Whether you’re a first-timer or a seasoned military spouse heading to their umpteenth ball, rest assured you can have an enjoyable, memorable event. Military balls are a time-honored tradition, and while they’re not in everyone’s immediate comfort zone, they can make for a fun experience you won’t soon forget.
In order to attend your best ball yet, take these tips to heart, and to your upcoming formal event.
Choose an outfit you love
First things first, it’s important to dress the part. Whether you’re decked out in a fancy gown, perfectly tailored tuxedo, or anything in between, find what suits you. Choose attire that makes you feel strong and confident. No one wants to be adjusting their undergarments every few minutes. Take some time to find an outfit that actually fits, and that flatters your personal tastes.
You’ll be far more relaxed when feeling attractive, so don’t be afraid to put yourself first and find a getup you’re excited to show off!
No one wants to sit next to strangers … but it’s even worse when sitting next to a stranger who doesn’t talk or engage in any type of conversation. (Yes, this happens.) Talk to folks at your table and make nice! It will make the evening far more enjoyable, even if you don’t walk away friends. If you’re introverted, break the ice with small talk over decor, seating arrangements, the weather, parking, anything!
Whether or not you end up sitting next to folks you know, engage with them, and remain friendly throughout the night to make for a better time.
Each service branch and battalion will have its own traditions, so go ahead, jump on the bandwagon! We’re talking chants, specific handshakes, checking out displays, or voting for personalized awards. Jump into the fun!
Then again, be careful of TOO MUCH fun. Military balls are known for being heavy on the libations, and it’s a good idea to stay aware of how much you’re drinking, especially if sampling group punches.
Chances are, you won’t be associated with the unit for long, so you can make the most of each ball appearance by going all in and doing what it is they do best.
Don’t come starving
While it’s true you’re there to eat, that’s just part of the night. There are too many variables — maybe you won’t like the food, maybe someone took your fish and left you with steak (or vice versa, depending on your preferences). Or maybe you’re busy talking and don’t want to be shoving food in your face while doing so. In any case, eat a snack before you come and maybe plan a drive-thru trip on your way home. Whatever you can do to make sure you aren’t hangry!
Make a day of it
Relax. Take your time to get ready. Don’t rush it so you can enjoy the experience as a whole. This is a fun experience for all. Don’t consider the day just for your spouse or “mandatory fun,” but something you can celebrate together and with coworkers.
Show off your date!
As an extension of your military member, how you act, and what you do reflects on them. Remember to be on your best behavior (of course, that doesn’t mean you can’t have fun!). Be polite, make small talk, and find a way to have fun. You should also take their lead. Let them introduce you to coworkers, get appetizers, order drinks, etc. While yes, you’re going to have a good time, technically, this is their work event, and you should follow their moves.
Attending a military ball should be a fun, memorable experience, no matter how many of them you attend. Look to the above to more easily plan your night toward having a great time!
Beloved children’s show icon Fred Rogers, who passed away in 2003, has long been the subject of an unusual urban myth – that before his days of red cardigans and puppeteering, he was a decorated battlefield veteran. The fact of the matter is that despite receiving the Presidential Medal of Freedom from George W. Bush, Rogers never served in the armed forces. How, then, to explain this popular but mystifying narrative?
Born near Pittsburgh, Pennsylvania, Fred Rogers was raised by a mother who volunteered at a hospital and a father who presided over the McFeely Brick Company in Latrobe. In his childhood, Rogers was a shy introvert, overweight, and prone to asthma attacks. Luckily, life improved for him in high school. As he told NPR’s Terry Gross, “I made a couple friends who found out that the core of me was okay. And one of them was…the head of the football team.” He went on to serve as student council president and editor-in-chief of the school yearbook, as well as National Honor Society member.
Rogers’ early adulthood was occupied with college at Pittsburgh Theological Seminary, where he graduated magna cum laude in 1962. Rather than becoming a pastor, his mission as an ordained minister would be to minister families through television. As he later told CNN, “I went into television because I hated it so, and I thought there’s some way of using this fabulous instrument to nurture those who would watch and listen.”
