Elon Musk’s plan to station thousands of satellites above the Earth is already starting to annoy astronomers.
Starlink is the project launched by Elon Musk’s space exploration company SpaceX which aims to put up to 42,000 satellites in orbit with the aim of bringing high-speed internet to even the most remote corners of the globe.
Though only 120 of the satellites are up and running, they’re already wreaking havoc with astronomical research.
The brightness of the satellites mean that when they cross a piece of sky being watched by a telescope, they leave bright streaks that obscure stars and other celestial objects.
Last week astronomer Clarae Martínez-Vázquez of the Cerro Tololo Inter-American Observatory (CTIO) in Chile tweeted that 19 Starlink satellites crossed the sky and disrupted the work of the observatory because they were so bright they affected its exposure. “Rather depressing… This is not cool,” she added.
Dr Dave Clements of Imperial College London told Business Insider that SpaceX is applying a typically Silicon Valley approach to Starlink, rushing it through without fully thinking through the consequences.
“I’m very concerned about the impact of SpaceX’s Starlink constellation on all aspects of astronomy,” he said.
“Move fast and break things might be workable when you’re breaking a competitor’s business model or the outdated assumptions of an industry, but in this case Musk is breaking the night sky for personal profit. That is unacceptable, and is not something you can fix when you’re out of beta. The launches should stop until a solution is agreed with astronomers, professional and amateur.”
Clements added that the Starlink satellites also interfere with radio astronomy.
“They transmit in bands used by radio astronomers, especially at high frequencies. While these bands are used by other transmitters on the ground, we cope with that by having radio silent preserves around the telescopes. This won’t work when the Sky is full of bright satellite transmitters so Musk might be ruining several kinds of astronomy at once,” he said.
View of Starlink satellites.
Researchers working on a new state-of-the-art observatory due to open next year told the Guardian that private satellites launched by SpaceX, Amazon, and other private firms threaten to jeopardise their work.
Astronomers at the yet-to-open Large Synoptic Survey Telescope (LSST) ran simulations which suggested the vast majority of images taken by the telescope could be ruined by bright private satellites passing by.
The disruption caused by Starlink has not come as a surprise to the scientific community.
When SpaceX launched its last batch of 60 satellites earlier this month James Lowenthal, Professor of Astronomy at Smith College told the New York Times the project could majorly complicate astronomical research. “It potentially threatens the science of astronomy itself,” he said.
SpaceX was not immediately available for comment when contacted by Business Insider.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
During her research, she found that five components mark successful investors, including those who are rich: a personality for risk, a high-risk preference, confidence in investing, composure, and knowledge regarding investments and investing.
But millionaire investors do one thing differently: They make more effort with the final component.
“They spend time building knowledge and expertise in managing investments,” Stanley Fallaw wrote.
Millionaire investors spend more time planning for future investments
According to her, millionaire investors spend an average of 10.5 hours a month studying and planning for future investments. That’s nearly two hours more than under-accumulators of wealth — defined as those with a net worth less than one-half of their expected net worth based on age and earnings — who spend 8.7 hours a month doing so.
In her study, 55% of millionaires said they believe their investing success is because of their own efforts in studying and becoming educated, rather than advice provided by professionals.
“Their literacy in financial matters means that they are more tolerant of taking investment-related risks,” Stanley Fallaw wrote. “Future outlook and financial knowledge typically relate to taking greater financial risk, so the time they spend in managing and researching investments helps in decision-making.”
Financial literacy is related to financial “success” outcomes more so than cognitive ability, according to Stanley Fallaw. Having the knowledge required to make appropriate financial decisions — along with a long-term and future-oriented outlook, as well as a calm manner — allows millionaires to make better financial decisions, she said.
Millionaires also favor index funds
Millionaire investors also have something in common when it comes to investing strategies: They act simply, according to John, who runs the personal-finance blog ESI Money and retired early at the age of 52 with a million net worth. He interviewed 100 millionaires over the past few years and found that many of them use the same investing strategy: investing in low-cost index funds.
“The high returns and low costs of stock index funds (I personally prefer Vanguard as do many millionaires) are the foundation that many a millionaire’s wealth is built upon,” he wrote in a blog post.
“Index funds are the most straightforward, cheapest, and most likely way to see strong long-term returns,” the former hedge-fund manager Chelsea Brennan, who managed a id=”listicle-2633716796″.3 billion portfolio, previously wrote in a post for Business Insider. “Index mutual funds offer instant diversification and guarantee returns equal to the market — because they are the market.”
Even the billionaire investor Warren Buffett has championed low-cost investing, often recommending Vanguard’s SP 500 index fund for the average investor, Business Insider reported. He previously called index funds “the most sensible equity investment.”
Personal Finance Insider offers tools and calculators to help you make smart decisions with your money. We do not give investment advice or encourage you to buy or sell stocks or other financial products. What you decide to do with your money is up to you. If you take action based on one of the recommendations listed in the calculator, we get a small share of the revenue from our commerce partners.
