There was a study conducted recently by the CDC and the Delphi Behavioral Health Group that concluded that the U.S. Military beats out literally every other profession in days per year spent drinking. If you roughly equal out the days spent with the total number of troops, that puts us at 130 days on average, compared to the 91 day average for every other profession.
And, I mean, it makes absolute sense. No other profession has a culture around drinking like the military. It’s not “drunk like an interior designer” or “drunk like a software developer.” Toss a bunch of them into a barracks with nothing to do but drink after a long and stressful day, and you’ll see their numbers rise too.
So raise a glass, folks! I’m damn sure we’ve managed to keep that number one position since 1775 and won’t let go of it until the end of time!
(Meme via Coast Guard Memes)
(Meme via Infantry Follow Me)
(Meme via Lost in the Sauce)
(Meme via Disgruntled Vets)
(Meme via United States Veteran’s Network)
(Meme via Smokepit Fairytales, meme by Justin Swarb)
NASA’s Voyager 2 probe exited our solar system nearly a year ago, becoming the second spacecraft to ever enter interstellar space.
It followed six years behind its sister spacecraft, Voyager 1, which reached the limits of the solar system in 2012. But a plasma-measuring instrument on Voyager 1 had been damaged, so that probe could not gather crucial data about the transition from our solar system into interstellar space.
Voyager 2, which left the solar system with its instruments intact, completed the set of data. Scientists shared their findings for the first time on Oct. 4, 2019, via five papers published in the journal Nature Astronomy.
The analyses indicate that there are mysterious extra layers between our solar system’s bubble and interstellar space. Voyager 2 detected solar winds — flows of charged gas particles that come from the sun — leaking from the solar system. Just beyond the solar system’s edge, these solar winds interact with interstellar winds: gas, dust, and charged particles flowing through space from supernova explosions millions of years ago.
“Material from the solar bubble was leaking outside, upstream into the galaxy at distances up to a billion miles,” Tom Krimigis, a physicist who authored one of the papers, said in a call with reporters.
The new boundary layers suggest there are stages in the transition from our solar bubble to the space beyond that scientists did not previously understand.
An image of Uranus taken by Voyager 2 on January 14, 1986, from a distance of approximately 7.8 million miles.
The place where solar and interstellar winds interact
On Nov. 5, 2018, Voyager 2 left what’s known as the “heliosphere,” a giant bubble of charged particles flowing out from the sun that sheathes our solar system. In doing so, the probe crossed a boundary area called the “heliopause.” In that area, the edge of our solar system’s bubble, solar winds meet a flow of interstellar wind and fold back on themselves.
It took both spacecraft less than a day to travel through the entire heliopause. The twin probes are now speeding through a region known as the “bow shock,” where the plasma of interstellar space flows around the heliosphere, much like water flowing around the bow of a moving ship.
This illustration shows the position of NASA’s Voyager 1 and Voyager 2 probes outside the heliosphere, a protective bubble created by the sun.
Both Voyager probes measured changes in the intensity of cosmic rays as they crossed the heliopause, along with the transition between magnetic fields inside and outside the bubble.
But because so much of the transition from our solar system to the space beyond is marked by changes in plasma (a hot ionized gas that’s the most abundant state of matter in the universe), Voyager 1’s damaged instrument had difficulty measuring it.
Now the new measurements from Voyager 2 indicate that the boundaries between our solar system and interstellar space may not be as simple as scientists once thought.
The data indicates that there’s a previously unknown boundary layer just beyond the heliopause. In that area, solar winds leak into space and interact with interstellar winds. The intensity of cosmic rays there was just 90% of their intensity farther out.
“There appears to be a region just outside the heliopause where we’re still connected — there’s still some connection back to the inside,” Edward Stone, a physicist who has worked on the Voyager missions since 1972, said in the call.
An illustration of a Voyager probe leaving the solar system.
Other results from the new analyses also show a complicated the relationship between interstellar space and our solar system at its edges.
The scientists found that beyond the mysterious, newly identified layer, there’s another, much thicker boundary layer where interstellar plasma flows over the heliopause. There, the density of the plasma jumps up by a factor of 20 or more for a region spanning billions of miles. This suggests that something is compressing the plasma outside the heliosphere, but scientists don’t know what.
“That currently represents a puzzle,” Don Gurnett, an astrophysicist who authored one of the five papers, said in the call.
What’s more, the new results also showed that compared with Voyager 1, Voyager 2 experienced a much smoother transition from the heliopause to a strong new magnetic field beyond the solar system.
“That remains a puzzle,” Krimigis said.
The scientists hope to continue studying these boundaries over the next five years before the Voyager probes run out of fuel.
“The heliopause is an obstacle to the interstellar flow,” Stone added. “We want to understand that complex interaction on the largest scale as we can.”
The Voyager 2 spacecraft launches from NASA’s Kennedy Space Center on August 20, 1977.
