hut. In the evenings, when the simple meal was cooked, the dishes were washed, the weather and snow properly discussed, the talk invariably turned to mathematical physics, and this was the occasion for the receptive students to learn the master’s inner thoughts.
Going on about the man himself, Born stated,
Arnold Sommerfeld was one of the most distinguished representatives of the transition period between classical and modern theoretical physics. The work of his youth was still firmly anchored in the conceptions of the nineteenth century; but when in the first decennium of the century the flood of new discoveries, experimental and theoretical, broke the dams of tradition, he became a leader of the new movement, and in combining the two ways of thinking he exerted a powerful influence on the younger generation. This combination of a classical mind, to whom clarity of conception and mathematical rigour are essential, with the adventurous spirit of a pioneer, are the roots of his scientific success, while his exceptional gift of communicating his ideas by spoken and written word made him a great teacher.
Adding to his list of achievements, Sommerfeld eventually became chair of the Deutsche Physikalische Gesellschaft in 1918, a position previously held by Albert Einstein.
With the rise of the Nazi party in Germany, however, Sommerfeld was forced to watch many of his esteemed colleagues have to flee the country. As the aforementioned Morris Kline notes,
Sommerfeld’s life was saddened toward the end of his career by events in Germany. Anti-Semitism, always present in that country, became virulent in the Hitler period and Sommerfeld was obliged to witness the emigration of famous colleagues, including Einstein. All he could do was use the friendships he had built up during a one-year stay in the United States and a one-year round-the-world trip to help place the refugees. The loss of so many of its best men in this way together with World War II, destroyed the scientific strength of Germany, and Sommerfeld felt obliged to continue teaching until 1947, long after the usual retirement age of 65.
On that note, Sommerfeld had intended to retire much earlier, in 1936, putting forth one of his prized pupils, the aforementioned Nobel Prize winner Werner Heisenberg, as his hoped successor. However, as Heisenberg, like Sommerfeld, was considered by the Nazi party to be a Jewish sympathizer, ultimately the decidedly unaccomplished anti-Semite Wilhem Muller, with a lot of help from the Reich Education Ministry, was very controversial appointed to replace Sommerfeld as Professor of Theoretical Physics, despite Muller not even being a theoretical physicist. (Unsurprisingly, Muller was dismissed from the position in 1945 as a part of the denazification process that followed WWII.)
As for Sommerfeld’s once patriotic views, he wrote to Einstein shortly after Hitler took power,
I can assure you that the misuse of the word ‘national’ by our rulers has thoroughly broken me of the habit of national feelings that was so pronounced in my case. I would now be willing to see Germany disappear as a power and merge into a pacified Europe.
In any event, as for his own Nobel Prize aspirations, as alluded to, Sommerfeld’s contributions to theoretical physics were many and included groundbreaking work in quantum theory (including co-discovering the Sommerfeld-Wilson quantization rules in 1915), electromagnetism and hydrodynamics, and significantly advanced knowledge of X-ray wave theory, among other things.
Among his many awards were the Max-Planck Medal, the Lorentz Medal and the Oersted Medal, and he was also a member of the Royal Society, the U.S. National Academy of Sciences, the Indian Academy of Sciences and the Academy of Sciences of the USSR.
However, although he was nominated an astounding and record setting 84 times (the only other person close is Otto Stern, who was nominated 82 times before finally winning in 1943), Sommerfeld never won a Nobel Prize. His nominations for Physics were made in 1917, 1918, 1919 (twice), 1920, 1922 (four times), 1923 (twice), 1924, 1925 (six times), 1926 (three times), 1927 (three times), 1928 (three times), 1929 (nine times), 1930 (four times), 1931 (twice), 1932 (five times), 1933 (eight times), 1934 (six times), 1935, 1936 (twice), 1937 (eight times), 1940, 1948, 1949 (three times), 1950 (three times) and 1951 (four times).
Sommerfeld died on April 26, 1951 at the age of 82 as a result of a traffic accident that occurred while taking his grandchildren for a walk. At the time, he was quite hard of hearing and did not hear shouted warnings before he stepped in front of a moving truck. The distinguished scientist died two months later as a result of the injuries sustained in that incident.
Originally published on Today I Found Out in November 2017.