Stealth is becoming more and more common — but just because you designed an invisible (to radar) plane doesn’t mean the job is done. Far from it, to be very blunt. In fact, the job’s only half done.
You see, the plane isn’t the only thing that the radar waves bounce off of. They also will reflect very well off of the missiles your F-35 carries. All the stealth tech does no good if the stuff you intend to drop on the bad guys is seen on radar while you’re still minutes — or even an hour — away.
At SeaAirSpace 2017, mock-ups of a number of new missiles in development were displayed, so more can be carried internally on the F-35 and other stealthy jets (like the B-21 and B-2, for instance). In essence, this is taking concealed carry to a whole new level.
For instance, one such weapon being displayed was the Advanced Anti-Radiation Guided Missile – Extended Range. The AARGM-ER is a development of the AGM-88E AARGM, in essence: a vastly upgraded HARM. AARGM is already in service with the Navy, with more being produced, and it is used on the F/A-18C/D/E/F Hornet and Super Hornet airframes on their pylons, easily the most capable anti-radar missile they have ever carried.
But with the F-35, there is a problem — those big-ass fins on the AARGM. That means AARGM has to be carried externally, which means the F-35 will be seen. If the F-35 is seen, an enemy will shoot at it. And when the enemy shoots at a F-35, they could hit it — and if the plane is hit, it could be shot down. That’ll ruin everyone’s day.
Where AARGM-ER, though, seeing the F-35 becomes much, much harder. Why? The answer is what you don’t see. The big fins in the middle of the AARGM aren’t there. The tail fins have also been pared back. This means the missile can now fit in the internal weapons bay.
In other words, the F-35 now can get closer — and the AARGM-ER will not only fit in the weapons bay, it can also be fired from twice as far as the current AARGM. It’s as if this missile has been designed to put down the Russian S-400 surface-to-air missile system, also known as the SA-21 Gargoyle.
AARGM-ER isn’t the only missile at SeaAirSpace 2017 designed for internal carriage. Kongsberg’s Joint Strike Missile is also being designed for internal carry on the F-35. In short, the F-35 will be practicing a very potent form of concealed carry.
For more than 50 years, the Northrop T-38 Talon has been the principal supersonic jet trainer used by the U.S. Air Force. The twin jet-powered aircraft, which has tandem-seats for the instructor and student pilot, is the world’s first supersonic trainer.
Air Education and Training Command is the primary user of the T-38 for joint specialized undergraduate pilot training. Air Combat Command and the Air Force Materiel Command also use the T-38A in various roles.
Its design features swept wings, a streamlined fuselage and tricycle landing gear with a steerable nose wheel. Critical components can be easily accessed for maintenance and the aircraft boasts an exceptional safety record.
More T-38s have been produced than any other jet trainer and have been used by the U.S. Navy, NASA, and many foreign air forces in addition to the Air Force.
More than 1,100 were delivered to the Air Force between 1961 and 1972 when production ended.
In 1953, Northrop Corporation engineers envisioned developing a small twin-engine “hot-rod” fighter. It would be decidedly different from the majority of early jet designs, which tended towards large, single and heavy engines.
A Northrop YT-38-5-NO 58-1191 in flight over Edwards Air Force Base, Calif., 10 April 1959.
(US Air Force photo)
The N-156 project began in 1954 with the goal of producing small, agile fighters that could operate from the decks of the Navy’s smallest escort carriers. That market disappeared as the Navy focused on large carriers. However, Northrop continued development with the goal of selling the lightweight fighter to allied air forces.
Then, in the mid-1950s the Air Force issued a General Operating Requirement for a supersonic trainer. Northrop entered a modified N-156 and won the competition, receiving an order for three prototypes, the first of which, designated YT-38, flew in April 1959. The first production T-38 Talons were delivered to the Air Force in 1961. By the time production ended in 1972, 1,187 T-38s had been built.
AETC utilized the T-38A to train Air Force pilots that would eventually fly diverse operational aircraft, such as the F-4 Phantom II, the SR-71, the KC-135 and the B-52 in the 1960’s and 70’s. At the same time, the AT-38B variant was equipped with a gun sight and practice bomb dispenser specifically for weapons training.
A T-38 Talon flies in formation, with the B-2 Spirit of South Carolina, during a training mission over Whiteman Air Force Base, Mo., Feb. 20, 2014.
(Photo by Staff Sgt. Jonathan Snyder)
In 2001, most T-38As and T-38Bs were being converted to the T-38C, with its “glass cockpit” of integrated avionics, head-up display and electronic “no drop bomb” scoring system, which has prepared student pilots for flying everything from the A-10 to the B-2 to the F-22.