NASA launched the Voyager probes in 1977. Voyager 2 launched two weeks ahead of Voyager 1 on a special course to explore Uranus and Neptune. It is still the only spacecraft to have visited those planets.
The detour meant that Voyager 2 reached interstellar space six years after Voyager 1. It is now NASA’s longest-running mission.
“When the two Voyagers were launched, the Space Age was only 20 years old, so it was hard to know at that time that anything could last over 40 years,” Krimigis said.
Now, he said, scientists expect to get about five more years of data from the probes as they press on into interstellar space. The team hopes the Voyagers will reach the distant point where space is undisturbed by the heliosphere before they run out of fuel.
After the spacecraft die, they’ll continue drifting through space. In case aliens ever find them, each Voyager probe contains a golden record encoded with sounds, images, and other information about life on Earth.
In the future, the researchers want to send more probes in different directions toward the edges of our solar system to study these boundary layers in more detail.
“We absolutely need more data. Here’s an entire bubble, and we only crossed at two points,” Krimigis said. “Two examples are not enough.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Sergeant Fritz Niland had more to do with Band of Brothers than Saving Private Ryan – save for being the inspiration for the movie’s central plot. Historian Steven Ambrose even wrote about Niland in his book, “Band of Brothers – E Company, 506th Regiment, 101st Airborne, from Normandy to Hitler’s Eagle’s Nest.” Niland, like the fictional Ryan, lost three brothers in combat, and found out about them all in the same day.
Sadly, his mother did too.
From left to right, the Niland Brothers, Edward, Preston, Robert, and Fritz.
No one had to go searching for Sgt. Niland. He didn’t need to be saved. Niland went looking for his brothers after D-Day, while assigned to the 101st Airborne Division in Europe. His brother Bob was in the 82d Airborne, also fighting in Europe. While looking for his brother Bob, he discovered Bob was killed on D-Day. According to Ambrose, Bob Niland’s platoon was surrounded, so Bob manned a machine gun to harass the Germans so his unit could break through. They did, and Bob went through three boxes of ammo before he was killed in action. Fritz then went searching for another brother, Preston.
Preston Niland was a second lieutenant and platoon leader in the 4th Infantry Division. He too landed on D-Day, but with his men at Utah Beach. Fritz discovered that Preston Niland was killed in action on D+1 at Normandy’s Crisbecq Battery. Fritz returned to the 506th with the heartbreaking news. The news got worse from there.
Frederick “Fritz” Niland is buried at Fort Richardson National Cemetery, Alaska.
Upon returning to his unit, Father Francis Sampson informed Fritz Niland that a third brother was killed by the enemy. Technical Sergeant Edward Niland, who had been imprisoned by the Japanese in the China-India-Burma theater was considered killed in action. Fritz Niland was now the sole surviving son of his family. The Army decided to send him home as soon as possible. His mother had received all three War Department telegrams on the same day. No platoon was sent to take him home, instead, Father Samson escorted Niland to Utah Beach, where he was flown home to complete his service stateside.
Luckily, Edward Niland wasn’t actually dead. He’d been held prisoner by the Japanese after being shot down in May 1944. He was held for over a year before being liberated in 1945. Word had not yet come to the European theater when Fritz found out about his brothers. The two surviving brothers actually moved to their native Tonawanda, N.Y. when they left the Army, and Edward actually outlived Fritz by a full year. Edward died in 1984, while Fritz passed in 1983.
Robert and Preston are buried side-by-side at the American Cemetery near Colleville-sur-Mer, Normandy, France.
Royal Thai Marine Petty Officer 1st Class Pairoj Prasarnsa, Chief Jungle Survival Trainer with Marine Recon Patrol holds two Cobras during jungle survival training alongside his U.S. Marine counterparts
Royal Thai Marine Petty Officer 1st Class Pairoj Prasarnsa, Chief Jungle Survival Trainer with Marine Reconnaissance Patrol, displays a spider’s fangs during jungle survival training alongside his US Marines.
At NVI, we love to talk about “user experience” (check out any of our previous blogs here, here, or here on the topic). Part of user experience is perspective taking, or walking a mile in your user’s shoes. To that end, we’re inviting you to join us on an emotional rollercoaster full of anticipation, promise, disappointment, and resilience. Welcome to the life of one transitioning veteran.
You get a date for TAP (now Transition GPS) and don your finest (OK, only) business casual duds (or, if you’re me, drop some serious coin at Ann Taylor Loft because you own no business casual attire). Turns out you clean up alright!
Welcome to your Transition GPS. Cue three-to-five days of sipping from a proverbial firehose full of PowerPoint presentations. Job search, interviewing, benefits (oh my). Not exactly how a soon-to-be veteran spends every single day for umpteen years until this day, but onward.