After a brief TV stint at NBC in New York City, Rogers returned to Pittsburgh to work at public television station WQED, where he developed the children’s show The Children’s Corner, which was the seed from which Mister Rogers Neighborhood would grow ten years later (airing in 1968), running for nearly 900 episodes.
To better understand why the public would assign such a well-scrubbed paragon of decency as Mr. Rogers with a blood-soaked war record, History.com spoke with Assistant Professor Trevor J. Blank, who teaches communication at SUNY Potsdam. According to Blank, “Urban legends sometimes distort the positive to create a sense of intrigue,” and, ““Mr. Rogers, by all accounts, seems like a very mild-mannered, Puritan-esque character…Him having a very macho back story or being a ruthless killer is kind of titillating; it runs counter to what you’re presented as true in your day-to-day experience.”
One lesser-known chapter in Fred Rogers’ story is his visit to Moscow in 1987 during the height of the Cold War. The goal was to teach Russian children compassion and kindness, but in a broader sense it was an effort to build a bridge between warring nations. An East-West crossover was filmed, with Rogers appearing on Goodnight Kiddies and Russian star Tatyana Vedeneyeva guesting on Mr. Rogers’ Neighborhood. Blake Stillwell, a contributor here at We Are the Mighty and Military.com, writes, “Through a translator, Rogers is introduced to the Soviet show’s host, Tatyana Vedeneyeva, as well as her friends Khryusha the piglet and Styopa the rabbit. The exchange is nothing short of heartwarming.”
Fred Rogers’ work in children’s television can be defined as something of a humanitarian effort. Some of these qualities owe to Rogers’ mother Nancy Rogers, who always engaged with him as an adult, never talking down to him. In Maxwell King’s book The Good Neighbor: The Life and Work of Fred Rogers, he writes “She loved to talk. And she loved to talk with Fred,” writes King. But “never to Fred; always with Fred.” His religion extended to the programming he diligently crafted for so many years, but he never put too fine a point on it in the episodes. He once said “You don’t need to speak overtly about religion in order to get a message across.”
Navy Times writes: “Rogers attuned children and their developmental journeys to the most significant attributes of what it means to be a human: love, compassion and kindness for others. In many ways, this is also what he meant by being a good neighbor.”
The man and his message are in many ways antithetical to the battlefield experience, making the urban myth of his time as a warrior all the more confounding. But while he was no legend on the battlefield, he was definitely still a hero.
Marines train the way they fight, even if that means potentially suffering injuries in the process. Since many Marine units are known for their amphibious capabilities, they must conduct training that prepares them for any watery hazards that might come their way.
One such deadly situation that Marines must ready for is a helicopter crash landing into the ocean. Although it’s unlikely, Marines must be ready to escape a watery grave by successfully evacuating a flooding aircraft within a matter of moments.
As you might expect, Marines practice their escape by facing the real hazard in a controlled environment. After jumping into a pool while wearing most of their combat load, Marines swim their way onto a mock helicopter that’s already halfway submerged in water.
Once they’ve strapped into their seats, they are blindfolded with fogged-out goggles for added stress. The helo dunker is then hoisted up into the air.
Once the instructors give the order, the helo dunker is lowered into the water and spun about to disorient the blindfolded Marines within. Each Marine is instructed to take one last breath as they feel the aircraft hit the water’s surface and plunge beneath.
The windows in various transport and cargo helicopters are designed to be removed in a hurry. Once a Marine successfully negotiates the closed-window obstacle, they are free to evacuate the dunker and swim to the surface for some much-needed oxygen.
The helo dunker isn’t the only tool used in training for an underwater escape. Marines also train in single-man cages. Instructors roll Marines about and observe as disoriented troops attempt to free themselves from the helicopter’s seat belt system.
Nearly 4 million veterans and caregivers who were granted privileges to shop at commissaries and exchanges Jan. 1 can finally enjoy access to online features, a Defense Commissary Agency (DeCA) news release said Friday.