Advanced JSUPT students fly the T-38C in aerobatics, formation, night, instrument, and cross-country navigation training. Test pilots and flight test engineers are trained in T-38s at the U.S. Air Force Test Pilot School at Edwards Air Force Base, California.
AFMC uses the T-38 to test experimental equipment, such as electrical and weapon systems.
Two T-38 chase planes follow Space Shuttle Columbia as it lands at Northrop Strip in White Sands, NM, ending its mission STS-3.
Pilots from most NATO countries train in the T-38 at Sheppard AFB, Texas, through the Euro-NATO Joint Jet Pilot Training Program.
NASA uses T-38 aircraft as trainers for astronauts and as observation and chase planes on programs such as the Space Shuttle.
Did you know?
In 1962, the T-38 set absolute time-to-climb records for 3,000, 6,000, 9,000 and 12,000 meters, beating the records for those altitudes set by the F-104 in December 1958.
A fighter version of the N-156 was eventually selected for the U.S. Military Assistance Program for deployment in allied air forces. It was produced as the F-5 Freedom Fighter, with the F-5G advanced single-engine variant later renamed the F-20 Tigershark.
Although upgrades are expected to extend the T-38C’s service life past 2020, the Air Force has launched the T-X Program and is engaged in a prototype competition to replace it.
In response to the 1973 OPEC oil embargo, from 1974 to 1983, the U.S. Air Force flight demonstration team, the Thunderbirds, adopted the T-38 Talon, which used far less fuel than the F-4 Phantom.
The USAF Thunderbirds, T-38A “Talon” aircraft, fly in formation in this autographed picture dating back to 1977.
(US Air Force photo)
Primary Function: Advanced jet pilot trainer
Builder: Northrop Corp.
Power Plant: Two General Electric J85-GE-5 turbojet engines with afterburners
Thrust: 2,050 pounds dry thrust; 2,900 with afterburners
Thrust (with PMP): 2,200 pounds dry thrust; 3,300 with afterburners
Length: 46 feet, 4 inches (14 meters)
Height: 12 feet, 10 inches (3.8 meters)
Wingspan: 25 feet, 3 inches (7.6 meters)
Speed: 812 mph (Mach 1.08 at sea level)
Ceiling: Above 55,000 feet (16,764 meters)
Maximum Takeoff Weight: 12,093 pounds (5,485 kilograms)
Range: 1,093 miles
Armament: T-38A/C: none; AT-38B: provisions for practice bomb dispenser
Unit Cost: 6,000 (1961 constant dollars)
Crew: Two, student and instructor
Date Deployed: March 1961
Inventory: Active force, 546; ANG, 0; Reserve 0
This article originally appeared on Airman Magazine. Follow @AirmanMagazine on Twitter.
The KV-1 and KV-2 are recognized as being amongst the most heavily armoured tanks deployed during WW2. At least initially largely impervious to anything less than a direct, point-blank hit from a dedicated anti-tank weapon, the KV series was so formidable that the first time the Wehrmacht encountered them, Soviet soldiers destroyed dozens of anti-tank guns by simply driving towards them in a straight line and running them over.
Introduced in 1939 and named for famed Soviet officer Kliment Voroshilov — a man who once personally tried to attack a German tank division with a pistol — the KV series was designed to replace the T-35 heavy tank, which was somewhat mechanically unreliable and costly to produce. The extremely heavily armoured KV series was first deployed during the Soviet Union’s 1939 war with the Finnish and then subsequently used throughout WW2.
The KV series was effectively designed with a single feature in mind — survivability. Towards this end, it was equipped with exceptionally thick armor. While this thickness varied somewhat based on model, for reference the KV-1 boasted armor that was 90 millimeters thick (3.5 inches) on the front and 70 millimeters (2.8 inches) on the rear and sides.
Of course, there’s always a trade-off in anything, and the thickness and weight of the KV’s armor came at the expense of almost everything else. The tank was slow, had limited maneuverability and firepower relative to what you’d expect from a tank this size, and, to top it all, had exceptionally poor visibility. In fact, it’s noted that Soviet commanders frequently complained about the tank, despite the defensive protection it offered. These sentiments weren’t echoed by the German troops who initially encountered this moving shield.
A 1939 KV-1 model.
The KV-1 and KV-2 (the two most popular models of the tank) were nearly invincible during initial skirmishes with the Germans, as few anti-tank weapons they possessed could punch a hole through the armor, and even the ones that could required uncomfortably close range to do it.