Then, you get to the section on labor market information and find out (shock, horror) that your hometown has precisely zero jobs matched to your career field. Guess it’s time to consider your soft skills…
For the uninitiated, this bureaucratic rite called “outprocessing” is essentially a quest for about two dozen signatures. Your mission is complicated by your signatories’ preternatural ability to have just stepped out when you show up. Challenge accepted.
A few weeks and a couple dozen signatures later, it’s your special day. The much-fabled “final out.” If you’ve satisfactorily completed your quest, you’re outprocessed! If you bungled any of your tasks, do not pass “go” or collect 200 dollars. You’re in for a wild goose chase (and possibly a stern talking-to). Time for the most sacred of paid time off: terminal leave.
We’ve all heard the jokes — some are making calls for Secretary of Defense James Mattis to throw his hat into the 2020 presidential election. We’d have to admit, it’d be pretty funny because the slogan writes itself: Mad Dog 2020. For the uniformed, when you combine Mattis’ nickname with the year of the election, you’e left with a reference to a cheap, fortified wine that tastes only slightly better than “fruit-flavored” cough syrup.
First of all, let’s set a few things straight: The ‘MD’ in “MD 20/20” doesn’t actually stand for “Mad Dog,” but rather Mogen David, the company responsible for the nasty drink. The numbers 20/20 mean it’s a 20 oz. bottle filled with a substance that’s 20% alcohol by volume, which is funny because it’s actually sold at 13%.
And most importantly, General James Mattis (Ret.) doesn’t give a flying f*ck about politics.
Secretary Mattis is a military man, through and through.
(DoD photo by Army Sgt. Amber I. Smith)
Recently, Pentagon Press Secretary Dana White responded to an erroneously cited “source” that told them that Secretary Mattis said, “I’d kick Trump’s ass in 2020, and I just might have to!”
That is so far from the truth that the Pentagon “got quite a laugh” from it and called it “complete fiction.” Mattis is not a politician and has remained true to his apolitical mindset in Washington. In fact, one of Secretary Mattis’ greatest strengths is that he has bipartisan support.
Yes, he was confirmed under President Trump, but he has never shown any sign of support for or against either political party. This neutrality is a core component to avoiding an undesired rabbit hole that would only hinder his leadership over the defense department.
As much as the politics game sucks nowadays, it’s kind of hard to become president if you don’t play the politics game for either party.
(DoD photo by Army Sgt. Amber I. Smith)
Secretary Mattis managed to make many allies across both political parties by promising to stay true to his goal of leading the military. He was close to many staffers from the Clinton, Bush, and Obama administrations. He was confirmed immediately in the Senate by a vote of 98 to 1. The sole “nay” came from a senator who was opposed to waiving a clause in the National Security Act of 1947, which required being a minimum of seven years removed from military service to become the Secretary of Defense – but still agreed that he was the right man for the job.
For his efforts, he has managed to keep politics out of the way the military operates. That way, when he proposes a budget, neither side will argue with the man who is clearly the most qualified to make an estimate — his assessments are very obviously not driven by party politics.
But, you know, a vet can dream… right?
Now, this isn’t to say that he wouldn’t make a fantastic president. Mattis is unarguably one of the most brilliant minds the modern military has to offer and many of the finest presidents in America’s history cut their teeth with leading men on the battlefield before taking on the country. There’s also no denying his near cult-like following by almost everyone within the military community — he’s already got a supportive base.
But, even if Secretary Mattis were to, for whatever strange reason, decide to run for president in 2020 (which, again, just won’t happen), he’d never willingly use “Mad Dog 2020” as his slogan.
He isn’t a fan of the “Mad Dog” moniker and he doesn’t drink alcohol.
When the coalition of Western and Arab allies banded together to fight ISIS, the idea of fighting the good fight was met with a lot of zeal. When Jordanian fighter pilot First Lieutenant Muadh al-Kasasbeh was captured and burned alive by the terror organization, Jordan’s King Abdullah vowed “punishment and revenge” and led to the Jordanian King, an accomplished fighter pilot himself, releasing a photo of himself in his flight suit, geared for battle.
The Western world was wowed once more when a female pilot from the United Arab Emirates, Maj. Mariam Al Mansouri, led that country’s air war against Daesh. Many in the West aren’t familiar with the customs of each individual Arab country, especially when it comes to their views on the rights of women.
“She is a fully qualified, highly trained, combat ready pilot, and she led the mission,” Yousef Al Otaiba, UAE’s ambassador to the U.S., told MSNBC’s “Morning Joe.”
“We are in a hot area so that we have to prepare every citizen,” Al Mansouri said. “Of course, everybody is responsible of defending their country — male or female. When the time will come, everybody will jump in.”
The allies still allow U.S. planes to use their bases, but now the Gulf states who spearheaded the effort against ISIS are focused elsewhere. Emirati forces joined Saudi Arabia in fighting Iran-backed Houthi rebels in Yemen. Jordan also joined in the effort in Yemen. Qatar limited its sorties to reconnaissance missions.