However, the new patrons’ access to American Forces Travel (AFT), the official Morale, Welfare and Recreation travel site, is still spotty, according to the latest AFT Facebook post.
Purple Heart recipients, former prisoners of war, veterans with any service-connected disability, and caregivers registered with the VA’s Comprehensive Assistance for Family Caregivers program became eligible to shop at commissaries, exchanges and MWR facilities beginning Jan. 1.
Since then, these new shoppers have experienced issues, including not being able to bring guests on base and trouble accessing MyCommissary and AFT online portals.
DeCA officials said they had to work with Defense Manpower Data Center (DMDC), which is used to confirm shopping privileges, to let new patrons register their Commissary Rewards cards online to access coupons and to use, as available, the Click2Go curbside service.
“In the event a new shopper is still receiving an error message when trying to create an account, they should check with the [Department of Veterans Affairs] to ensure their information and privileges are correctly entered into the system,” DeCA system engineer Clayton Nobles said in a statement. “For those receiving a new Veterans Health Identification Card (VHIC), there may be a delay between when the veteran receives the card and when the system allows them access. This delay can take up to 30 days.”
Eligible veterans must have a VHIC to access bases for shopping or MWR use.
Customers who had access before Jan. 1, such as retired service members, Medal of Honor recipients and veterans with a service-related disability rating of 100%, are not affected.
Meanwhile, AFT is still updating its customer database of “millions of records.”
“We have sent examples to DMDC and they were able to see why some patrons are having issues,” AFT said on Facebook, the only place it is providing updates on the issue. “We will let you know when that resolve has been made and then ask you to try logging on again. Records are being updated every hour.”
But some veterans are getting tired of waiting.
“No luck today. Last week they said it would be fixed this week,” one Facebook user wrote. “The week before, it was going to be fixed last week. I sent a private message this afternoon and got an automated response to call the DMDC help desk at 1-800-727-3677. That number is for the Commissary. After 35 minutes, someone answered the phone and said they could not help me to get verified.”
The US Air Force’s newest air refueling aircraft, the KC-46A Pegasus, is undergoing a variety of tests out of Edwards Air Force Base, California.
Starting on April 29, 2019, the KC-46 conducted the first refueling test with a Travis AFB C-5M Super Galaxy. The testing is a part of a larger test program to certify aerial refueling operations between the KC-46 and 22 different receiver aircraft.
Maj. Drew Bateman, 22nd Airlift Squadron chief of standardization and evaluation and a C-5M pilot, flew the Air Force’s largest aircraft for testing on April 29, 2019. He flew it again May 15, 2019.
“The April 29 sortie was the first where the KC-46 and the C-5M made contact,” Bateman said. “That was awesome to be a part of. You have a few pinch me moments in life and this was one of them for me. Not everyone gets to be a part of something like this. We were able to get two aircraft together for the first time.”
“Every test flight begins with a continuity check so the KC-46 crew ensures they can connect and disconnect safely with our aircraft,” Bateman added. “From there, we continue testing a variety of items at multiple speeds and altitudes throughout the sortie.”
A Boeing KC-46A.
One capability Bateman and his C-5M crew mates tested with the KC-46 was the ability to connect with both aircraft near max gross weight.
“For these tests, we were required to be over 800,000 pounds with cargo and fuel,” Bateman said. “Our 60th Aerial Port Squadron Airmen developed a load plan. The expediters loaded the cargo onto the airplane, and our maintainers ensured the C-5M was flyable. It’s a huge team effort to ensure we are mission ready. I feel like I have the smallest part of it. I just fly the airplane.”
A KC-46A Pegasus during testing with a C-5M Super Galaxy for the first time on April 29, 2019.
(U.S. Air Force photo by Christian Turner)
On April 29, 2019, Master Sgt. Willie Morton, 418th Flight Test Squadron flight test boom operator, oversaw operations in the back of the KC-46 during the testing process.