As noted by an unspecified German solider in a 1949 report compiled by the U.S. Army’s Historical Division,
…there suddenly appeared for the first time a battalion of heavy enemy tanks of previously unknown type. They overran the armored infantry regiment and broke through into the artillery position. The projectiles of all defense weapons (except the 88-mm. Flak) bounced off the thick enemy armor. Our hundred tanks were unable to check the twenty enemy dreadnaughts, and suffered losses. Several Czech-built tanks (T 36’s) that had bogged down in the grain fields because of mechanical trouble were flattened by the enemy monsters. The same fate befell a 150-mm. medium howitzer battery, which kept on firing until the last minute. Despite the fact that it scored direct hit after direct hit from as close a range as two hundred meters, its heavy shells were unable to put even a single tank out of action…
The KV-1 and KV-2, which we first met here, were really something! Our companies opened fire at about 800 yards, but [they] remained ineffective. We moved closer and closer to the enemy, who for his part continued to approach us unconcerned. Very soon we were facing each other at 50 to 100 yards. A fantastic exchange of fire took place without any visible German success. The Russian tanks continued to advance, and all armour-piercing shells simply bounced off them. Thus we were presently faced with the alarming situation of the Russian tanks driving through the ranks of 1st Panzer Regiment towards our own infantry and our hinterland. Our Panzer Regiment therefore about turned and rumbled back with the KV-1s and KV-2s roughly in line with them.
The former report also notes that a lone KV tank (the exact model isn’t clear) simply parked in the middle of the road blocking the main supply route and sat there soaking up anti-tank rounds for several days. “There were practically no means of eliminating the monster. It was impossible to bypass the tank because of the swampy surrounding terrain.”
Among the initial armament brought against the troublesome tank were four 50mm anti-tank guns. One by one the tank took them all out suffering no meaningful damage itself.
Frustrated, the Germans commandeered a nearby 88mm anti-aircraft gun, positioning it a few hundred feet behind the tank (basically pointblank range for a gun design to rip planes in half). While this weapon was capable of piercing the tank’s armor at that range, before they could fire, the KV turned the gun’s crew into a pink smear.
A KV-1 on fire, knocked out near Voronezh in 1942.
Next up, the Germans decided to send an engineer crew in under cover of darkness to try to take it out up close and personal. While they did manage to get to the KV and attach demolition charges, it turned out they underestimated the needed explosive power and only a few pieces of the tank’s track were destroyed, leaving the tank still fully functional.
As for the tank crew themselves, they initially received needed supplies to continue their barrage on the Germans via cover of night. However, ultimately the Germans were able to cut off supply access to the tank and then sent a whopping 50 of their own tanks in to take it out, or that was seemingly their plan; while the massive number of tanks were approaching and occupying the attention of the KV crew with their limited visibility, the Germans were able to, according to the 1949 account from the unnamed German soldier, “set up and camouflage another 88-ram. Flak to the rear of the tank, so that this time it actually was able to fire. Of the twelve direct hits scored… three pierced the tank and destroyed it.”
Of course, all good things must come to an end and the KV line’s many limitations saw it quickly go from a near impervious mobile fortress to a virtual sitting duck, with German forces reacting to it by developing new explosive anti-tank rounds fully capable of taking the KV’s out.
While still used throughout the war, once this happened, the KV’s were largely replaced by the more well-rounded T-34 tank. Still, it’s impossible to argue that the KV didn’t make one hell of a first impression, even if, ironically enough, it didn’t have staying power.
This article originally appeared on Today I Found Out. Follow @TodayIFoundOut on Twitter.
Instead, Mattis wants to “ensure that preparation for great power competition drives us, not simply a rotation schedule that allows me to tell you three years from now which aircraft carrier will be where in the world,” said Mattis, referring to war and rivalry with massive military powers like China and Russia as “great power competition.”
Mattis’ solution is quicker, more erratic deployments of aircraft carriers.
(U.S. Navy photo)
“When we send them out, it may be for a shorter deployment,” he said. “There will be three carriers in the South China Sea today, and then, two weeks from now, there’s only one there, and two of them are in the Indian Ocean.”
But rather than eight-month-long deployments typical of aircraft carriers these days, where one single ship could see combat in the Persian Gulf before heading to the Indian Ocean and eventually back home, Mattis wants snappier trips.
“They’ll be home at the end of a 90-day deployment,” Mattis told lawmakers. “They will not have spent eight months at sea, and we are going to have a force more ready to surge and deal with the high-end warfare as a result, without breaking the families, the maintenance cycles — we’ll actually enhance the training time.”
Mattis’ plan for more unpredictable deployments fits broadly with President Donald Trump’s administration’s national defense strategies that prioritize fighting against adversaries like Russia and China, both of which have developed systems to counter US aircraft carriers.
With shorter, more spontaneous deployments of aircraft carriers, Mattis and the Navy could keep Russia and China on their toes.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
In July 1918, militaries were experimenting with aircraft carriers, especially the American and British navies. But, as far as any of the Central Powers knew, carrier operations were an experiment that had borne only limited fruit. No carrier raids had significantly damaged targets ashore. And that was true until July 19, when a flight of Sopwith Camels took off from the HMS Furious and attacked German Zeppelin facilities at Tondern, Denmark.
The British carrier HMS Furious with its split deck.