Bahrain last struck targets in Syria in February, the UAE in March, Jordan in August, and Saudi Arabia in September.
Secretary of Defense Ashton Carter criticized local allies efforts, saying the Gulf states, known as the GCC or Gulf Cooperation Council, saying “some of the Gulf states are up there at 30,000 feet. If you look at where the Iranians are able to wield influence, they are in the game, on the ground.”
“The reason they lack influence, and feel they lack influence in circumstances like Iraq and Syria, with [ISIS],” Carter continued, “is that they have weighted having high-end air-force fighter jets and so forth over the hard business of training and disciplining ground forces and special-operations forces.”
According to the Atlantic, the Obama Administration consistently complains about local allies, notably Turkey and the Gulf, expecting the U.S. to fight their regional enemies more than U.S. national security.
Air Force Space Command concluded its fourth iteration of the Department of Defense’s premier space exercise December 2018 in Colorado Springs, Colorado.
Space Flag 19-1 took place over the course of two weeks, testing airmen from the 50th Space Wing and the 460th SW. SF 19-1 also included airmen from the 27th and 26th Space Aggressors squadrons, which are tenant units of Air Combat Command located at Schriever Air Force Base, Louisiana.
The goal of the exercise is to enable forces to achieve and maintain space superiority in a contested, degraded, and operationally limited environment.
“The intent of Space Flag is to allow tactical operators the ability to learn how to fight and defend their systems as an enterprise with other tactical operators in an arena we currently do not have,” said Col. Devin Pepper, 21st Operations Group commander and SF 19-1 space boss.
To prepare airmen for any conflict, space operators are thrown a dynamic range of scenarios.
“We train the way we fight,” said Capt. Josh Thogode, 27th SAS flight commander and SF 19-1 space aggressor. “My goal as an aggressor is to make blue (United States) lose in any scenario. If they lose during the exercise, then we can win when it matters. At the end of the day, we are all on the same team. The aggressors can add value to our techniques, tactics and procedures moving forward – that’s what we bring to the fight.”
The training space operators see is diverse and comes from several perspectives. In addition to aggressors testing space operators, senior space operators, referred to as tactical mentors, also provide training. The mentors observe and counsel airmen throughout the exercise and look for opportunities to give feedback to the space operators on how to improve their response to the threat.
“Space Flag really brings out the creativity in our space operations crew force,” said Maj. Justin Roberts, 50th SW weapons officer and SF 19-1 tactical mentor. “This exercise is an excellent opportunity for our space operators to think and test out new ideas. I, alongside other mentors, am there to gauge and guide their ideas. I have now been a tactical mentor for SF three times and I have seen a huge increase in the quality and capabilities of the operators coming to the exercise.”
Before Space Flag, facing an adversary in a space training environment was a rare thing.
“Space had always been benign,” Pepper said. “Back in our lieutenant days, we didn’t expect to have to defend our assets on orbit. We weren’t actively training against those threats. The war-fight is shifting though, so we have to be ready to encounter anything against our land-based and terrestrial systems. Having living, thinking aggressors acting as adversaries in the training environment prepares us for that day, if it ever comes.”
During calendar year 2017 and 2018, Space Flag occurred twice a year. During fiscal year 2019, Space Flag will increase to three times a year.
“Our adversaries have made tremendous strides in contesting us in the space domain,” said Pepper. “We have transitioned our culture and our way of thinking from just providing a service to the warfighter to actually being a space warfighter. We are a part of the fight, and the fight is on today.”
U.S. military nutrition experts hope to start testing a new assault ration, known as the Close Combat Assault Ration, that is drastically lighter than existing field rations by 2020.
Ten years ago, the Defense Department’s Combat Feeding Directorate began fielding the First Strike Ration, which was designed to give combat troops the equivalent of three Meals, Ready to Eat a day in a compact, lightweight package.
At about two pounds, the FSR is about half the weight and size of three MREs.
Prototypes of the Close Combat Assault Ration weigh about as much as one MRE and take up about 75 percent less room as an equivalent number of individual meals inside a pack, according to Jeremy Whitsitt, deputy director of the CFD.
“It’s designed for those guys like Army Rangers, special ops guys, light infantry — guys that would potentially be in a mission scenario that would require them to carry multiple days of food, ammunition, water, other supplies, without the potential of being resupplied,” he told Military.com.
(U.S. Army photo by Staff Sgt. Russell Lee Klika)
The idea of having a combat ration tailored to the needs of ground troops has been bounced around before. In 2016, Brig. Gen. Joseph Shrader, commander of Marine Corps Systems Command, told industry professionals at Marine Corps Base Quantico, Virginia, that he was interested in developing an MRE specially designed for Marine grunts, who need the most nutrition at the lightest weight possible.