“This was a once-in-a-lifetime opportunity,” Morton said. “I was a KC-10 Extender boom operator at Travis for about 13 years so going to the KC-46 and being a part of the next step in aerial refueling is pretty awesome. I have the chance to provide input on an aircraft that will be flying missions for many years.”
A United States Air Force KC-10 Extender.
(U.S. Air Force photo by Master Sgt. Mark C. Olsen)
To complete refueling with the KC-46, boom operators must use a series of cameras that project a 3D image on a screen. These refueling experts then use that image to carefully guide aircraft into position, Morton said.
“We are testing capabilities at low altitudes, high speeds, high altitudes and high speeds, as well as heavy and light gross weights so we know how the aircraft will respond,” he said. “We have to find the optimal speed the C-5M can fly at to support refueling. We are also doing our best to ensure the mechanical compatibility of the KC-46 and C-5M.”
According to Lt. Col. Zack Schaffer, 418th FLTS KC-46 Integrated Test Force director, the testing is a joint effort between the USAF and Boeing.
“The KC-46s being used for this test effort are owned by Boeing and operated by a combined Air Force and contractor crew,” Schaffer said. “All the test planning and execution is being led by the 418th FLTS, part of the 412th Test Wing at Edwards. The flight test program evaluates the mechanical compatibility of the two aircraft at all corners of the boom flight envelope, as well as handling qualities of both the tanker, boom and receiver throughout the required airspeed and altitude envelope at different gross weights and center of gravity combinations.”
The 418th FLTS is also responsible for developmental testing of the C-5M, and is providing a test pilot to support the C-5M side of the certification testing, Schaffer added. The C-5M was crewed primarily by the 22nd AS with augmentation from the 418th.
A United States Air Force C-5 Galaxy in flight.
(U.S. Air Force photo by Brett Snow)
“Additionally, the military utility, lighting compatibility and fuel transfer functionality is also being evaluated,” Schaffer said. “The testing is expected to take approximately 12 sorties to complete.”
Once the testing is complete, the results will be used to develop the operational clearance necessary to allow KC-46s to refuel the C-5M for missions.
“The C-5M is also one of the receivers required to complete the KC-46 Initial Operational Test and Evaluation program, which is a prerequisite to the KC-46 being declared operationally capable,” Schaffer said. “Completing the testing necessary to expand the operational capabilities of the KC-46 is a critical step in modernizing the Air Force’s aging tanker fleet. The 60th Air Mobility Wing at Travis has provided outstanding support to ensure this testing can get the warfighter expanded capabilities as soon as possible.”
Identifying potential problems is also a focus of the testing, Moore added.
“It’s important, if any issues are identified during the testing, to ensure counter measures are created to overcome those issues,” Moore said. “We want to get the best product to the warfighter to extend global reach and mobility.”
Travis is scheduled to receive its first KC-46 in 2023.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Just shy of twenty years ago, Florent Groberg was getting ready to graduate from high school. He was a newly-minted American, an immigrant from France. Like many Americans, he went on to college and studied things he was passionate about while playing college sports in his spare time.
Unlike many Americans, Groberg didn’t go off to work in the civilian sector after graduating. Groberg joined the U.S. Army and became an officer in 2008. That decision would alter the course of his life forever.
President Barack Obama presents the Medal of Honor to retired U.S. Army Capt. Florent Groberg
Since entering the Army in 2008, Groberg has had some 33 surgeries and was retired from the service. His time in the Army was, of course, consequential for many, not just himself. His second tour in Afghanistan would be the defining event of his service.
He was a Personal Security Detachment Commander for Task Force Mountain Warrior in Afghanistan’s Kunar Province in August 2012. One day, while escorting high-ranking senior American and Afghan leaders to the provincial governor’s compound, Groberg noticed one person making a beeline for their protected formation. Noticing a significant bulge in the man’s clothing, the Army officer didn’t just shout at the man, he ran toward him.