(Imperial War Museums)
America was the first country to experiment with aircraft carriers after civilian pilot Eugene Ely flew a plane off the USS Birmingham, a modified cruiser, in 1911. But as World War I broke out, the naval power of Britain decided that it wanted to build its own carrier operations, allowing it to float airfields along the coasts of wartime Europe and other continents.
This required a lot of experimentation, and British aviators died while establishing best practices for taking off, landing, and running the decks of carriers. One of the ship experiments was the HMS Furious, a ship originally laid down as a light battlecruiser. It was partially converted during construction into a semi-aircraft carrier that still had an 18-inch gun, then converted the rest of the way into a carrier.
After its full conversion, the Furious had a landing-on deck and a flying-off deck split by the ship’s superstructure. This, combined with the ship’s exhaust that flowed over the decks, made landing tricky.
The Furious and other carriers and sea-based planes had scored victories against enemies at sea. But in 1918, the Royal Navy decided it was time to try the Furious in a raid on land.
Sopwtih Camels prepare to take off from the HMS Furious to attack German Zeppelin sheds in July 1918.
(Imperial War Museums)
On July 19, 1918, two flights of Sopwith Camels launched from the decks with bombs. There were three aircraft in the first wave, and four in the second wave. Even these takeoffs were tricky in the early days, and the second wave of aircraft suffered three losses as it was just getting going. One plane’s engine failed at takeoff, one crashed, and one made a forced landing in Denmark.
But the first wave was still strong, and the fourth bomber in the second wave was still ready and willing to get the job done.
Building housing German Zeppelins burns at Tondern in July 1918.
Hitting Tondern was especially valuable as it was a convenient place from which to attack London. So the four remaining pilots flew over German defenses and attacked the Zeppelins there, successfully hitting two sheds which burst into flames.
Luckily, each of those housed an airship at the time, and the flames consumed them both. They were L.54 and L.60. The Zeppelin L.54 had conducted numerous reconnaissance missions and dropped over 12,000 pounds in two bombing missions over England. The Zeppelin L.60 had dropped almost 7,000 pounds of bombs on England in one mission.
While the destruction of two Zeppelins, especially ones that had already bombed England and so loomed in the British imagination, was valuable on its own, the real victory for England came in making exposed bases much less valuable.
The Western-most bases had been the best for bombing England, especially Tondern which was protected from land-based bombers by its position on the peninsula, but they were now highly vulnerable to more carrier raids. And the HMS Furious wasn’t Britain’s only carrier out there.
Germany was forced to pull its Zeppelins back to better protected bases, and it maintained Tondern as an emergency base, only there to recover Zeppelins that couldn’t make it all the way back home after a mission.
This wasn’t the first or only time a fighter had caught a Zeppelin in the air, but it was one of the highest fights that had succeeded against a Zeppelin, and it meant that sea-based fighters had taken out three Zeppelins in less than a month, and all three losses had taken place in facilities or at an altitude where Germany thought they were safe.
In the military, service members come and go as their orders cause them to relocate frequently. This means, at a moment’s notice, you need to pack up your gear and move on to the next portion of your military career.
It’s all a part of the job.
Many troops embrace the change while others have a minor fear of the unknown, which is natural. Although military service can be highly unpredictable, moving on to a new unit or command has its perks.
These are the six best things about checking into a new infantry unit:
6. Make a lifetime of memories
Many infantry units just deploy to isolated combat zones, but others sail across the ocean. So, if you’re shipping out on a MEU, grab that shock-proof camera and take some damn photos.
5. A change of scenery
You know that ratty looking place you once called your “workspace?” Yeah, it was kind of crappy, but you still made it work. Luckily, you’re moving on.
Although you might be working in another craphole, at least it’s at a different duty station that you probably chose — since you have a little more “say” where you go for your second command.
4. You could travel the world
Infantrymen and, now, some infantrywomen deploy on combat missions and or sails on ships the world over. You’d never have gotten to experience those moments if you hadn’t left the couch to go to the recruiter’s office.
3. More of chance for advancement
Now that you’re at your new duty station and you have some experience under your belt, you might not have as much competition when it comes to picking up rank rate.
Importing some of the valuable lessons you learned from your previous unit can only boost your appeal — but don’t be cocky.
2. Create new brother and sisterhoods
In the infantry, you’ll meet tons of people from Texas and a few from the other states. Since you’re going to be spending a sh*tload of time with them, friendships tend to build themselves, and those will last for a while — like forever.
Although the infantry community is small and your new first sergeant probably knows your old one, it’s still possible to get a fresh start and be better than you were in your previous unit… If you had a previous unit.
“Many people were thanking him for his service, and frankly it just felt like the only reason he wore that was to be in the spotlight and make it about him, which I don’t think you are supposed to do at someone else’s wedding,” she said.
“If he wants to wear that to his own wedding then fine, but the whole point of having a dress code at a wedding is so that no one guest will stand out too much.