While the CCAR is still in prototype stage, it weighs about 1.5 pounds, Whitsitt said, explaining a process of vacuum microwave drying that shrinks the food by about 50 percent.
A sample CCAR menu contains a tart cherry nut bar, cheddar cheese bar, mocha dessert bar, vacuum-dried strawberries, trail mix of nuts and fruit, Korean barbeque stir fry packet, spinach quiche packet with four small quiches, French toast packet, and a banana that was vacuum microwave dried to about one-third of its original size, according to a recent Army press release.
The goal is to begin testing the CCAR in 2020 and fielding it to replace the FSR in 2023, Whitsitt said, adding that the CCAR will not replace the MRE, which will remain the primary field ration.
On a five-day mission, rather than “field-stripping 15 MREs and taking things that are easy to carry, they can take five of these Close Combat Assault Rations and still get 3,000 calories a day but have more room in their pack for more ammunition, more medical supplies, more water — things that will keep them in the fight longer,” he said.
This article originally appeared on Military.com. Follow @military.com on Twitter.
Summer is in full swing, so chances are you’ve already had a margarita or three. Yes, it’s a a great drink, if made well, but it’s become more than just a little ubiquitous. Come on, people. We can do better. In fact, tequila deserves some better company — at least from time to time. Contrary to popular belief, the agave spirit is extremely versatile. There are a wide variety of delicious bottlings to choose from and a number of excellent tequila cocktails to whip up. So, if you’re ready to extract yourself from the margarita rut, here are six tequila cocktails, and the bottles to make them.
A perennial favorite, the Paloma is a well balanced refreshing summer cocktail. While some recipes call for a sweet grapefruit soda, we prefer fresh squeezed juice. It’s just better. We also prefer to start with a crisp blanco tequila like Patrón Silver. If the Paloma is not already in your repertoire, make this one first.
2oz Patrón Blanco Tequila
2oz Freshly squeezed and strained grapefruit juice
1/2oz Freshly squeezed lime juice (juice from half a lime)
Dash of simple syrup
1-2oz club soda
Rim a highball glass with salt, fill with ice. Add tequila, juices and simple syrup. Top with club soda and stir. Garnish with a grapefruit wedge.
The firing squad is a fantastic cocktail to make in large batch for your next pool-side party. While the traditional recipe calls for grenadine, we like to substitute an organic cherry juice for a tarter drink. You can also add a little simple syrup to if you prefer. Casamigos Blanco makes a nice base for this cocktail thanks to its citrus and vanilla flavors
2 1/2 oz Casamigos Blanco Tequila
3/4oz Fresh lime juice (the juice from about 3/4 a lime)
1oz Cherry juice
4-6 dashes of bitters
Shake everything over ice and strain into a glass filled with more ice. Garnish with a lime.
The base of this recipe is quite similar to the mule, but the addition of the creme de cassis makes it a cocktail of a slightly different feather. The black currant flavored liquor pairs nicely with a minty, herbaceous, and earthy spirit like 7 Leguas Blanco.
2oz 7 Leguas Blanco Tequila
1/2oz Crème de cassis
1/2oz Freshly squeezed lime juice (juice from half a lime)
2-4oz Ginger Beer
Shake tequila, lime and crème de cassis over ice and pour over more ice. Garnish with a lime round on top.
6. Añejo Fashioned
Indeed this is a tequila version of an old fashioned (perhaps our favorite cocktail.) We recommend using a rich añejo like Casa Noble’s. It’s sweet, spicy and complex with notes that pair well with mole bitters and orange.
2 1/2oz Casa Noble Añejo Tequila
4 Good dashes of mole bitters
1- 2 dashes of simple syrup
Muddle orange peel and simple syrup in the bottom of an old fashioned glass, pour in a tequila and bitters. Add a large ice cube and stir gently.
This article originally appeared on Fatherly. Follow @FatherlyHQ on Twitter.
It’s time to get out your stars and stripes – it’s Flag Day! June 14, 1777, is the date that Congress officially chose the design for our flag, and Americans have been pledging their allegiance to it ever since. While you’ll only get the day off work if you live in Pennsylvania, the state where the flag originated, the holiday’s history and meaning are important to know. Whether you’re reading this on Flag Day or any other day, these facts are fun enough to learn all year long.
1. Betsy Ross may not be the flag’s real designer
Betsy Ross is often cited as the designer of the first American Flag, but we have little evidence to support that claim. Her grandson presented statements by his own family in 1870, but beyond that, there’s no proof. Some historians want to transfer the credit to Francis Hopkinson, who was named as the flag’s designer in journals from the Continental Congress.
2. The celebration of the flag was invented by a teacher
In 1885, a 19-year-old teacher named Bernard J. CiGrand asked his class to write an essay on the symbolism of our flag. He spent the following half-century trying to make Flag Day a national holiday.