Before anyone else could react, Capt. Groberg used his body to push the would-be suicide bomber away from the formation, not once but twice before he could detonate his vest. The blast killed four members of the formation but it could have been a lot worse – Groberg managed to push the man well outside the formation’s perimeter, limiting the damage to the group, while taking the brunt of it himself. The blast detonated a second vest nearby, which blew up almost harmlessly.
For Groberg, the first explosion was anything but harmless. The blast took off half of his calf leg muscle while damaging his nervous system, blowing his eardrums, and delivering a traumatic brain injury – but it could have been a whole lot worse.
This series of articles isn’t meant to offer concrete, hard-and-fast rules about close-quarters combat (CQB). Like anything in life, there are dozens of paths to a destination, and efficiency and safety make the difference. This article series will just present some things that many forget or are simply not aware of.
The reality of today is that the majority of tactical approaches for CQB have not been validated via scientific research. A loth of them have been adopted following one dude hearing from another dude who heard from a third dude. Some of the techniques work well on paper targets or deliver successful feedback to the team or to the viewer on the catwalk with a timer. But they aren’t actually human-behavior compliant, or in other words, they aren’t going to work when bullets are being exchanged. The purpose of this article is to highlight certain known or commonly performed errors that are not human-behavior compliant and work against our human instincts but are still taught around the globe as a standard.
Let’s begin with a small, very raw experiment. Stretch your arm while thumbing up. Now, look at the thumb. It appears in great detail, but to its right and left, your vision is more blurry. Your vision acutely drops by 50 percent to each side of the thumb. Long story short, precision sight is limited by angle due to the unique structure of the human eye. The conclusion is that:
While on your sights, only a narrow field of precision information can be processed. In low-light situations, you can imagine how fragile that becomes.
A wider field of peripheral (not in-depth) vision can be triggered by OR (observation response, aka movement that attracts the eyes)
Focused vision (aka Foveal field of vision) is only 1.5 inches in diameter at six feet and 2.5 inches at 10 feet. The central visual field is 12.7 inches in diameter at six feet and 21.1 inches at 10 feet. The peripheral visual field has no ability to detect precision focus. In other words, anything the green circle below covers has no sharp detail/precision sight coverage.
This image is a rough estimation and might be few inches off. Our Photoshop skills suck. (SOFREP)
Now that you are aware of these limitations I can present my case. One of the biggest problems that I encounter with both experienced and non-experienced students in CQB is that they move into rooms with their eyes buried into optics or slightly above. To my observations, this is one of the most consistent errors I see even in professional circles. I believe that its source is inexperienced instructors receiving implicit knowledge from movies or from someone who heard that reticle + target = success. Not always.
I’ll state the obvious: The average distance for CQB engagement is less than 10 meters and commonly ends up at three meters away from a threat. Things happen quickly and up close. There are two major factors that have a huge effect on human performance in CQB and should be considered: a lack of time and a limited field of view, both of which impact our intake of critical data and our target discrimination.
Viewing the world through a toilet paper roll will result not only in missing vital visual information — such as that extra door behind a closet or an innocent-looking tango secretly holding a folding knife — but will also result in accidents, such as a wingman shooting the shoulder or elbows of the point man because he could not get that visual data while under acute stress response (see the video above). While using pistols, this is even more apparent. From what I’ve seen with police officers, the wingman or the guy in the back will often experience target fixation and will flag the shit out of his partner’s head or body due to the sight fixation effect. Additionally, a shooter may trip over furniture, debris, kids, or other obstacles that are quite low and won’t be visible when you reduce your field of view to a toilet paper roll.
I have also recognized that reaction time seems to diminish until the individual receives a physical stimulus indicating there is, in fact, a threat in front of him. You are probably asking why. Well, it is simple: The shooter missed the critical vision information necessary to indicate the presence of a threat or a human being. In other words, the individual’s eyes were not receiving enough sensory data to process. Instead, his eyes were fixed on a reticle and linear perspective.
To summarize, sight fixation — moving with eyes locked on sights — is something that belongs in the movies. Sadly, the idea of clearing rooms while looking through optics is very common nowadays. Let’s be honest: Why do you need to aim down your Aimpoint at three meters, anyway? The only answer would be when precision shots (read, in hostage situations) are a must.