“I felt that he should have known this, since the whole point of uniforms in the military is so that you don’t stand out from everyone else!”
People in the forum were divided over whose side to take.
Some people pointed out that the marines formal uniform “looks classy and black tie,” but others argued it was “extremely disrespectful.”
The majority agreed that both the bride and the guest behaved badly.
As a former army sergeant pointed out: “Wearing formal military wear at formal civilian events is allowed per regulations (Army is AR 670-1, no clue for marines), but you have to be a special kind of a—— to wear it to a non-military wedding without specific permission of the couple.
Marines assigned to The Marine Corps Silent Drill Platoon.
(U.S. Marine Corps photo by Cpl. Patrick J. McMahon)
“The reason for this is the same as wearing white to a wedding — this puts you in competition with the bride. He should have dressed in civilian-wear, or at very least, checked with the couple getting married.”
As for the bride’s decision to ask him to leave, the former sergeant said that “kicking him out of the wedding was a bit much.”
“It’s your special day, but you shouldn’t forget that you play dual roles — you are both the host and the one fêted. Don’t forget that former role.
“You probably should have grimaced and just gone with it along with other faux pas such as Uncle Larry puking in the bushes and cousin Jenny making out with the DJ. With 300 guests, one person in uniform isn’t going to kill your day.”
This article originally appeared on INSIDER. Follow @thisisinsider on Twitter.
Just five days before President Trump met with North Korean dictator Kim Jong Un in Hanoi, 10 armed men staged a daring daylight raid on North Korea’s embassy in the Spanish capital of Madrid. They stole documents, computers, and maybe more, making off with the material. The men then handed the material over to the FBI.
In connection with the raid, U.S. authorities have arrested a Marine Corps veteran named Christopher Ahn in Los Angeles, where he is being held pending extradition to Spain.
U.S. Marines in Afghanistan.
The stolen material found its way back to the North Korean embassy some two weeks or so after being stolen in Spain. The arrests only came recently, weeks after the raid itself. Federal authorities say Ahn is a member of “Free Joseon,” a group dedicated to the dismantling of the Kim regime in North Korea. Ahn’s case has been sealed at the request of his lawyer, but federal authorities have also arrested Adrian Hong, the leader of the group.
Now the men who sought to aid the FBI with a trove of stolen North Korean documents and equipment of massive intelligence value are facing extradition back to Spain. Lawyers for the pair are concerned they could end up in the hands of North Korea, though the Justice Department says that scenario is unlikely.
“Extradition treaties generally provide that an individual who has been extradited to another country to face criminal charges cannot thereafter be extradited to a third country without the consent of the original country,” said a U.S. Justice Department spokesperson. The U.S. government has denied any involvement and Free Joseon has sworn that no governments knew of their raid until well after it was over.
According to the group, the assailants were actually invited into the embassy. Once inside, they began to tie up the staff members, cover their heads, and ask them questions. A woman reportedly escaped, which led to a visit from the Spanish police. Someone at the gate told the Spanish Police all was well, but then the thieves drove off, abandoning their vehicles on a side street.
Ahn, the onetime Marine, was formally charged in the raid on April 19, 2019. His fate remains uncertain, but the group’s lawyer had some stern words for the United States government.
“[I am] dismayed that the U.S. Department of Justice has decided to execute warrants against U.S. persons that derive from criminal complaints filed by the North Korean regime,” attorney Lee Wolosky said in a statement.
During the peak of WWII, being a member of a heavy bomber crew meant you were incredibly brave, and you put your country over yourself — it was that dangerous.
Many considered the occupation to be a death sentence. Nearly 71 percent of the bomber’s crew were either killed or labeled as missing in action, which accounts for approximately 100,000 service members.
One of Germany’s primary defenses against allied bombers was their massive array of anti-aircraft guns. The German ground forces commonly fired at the passing bombers even if they didn’t have a clear line of sight due to overcast conditions.
Typically, the bombers had to fly right through the multiple volleys of gunfire, but it was the “waist-gunners” who absorbed the majority of the shrapnel, as they were positioned near an open window in the rear of the plane.
Damage to the “waist-gunner” area of the bomber accounted 21.6 percent of all the hits the plane took.
The image below shows what areas the heavy bomber was most likely to be hit by the enemies’ air-defense systems according to World War Wings’ video.
The new red, white, and blue paint job would be a change from the light blue color scheme designed by President John F. Kennedy and his wife, Jackie, in the 1960s and which has appeared on every presidential aircraft since.
On October 19, 1962, Boeing delivered a highly modified version of the civilian 707-320B airliner with the serial number 62-26000. It would be tasked with Special Air Missions and get the call sign “SAM Two-six-thousand.”
It was the first jet aircraft built specifically for the US president, and when he was on board the call sign changed to “Air Force One,” which was adopted in 1953 for use by planes carrying the president.