3. There have been 27 official versions of the American flag
On the American flag, the stripes represent the 13 original colonies, while the stars represent each state. Since there weren’t always 50 states, there weren’t always 50 stars. Each flag was similar, but with a different number of stars. If you visit the Smithsonian’s National Museum of American History, you can see the remnants of the 15-star, 15-stripe flag that inspired the national anthem.
4. The colors of the flag have important meanings
Red, white and blue were chosen to represent, respectively, valor, liberty and purity. The colors also have specific names; “Old Glory Blue,” “Old Glory Red”, and white. Just plain white.
5. The current version of the flag was designed by a student
In 1949, 17-year-old Robert G. Heft created an updated flag for a class project, and the poor kid only got a B-. Luckily, that didn’t dissuade him. He submitted his idea to President Eisenhower when Alaska and Hawaii gained statehood. Our of over 1500 submissions, his design was chosen.
6. The flag has rules of its own. Lots of them.
According to the U.S. Flag Code:
– The flag shouldn’t be flown in bad weather. – It should be raised briskly and lowered ceremoniously. – No other flags should be placed above it. – When flags from two or more nations are flown, they should rest on separate poles at the same height. They should also be about the same size. – It must be flown at every school and during all school days. – If flown at night, the flag should be illuminated. – Flags can be burned if they become damaged and can no longer be flown. – And many more.
7. You can’t sign your name on it
Despite what flag-signing politicians would have you believe, The Flag Code strictly prohibits adding any markings or drawings to the flag.
8. … or put it on a t-shirt
Every 4th of July, half the country is decked out in stars and stripes. As it turns out, we’re not really supposed to do that. The Flag Code actually specifies that the Stars and Stripes should never be used on clothing, bedding, or decorations. Considering how much Americans love our flag merch, that’s one rule we’ll probably keep breaking for a long, long time.
9. Flying a flag upside down isn’t necessarily disrespectful
At least not in the way you’re thinking of. An upside-down flag isn’t usually a signal of protest, rather, it’s a signal of distress. On your next cruise, if you see someone frantically waving an upside-down flag on a nearby island, he’s probably not a rebel. He’s stranded.
10. Burning a flag isn’t technically illegal
Historically, unlike flying a flag upside down, burning the flag WAS done as an act of protest. The Flag Protection Act of 1968 made this illegal, but the act was revoked 20 years later. The Supreme Court ruled that the government couldn’t limit citizens’ First Amendment rights, making it legal to do whatever you want to a flag with no legal consequences.
11. Indestructible flags exist
Historically, enemies of the United States have burned or defaced our flag to make a statement. (That’s why messing with the flag is a really, really bad idea, even if it’s not illegal!) To protect defaced flags from being used as a propaganda tool by enemies, a Green Beret veteran has designed an all but indestructible flag. Made out of kevlar and Nomex, the new materials ensure the flag can’t be burned or torn while still allowing it to fly naturally. Here’s how to order your Firebrand Flag today.
12. Using the American flag in burial ceremonies isn’t just for veterans
While draping the flag over the coffins of government officials and veterans is common practice, it’s not their exclusive right. Anyone can adopt this tradition if they like it!
13. Old Glory was the nickname of a specific American flag
We now refer to any ol’ flag as Old Glory, but that wasn’t always the case. It started with a sea captain named William Driver, who nicknamed the flag on his ship “Old Glory” when he saw it flying on his ship’s mast back in 1831. It was such a good nickname that it stuck for good.
14. After 9/11 we held our flag a little closer
National tragedies are known for bringing our country together. According to Karen Burke of Walmart’s Corporate Communications, their stores sold 115,000 flags on September 11, 2001, compared to only 6,400 flags in 2000. In the following year, they sold a whopping 7.8 million US flags- around triple the sales of the previous year.
15. There are 6 American flags on the moon
…but only 5 are standing. Over the course of many moon expeditions, six US flags have been planted. The wind generated by the landing and takeoff of a shuttle, however, dislodged the original flag placed there by Neil Armstrong during the first-ever moon landing.
16. ‘Gilligan’s Island’ directors respected the flag.
During the opening sequence of the first season of the show, the American flag is filmed at half-staff. This was done to honor President Kennedy, who was assassinated the day the pilot episode was filmed.
The US Army is massively revving up the offensive attack technology on its Stryker vehicles with vehicle-launched attack drones, laser weapons, bomb-deflecting structures, and a more powerful 30mm cannon, service and industry developers said.
“We have now opened up the aperture for more potential applications on the Stryker,” Col. Glen Dean, Stryker Program Manager, told reporters at the Association of the United States Army Annual Symposium.
Stryker maker General Dynamics Land Systems has been testing an integrated sensor-shooter drone system mounted on the vehicle itself. A small, vertical take off surveillance drone, called the Shrike 2, launches from the turret of the vehicle to sense, find and track enemy targets. Then, using a standard video data link, it can work in tandem with an attack missile to destroy the targets it finds. The technology is intended to expedite the sensor-to-shooter loop and function as its own “hunter-killer” system.