Flashlights are a force multiplier
For many people, flashlights are associated with crickets, dark rooms, or night operations. In reality, flashlights could and should be used as a standard, even in illuminated rooms, as soon as you encounter a non-compliant person or a threat.
Assuming your flashlight is powerful enough (which it should be), it can act as a non-lethal weapon that will disorient or divide attention, impairing a threat’s attempt to OODA himself or become proactive, since any kind of sensory stimulation moves them closer to a sympathetic response. For no-light/low-light situations, there are several nice techniques that can significantly reduce the threat’s capability to anticipate the moment of entry.
How can a flashlight be of help?
It’s a great disorientationtool. A flashlight’s beam pointed in the eyes can confuse and disorient a threat while giving you the threat’s specific location inside a room.
It divides attention. Flashlights are the ultimate tool of deception and manipulation. Especially since in low-light conditions, the world looks like a framed picture without details, contrast, or colors. You get to fill that picture; to manipulate it to fit your needs. It also causes a threat to fixate on the light, soaking up their attention and keeping it off your partners, who are ideally triangulating the threat.
It’s silent. The flashlight has no sound or signature, and will not compromise you during daylight.
It increases reaction time. Simply put, being able to see clearly increases your reaction time when determining threats versus hostages or obstacles.
During daylight room clearing, we instruct our students at Project Gecko to use flashlights almost as default (this also depends on law enforcement or military context) upon encountering a human presence in close proximity. A beam of 500 lumens can save your life. It will surely buy you more time and control, and in some cases — assuming your training is solid — it can even provide concealment. (We will get to this later in this article series.)
Acknowledge the potential of your flashlight. And don’t be cheap — carry two. One mounted and another handheld.
This article was written by Eli Feildboy, founder and CEO of Project Gecko and former Israeli commando. It was originally published in 2019.
Contrary to popular belief, a decent percentage of the human population has known definitely the Earth was roughly spherical for over two thousand years. Hardly impressive, as noted in our BrainFood Show podcast, bees also use this fact in their own absurdly fascinating navigation and in communicating directions to other bees.
As for humans, we took a little longer to realize this, with Pythagoras (6th century B.C.) generally credited with being the first known person to have suggested a spherical Earth, though the idea didn’t exactly catch on at this point. Aristotle (4th century B.C.) agreed and supported the hypothesis with observations such as that the southern constellations rise higher in the sky when a person travels south. He also noted that during a lunar eclipse the Earth’s shadow is round. Much more definitively, the 3rd century BC head librarian at the Library of Alexandria, Eratosthenes, built on their ideas and managed to calculate the circumference of the Earth with remarkable accuracy. How? He simply used the knowledge that at noon on the Summer Solstice there was a well in Syene where the sun shown directly down to the bottom, with no shadow. Thus, at noon on Summer Solstice he used a rod to measure the angle of the shadow made in Alexandria and found it to be about 7 degrees or about 1/50th of a circle. With this information, he now just needed to know the exact distance between Syene and Alexandria to get the circumference of the Earth (about 50 times the distance between Syene and Alexandria). He hired a survey crew, known as bematists, to measure the distance, which they found to be about 5,000 stadia. He then concluded the Earth must be about 250,000 stadia around. Depending on which stadion measurement he was using, his figure was either just 1% too small or 16% too large. Many scholars think it likely that he was using the Egyptian stadion (157.5 m), being in Egypt at the time, which would make his estimate roughly 1% too small.
Moving on to the so called Dark Ages in which Christianity supposedly squashed such outlandish ideas as a spherical Earth, the truth is actually the opposite. In Christian medieval Europe, 7th century Catholic monk and scholar Bede produced an influential treatise that included a discussion of the spherical nature of the world. This work, The Reckoning of Time, was copied and distributed to clerics across the Carolingian empire. Later, in the 1300s, Dante Alighieri’s Divine Comedy also describes the Earth as a sphere and again nobody seemed to have a problem with this.