The SAM 26000 would carry eight presidents in its 36-year career — Kennedy, Lyndon Johnson, Richard Nixon, Gerald Ford, Jimmy Carter, Ronald Reagan, George H.W. Bush, and Bill Clinton — as well as countless heads of state, diplomats, and dignitaries.
Below, you can take a tour of the SAM 26000, which is now on display at the National Museum of the Air Force and which one Air Force historian said could justifiably be called “the most important historical airplane in the world.”
In addition to the blue and white colors they picked, the words “United States of America” were painted along the fuselage, and a US flag was painted on the tail. Kennedy reportedly chose the font because it resembled the lettering on an early version of the Constitution.
In June 1963, the plane flew Kennedy to Berlin, where he delivered his “Ich bin ein Berliner,” or “I am a Berliner,” speech.
During the flight into Berlin, “The Russians put MiGs (fighter planes) up on both our wings so we would stay in the corridor over East Germany to West Berlin. They didn’t want us to spy,” said Col. John Swindal, who became commander of Air Force One at the start of Kennedy’s presidency.
That afternoon, Vice President Lyndon B. Johnson helped staffers pull the the casket into the rear of the plane, where seats had been removed to make space. Johnson was sworn in as president on the plane prior to takeoff.
Retired Air Force Master Sgt. John Hames, who worked as a steward on Air Force One between 1960 and 1975, was one of the crew members who helped remove seats to make room for the casket.
“We served a lot of beverages (Scotch) on the way back,” Hames said in 1998. “It was a long ride back to Washington. Nobody wanted to eat. Mrs. Kennedy was in shock. She still had on the blood-stained clothes.”
“You can stand on that spot where President Kennedy’s casket came in — you think about the horror of what was going on and the shock of what happened,” Underwood said. “You can look forward toward the nose of the aircraft and know that’s where the transfer of power took place, and you can see where Mrs. Kennedy sat near the body of her slain husband.”
The SAM 26000 played a prominent role in the presidencies after Kennedy as well.
In 1998, retired Air Force Master Sgt. John Hames, a steward on Air Force One between 1960 and 1975, said the SAM 26000 “was so much faster that we had less time to prepare meals, but we got the job done.”
Kennedy was a “great person for soup. It was a comfort food for him,” Hames told The Cincinnati Enquirer in 1998. “President Johnson was kind of different. He told me that any beef prepared aboard Air Force One had to be well done. He didn’t care for rare beef the way the group from New England did.”
Nixon “ate fairly light … cottage cheese,” Hames said. “President Ford ate almost anything, but he was in such a short time.”
In 1964, Johnson invited reporter Frank Cormier and two colleagues into the plane’s bedroom for an improvised press conference. Johnson, who had just given a speech under the hot sun, “removed his shirt and trousers,” while answering their questions and then “shucked off his underwear” and kept talking while “standing buck naked and waving his towel for emphasis.”
As Nixon exited the plane in China, a “burly” aide “blocked the aisle” to keep staffers from following Nixon, Kissinger said later. Nixon didn’t want anyone messing up his photo with the Chinese premier.
Three months after ferrying him to China, the SAM 26000 took Nixon on an unprecedented visit to the Soviet Union.
Unsuccessful presidential candidate Hubert Humphrey was reportedly given a ride on the plane by President Richard Nixon, according to retired Chief Master Sgt. Stan Goodwin. During the trip between Washington and Minnesota, Humphrey made 150 phone calls to tell people he’d finally made it aboard Air Force One.
During a week of meetings with Soviet leaders, Nixon reached a number of agreements. One set the framework for a joint space flight in 1975. Another was the Strategic Arms Limitation Treaty (SALT), which contained a number of measures to limit the manufacture of strategic missiles capable of carrying nuclear weapons.
In October 1981, it took former presidents Carter, Nixon, and Ford on an uneasy trip to Egypt for the funeral of President Mohammed Anwar Sadat, who had been assassinated a few days before. Then-President Ronald Reagan did not attend because of security concerns.
Secretary of State Alexander Haig, as Reagan’s official representative, took the stateroom, leaving other officials with regular seats. The former presidents were “somewhat ill at ease,” Carter said later.
“It was one and only time that I’d seen three presidents and two secretaries of state standing in line to go to the men’s room,” said retired Chief Master Sgt. Stan Goodwin, who manned the radio on the flight. Things were also tense among staffers on the trip. They reportedly bickered over who got bigger cuts of steak at dinner.
But it was Nixon, whose resignation in 1974 led to Ford taking office, who “surprisingly eased the tension” with “courtesy, eloquence, and charm,” Carter wrote later. Carter and Nixon’s interaction on the plane led to them developing a friendship.
The Boeing 707 that was acting as Air Force One got stuck in the mud at Willard Airport in Champaign-Urbana, Illinois. The SAM 26000, waiting nearby as an alternate, was called in to pick up the president.