“A missile warhead can be launched before you show up in town. It has a sensor and killer all in one platform. Let’s reach out and kill the enemy before we even show up,” Michael Peck, Enterprise Business Development, General Dynamics Land Systems, told Warrior Maven in an interview.
Peck added that the Stryker-launched drone system could make a difference in a wide range of tactical circumstances to include attacking major power mechanized formations and finding terrorist enemies blended into civilian areas.
“It will go out in an urban environment and it will sense and find your shooter or incoming rpg,” Peck added.
Dean also referenced the Army’s evolving Mobile High-Energy Laser weapons system, which has been testing on Strykers in recent years. Firing a 5kw laser, a Stryker vehicle destroyed an enemy drone target in prior testing, raising confidence that combat vehicle-fired laser weapons could become operational in coming years.
The laser weapon system uses its own Ku-band tracking radar to autonomously acquire targets in the event that other sensors on the vehicle are disabled in combat. It also has an electronic warfare jamming system intended to take out the signal of enemy drones.
Lasers can also enable silent defense and attack, something which provides a substantial tactical advantage as it can afford Stryker vehicles the opportunity to conduct combat missions without giving away their position.
A Congressional Research Service report from 2018, called “U.S. Army Weapons-Related Directed Energy Programs,” details some of the key advantages and limitations of fast-evolving laser weapons.
“DE (directed energy) could be used as both a sensor and a weapon, thereby shortening the sensor-to-shooter timeline to seconds. This means that U.S. weapon systems could conduct multiple engagements against a target before an adversary could respond,” the Congressional report states.
Lasers also bring the substantial advantage of staying ahead of the “cost curve,” making them easier to use repeatedly. In many instances, low-cost lasers could destroy targets instead of expensive interceptor missiles. Furthermore, mobile-power technology, targeting algorithms, beam control, and thermal management technologies are all progressing quickly, a scenario which increases prospects for successful laser applications.
At the same time, the Congressional report also points out some basic constraints or challenges associated with laser weapons. Laser weapons can suffer from “beam attenuation, limited range and an ability to be employed against non-line-of-sight targets,” the report says.
Dean said the Army was “pure-fleeting” its inventory of Strykers to an A1 variant, enabling the vehicles to integrate a blast-deflecting double-V hull,450hp engine, 60,000 pound suspension and upgraded digital backbone.
“This provides a baseline for the fleet to allow us to grow for the future. We just completed an operational test. That vehicle has growth margin to include weight carrying capability and electrical power,” Dean said.
Peck said GDLS will be upgrading the existing arsenal of “flat-bottomed” Strykers to the A1 configuration at a pace of at least “one half of a brigade per year.”
General Dynamics Land Systems is also preparing a new, heavy strength 30mm cannon for the Stryker.
Compared to an existing M2 .50-cal machine gun mounted from Strykers, the new 30mm weapon is designed to improve both range and lethality for the vehicle. The new gun can fire at least twice as far as a .50-Cal, GDLS developers told Warrior.
The 30mm cannon can use a proximity fuse and fire high-explosive rounds, armor piercing rounds and air burst rounds. Also, while the .50-Cal is often used as a suppressive fire “area” weapon designed to restrict enemy freedom of movement and allow troops to maneuver, the 30mm gun brings a level of precision fire to the Stryker Infantry Carrier that does not currently exist.
Dismounted infantry units are often among the first-entering “tip-of-the-spear” combat forces which at times travel to areas less-reachable by heavy armored platforms such as an Abrams tank or Bradley Fighting Vehicle. Certain terrain, bridges or enemy force postures can also make it difficult for heavier armored vehicles to maneuver on attack.
In previous interviews with Warrior, GDLS weapons developers explained that the 30mm uses a “link-less” feed system, making less prone to jamming.
The new, more-powerful Orbital ATK XM 81330mm 30mm cannon, which can be fired from within the Stryker vehicle using a Remote Weapons Station, will first deploy with the European-based 2nd Cavalry Unit.
The Army is also fast-tracking newly configured Stryker vehicles armed with drone and aircraft killing Stinger and Hellfire missiles to counter Russia in Europe and provide more support to maneuvering Brigade Combat Teams in combat.
The program, which plans to deploy its first vehicles to Europe by 2020, is part of an Army effort called short-range-air-defense – Initial Maneuver (SHORAD).
Senior leaders say the service plans to build its first Stryker SHORAD prototype by 2019 as an step toward producing 144 initial systems
“We atrophied air defense if you think about it. With more near-peer major combat operations threats on the horizon, the need for SHORAD and high-tier weapons like THAAD and PATRIOT comes back to the forefront. This is a key notion of maneuverable SHORAD — if you are going to maneuver you need an air defense capability able to stay up with a formation,” the senior Army official told Warrior Maven in an interview.