Dante shown holding a copy of the Divine Comedy, next to the entrance to Hell, the seven terraces of Mount Purgatory and the city of Florence, with the spheres of Heaven above, in Michelino’s fresco.
The Catholics and later other branches of Christianity weren’t the only religious sects that seemed to have its clergy and scholars almost universally think the world was spherical. The Islamic world also concurred. As historian Jeffrey Burton Russell sums up,
With extraordinary few exceptions, no educated person in the history of Western Civilization from the third century B.C. onward believed that the Earth was flat.
Beyond the academics of the Western world, even the most empty headed sailor knew the Earth was spherical simply by the fact that ships disappear over the horizon with the bottom first and then the mast the last to be sighted. A similar effect is observed when spotting land from a ship. It doesn’t take a rocket surgeon to realize the sea’s surface must curve continually.
Despite this, there really still is a tiny percentage of the populace of the developed world who believe the world is flat.
You might at this point be wondering just how many? While internet comment threads make it seem as if the percentage is large, the reality is probably drastically less. (Comment trolls gonna troll.)
As for some numbers, according to a 2018 poll run by the massive market research firm YouGov, the 8,215 responses which were chosen to have a high probability of accurately representing the wider adult populace, showed,
84% of respondents said they have always believed the world is round
5% stated “I always thought the world is round, but more recently I am skeptical/have doubts”,
2% stated “I always thought the world is flat, but more recently I am skeptical/have doubts”
and 2% went with “I have always believed the world is flat”.
The remaining 7% stated “Other/not sure”.
While the good people at YouGov certainly know their stuff with respect to getting accurate data that represents the wider populace, we were curious as to what a larger sample of our own audience would reveal, though with the caveat that a general internet poll can sometimes be notoriously inaccurate. But for the curious and for whatever it’s worth, our poll asking more or less the same questions received over 72,000 votes. What were the results? Approximately
96% of respondents stated they “firmly believe the world is round”,
1% went with “I used to firmly believe the world is round, but now have doubts”
1% voted for “I firmly believe the world is flat”
0% stated “I used to firmly believe the world is flat, but now have doubts”
1% noted “I am not sure what I believe on this issue.”
These numbers seem surprisingly reasonable for an online poll when compared to something a little more rigorously implemented like the YouGov poll. While our numbers skew more towards Round Earthers, this is perhaps to be expected given we know definitively that our audience skews towards being much more educated than the general populace.
And just because we were curious about the many, many online trolls who, as stated, it’s our pet hypothesis are actually making it seem like there are a lot more Flat Earthers than there actually are, we did a follow up poll which got 54,000 votes. For whatever it’s worth, in this one, approximately
9% of respondents stated “I believe the world is round, but sometimes say online it’s flat”
2% stated “I believe the world is flat and advocate this position online”
The remaining 89% stated “Neither applies to me.”
(And, yes, we know those numbers don’t add up to exactly 100% in either case, but YouTube’s polling system rounds to the whole number, so here we are.)
Those numbers out of the way, this finally brings us to who started the relatively modern Flat Earth movement and how on God’s oblate spheroid Earth this movement is actually growing in an era where nearly all human knowledge is almost literally at everyone’s fingertips?
The genesis of the modern Flat Earth Society started in the mid-19th century thanks to one Samuel Rowbotham of London, England. Dropping out of school at the tender age of 9, Rowbotham would eventually become convinced, or at least claimed he was, that not only was the Earth flat, but that everything we see in the heavens is actually only a few thousand miles from the Earth- stars and all. While his ideas were absurd for an incredible number of reasons, even given the technology and scientific knowledge of his era, what Rowbatham had going for him was he was reportedly incredibly quick on his feet in debates and an extremely charismatic speaker, able to twist the words of even the best academics. It didn’t matter if he was actually right or not, only that he was better at convincing laypeople than the academics he regularly debated, or at least good at creating reasonable doubt. As noted by a contemporary article published in the Leeds Times,
One thing he did demonstrate was that scientific dabblers unused to platform advocacy are unable to cope with a man, a charlatan if you will (but clever and thoroughly up in his theory), thoroughly alive to the weakness of his opponents.