The SAM 26000 was officially retired in March 1998, after logging more than 13,000 flying hours and covering more than 5 million miles. While it made more 200 trips in 1997 alone, the lack of parts for the plane as well as its high exhaust and noise levels led to its retirement.
Then-Vice President Al Gore took the plane’s final flight, traveling from Washington to Columbia, South Carolina. “If history itself had wings, it probably would be this very aircraft,” Gore said after the trip.
In May 1998, the plane arrived at Wright-Patterson Air Force Base near Dayton, Ohio. In a nationally televised event, the Air Force retired the plane and turned it over to the National Museum of the Air Force.
Although we commemorate Memorial Day each year, the holiday’s origins are rarely discussed. Many countries, especially those that were involved in World War II, have their own iteration of the monument to the soldiers who dedicated their lives to their country’s cause. From its earliest version as Decoration Day, Memorial Day has been a part of an important, reflective moment in the United States. Trace the history of the holiday from its earliest incarnation to the major occasion it is today with these little-known Memorial Day facts.
1. Memorial Day began as a day honoring Union soldiers killed during the Civil War.
After the end of the Civil War, General John A. Logan became the Commander-in-Chief of the Grand Army of the Republic, a group of Union veterans. Logan issued a General Order declaring May 30 as Memorial Day for fallen Union soldiers. For the first years of celebration, Memorial Day and Decoration Day were used interchangeably to refer to the day.
2. Some Southern states still have a separate day of remembrance for Confederate soldiers.
Not long after the Grand Army of the Republic established Memorial Day, Confederate groups organized to create their own commemorative holiday. Although a number of women’s groups, primarily the Ladies Memorial Association, had started to organize day outings to tidy graves and leave flowers, a larger movement began in 1868. By 1890, there was a specific focus on commemorating the Confederacy as well as the soldiers lost. Today, Alabama, Florida, Georgia, Mississippi, North Carolina, and South Carolina continue to celebrate a separate day for the fallen soldiers of the Confederacy.
3. The original date of ‘Decoration Day’ was May 30, chosen because it was not associated with any particular battle.
General Logan chose the date of the original Memorial Day with great care. May 30 was chosen precisely because no major battle occurred on that day. Afraid that choosing a date associated with a major battle like Gettysburg would be perceived as casting soldiers in that battle as more important than other comrades, May 30 was a neutral date that would honor all soldiers equally.
4. The tradition of red poppies honoring fallen soldiers comes from a Canadian poem written during WWI.
Although the wearing of red poppies to honor fallen soldiers is more popular in the United Kingdom and throughout the former British empire, poppies are also associated with Memorial Day in the United States. This tradition was started after Moina Michael, a young poet, was inspired by Lieutenant Colonel John McCrae’s poem “In Flanders Fields”. The opening lines read, “In Flanders field the poppies blow/Between the crosses, row on row”. The imagery moved Moina, and she decided to wear a red poppy as a symbol of her continued remembrance of those who fought in World War I.
5. The Vietnam War was responsible for Memorial Day becoming a national holiday.
Memorial Day was celebrated regularly across the United States from the mid-1800s on—while it nearly ceased in the early 20th century, the world wars made its commemoration important once more. Yet Memorial Day was not federally recognized until the height of the Vietnam War. In 1968, Congress passed the Uniform Monday Holiday Act, which moved a number of holidays to a Monday rather than their original day, including Memorial Day, Labor Day, and Veterans Day. In 1971, the Act took effect, making each holiday federally recognized and giving workers additional three-day weekend—in part thanks to the lobbying efforts of the travel industry.
6. Rolling Thunder, a nonprofit that brings attention to prisoners of war and those who remain missing in action, holds a rally every Memorial Day.
In 1987, a group of veterans visited the Vietnam Memorial in D.C. While there, they realized just how pervasive the issue of missing Vietnam soldiers was. The status of over 1,000 soldiers remains unknown to this day. In the ’80s, as many as 2,700 soldiers’ fates were unknown. The men decided to organize a motorcycle rally the day before Memorial Day, hoping to create enough noise—both literal and figurative—that political groups would be forced to pay attention. Since the outset of their rally, an additional 1,100 unknown soldiers have been identified or discovered.
7. Although many towns claim to have been the birthplace of Memorial Day, Waterloo, New York is officially recognized as the first to commemorate the day.
General Logan may have made the first call for a national Memorial Day, but, as discussed earlier, it was far from the only day of remembrance. As early as 1866, people throughout the North and South gathered to memorialize fallen soldiers. Waterloo, New York was one of many towns to have a city-wide commemoration of those lost in the war. And while over two dozen towns and cities claim to be the first to have celebrated this day of remembrance, in 1966, President Lyndon B. Johnson declared Waterloo, New York the official birthplace of Memorial Day—in part because it was the only town to have consistently memorialized the day since its inception.