As a result, ground infantry supported by armored vehicles, will need mobile air defenses to address closer-in air threats. This is where the Stryker SHORAD comes in; infantry does not have the same fires or ground mobility as an armored Stryker, and hand held anti-aircraft weapons such as a hand-fired Stinger would not have the same defensive impact as a Hellfire or Stinger armed Stryker. In a large mechanized engagement, advancing infantry needs fortified armored support able to cross bridges and maneuver alongside foot soldiers.
Chinese or Russian helicopters and drones, for instance, are armed with rockets, missiles and small arms fire. A concept with SHORAD would be to engage and hit these kinds of threats prior to or alongside any enemy attack. SHORAD brings an armored, mobile air defense in real-time, in a way that most larger, less-mobile ground missiles can.
The PATRIOT missile, for instance, is better suited to hit incoming mid-range ballistic missiles and other attacking threats. While mobile, a PATRIOT might have less of an ability to support infantry by attacking fast-moving enemy helicopters and drones.
This article originally appeared on Warrior Maven. Follow @warriormaven1 on Twitter.
Grace Hopper, WAVE mathematician, assigned to Harvard University to work on the computation project with a Mark I computer, was instrumental in ushering in the computer age. Hopper went on to become a Rear Admiral, held a Ph.D. from Yale, and tried to enlist during WWII but was rejected because of her age. As a computer scientist, Hopper made significant strides in coding languages. Here’s a profile of her life and how she directly impacted yours.
Who was she?
The fact that you’re able to read any of these words on your device is thanks, in part, to Grace Hopper, one of the most formidable American computer scientists. Serving as a Navy Rear Admiral, Hopper was one of the first programmers of the Harvard Mark I computer. Her impact on our modern lives is significant and nothing to be trifled with; let’s take a look at how Hopper directly impacted everything we do today.
In 1934, Hopper earned a Ph.D. in math from Yale. Her dissertation was published the same year. By 1941, she was an associate professor at Vassar.
Hopper’s great grandfather was an admiral in the U.S. Navy and fought in the Battle of Mobile Bay during the Civil War. At the onset of WWII, Hopper tried to enlist in the Navy but was turned away because of her age. At 34, she was too old, and her height to weight ratio was too low for Navy standards. Hopper’s enlistment was also denied based on the criteria that her job as a mathematician was valuable to the war effort.
Undeterred, Hopper took a leave of absence from Vassar in 1943 and then joined the United States Navy Reserve. She was one of several women who volunteered to serve in WAVES (Women Accepted for Volunteer Service), as part of the US Naval Reserve.
What were her contributions?
Hopper had to receive an exemption to enlist because she was fifteen points underweight. After training at the Naval Reserve Midshipmen’s School at Smooth College, Hopper graduated first in her class in 1944. She was assigned to the Bureau of Ships Computation Project at Harvard. There, she and Howard Aiken co-authored three papers on the Automatic Sequence Controlled Calculator, also known as Mark I.
Mark I was used during the war effort during the latter part of WWII. It helped compute and print mathematical tables and directly contributed to the Manhattan Project. Specific sets of problems were run through the Mark I to help create simulation programs to study the atomic bomb’s implosion.
Despite her contributions, Hopper was denied a transfer to the Navy at the end of the war because of her “advanced” age of 38.
Hopper moved on to the private sector and set at work recommending the development of a new programming language that would entirely use English words. She was told that this was impossible since computers didn’t understand English and it took three years for the idea to be accepted. That was the beginning of COBOL – Common Business Oriented Language, a computer language for data processors. During this time, Hopper served as the director of the Navy Programming Languages Group and was promoted to the rank of captain in 1973.
What was her impact?
Hopper retired from the Naval Reserve as a commander in 1966 at the age of 60. She was then recalled to active duty in August 1967 for what started as a six-month assignment but turned into an indefinite appointment. Then in 1971, she retired again … only to be called back once more to active duty. Admiral Elmo Zumwalt presided over her promotion in 1973.
A joint resolution originating in the House of Representatives led to her promotion in 1983 to commodore by special appointment from President Reagan. Hopper remained on active duty for several years after the mandatory retirement age. IN 1985, the rank of commodore was renamed rear admiral, and Hopper became one of the Navy’s few female admirals.
Admiral Hopper’s career spanned more than four decades, and she retired in 1986. She was awarded the Defense Distinguished Service Medal, the highest non-combat decoration awarded by the DoD.
At the time of her retirement, Admiral Hopper was the oldest active-duty commissioned officer in the Navy. To commemorate her 42 years of service, Hopper’s retirement ceremony was held aboard the oldest commissioned ship in the US Navy. Admiral Hopper is interred with full military honors in Arlington National Cemetery.