Besides making a small fortune public speaking, he also wrote various works including a book aptly titled Earth Not a Globe. Rowbotham ultimately created the Zetetic Society, which, besides advocating for a flat Earth, also advocated that only facts one could prove themselves could be accepted as true. On the side, Rowbotham also began going by “Dr. Samuel Birley” and making money selling people on cure-alls and life extenders of his own invention, among other such activities.
While by the early 20th century the society he started had gradually faded into even more obscurity than it already was at its peak during Rowbotham’s lifetime, all was not lost. The truth cannot be killed so easily! In 1956 when mankind was on the verge of putting a satellite in orbit, Samuel Shenton of Dover, UK, came across the former works of the Universal Zetetic Society, the successor to Rowbotham’s, and was hooked. He then established the International Flat Earth Research Society (IFERS) which adopted some of the ideas of the Zetetic Society before it, most notably, as you might have guessed from their new name, that the Earth is flat.
A “flat-Earth” map drawn by Orlando Ferguson in 1893.
Of course, his timing wasn’t exactly ideal given the launch of Sputnik in 1957 which, beyond being in orbit, put out a signal that anyone with a little know-how could track, very clearly demonstrating the spherical nature of the Earth.
This didn’t phase him in the slightest, however. He simply noted that satellites circled over the disc of the world and that, “Would sailing round the Isle of Wight prove that it were spherical? It is just the same for those satellites.”
When pictures of the Earth were taken from space clearly showing the planet’s spherical nature, the man who strongly advocated trusting what you can see with your own eyes stated, “It’s easy to see how a photograph like that could fool the untrained eye.”
When astronauts came back still believing the Earth wasn’t flat, he went with the catch-all explanation for any conspiracy theory when no other suitable explanation can be thought up- “It’s a deception of the public and it isn’t right.”
Despite the giant, roughly spherical mound of evidence staring the members right in the face, including the variety easily confirmed by anyone with a modicum of knowledge in physics, the society did not die completely, though by 1972 had dropped from a peak of about 3,000 members down to around 100 spanning the globe.
That same year Shenton died and Californian Charles Johnson more or less took over the remnants, creating the International Flat Earth Research Society of America. Johnson also advocated that there was a global conspiracy with regards to the very flat Earth, not just today, but spanning millennia. To quote him, this was a conspiracy that “Moses, Columbus, and FDR all fought” against. Beyond that Columbus most definitely thought that the Earth was roughly spherical, simply misjudging its circumference, we’re guessing Moses didn’t have to fight anyone on this one as the Ancient Egyptians firmly believed in the concept of a flat Earth, as did seemingly the Hebrews around the time he supposedly lived.
A close-up view of the Babylonian map of the World. This partially broken clay tablet contains both cuneiform inscriptions and a unique map of the Mesopotamian world. Probably from Sippar, Mesopotamia, Iraq. 700-500 BCE.
So what exactly do the world’s governments and countless scientists and high school physics students throughout human history have to gain by convincing people the world is spherical instead of flat? Well, Johnson advocated that this is a tool used by scientists to get rid of religion. Of course, as noted, Christian scholars throughout history on the whole advocated for the very spherical Earth and we’re not aware of any major religious denomination the world over today that goes with the flat Earth model, so no apparent conflict… But, hey, we guess Eratosthenes must have really had it in for those Ancient Egyptian and Greek gods…
In any event, despite Johnson’s less than compelling arguments, over time this new society actually gained followers up to a peak of about 3,500 members under his leadership. Disaster struck, however, when a fire at headquarters destroyed some of the records of membership in 1997. Ultimately Johnson himself passed away in 2001 and the society was temporarily just as dead.
All was not lost, however, as there is no medium greater than the Internet at giving humans ability to discover the truth in anything for themselves… if we weren’t all so lazy and our monkey brains not so chock full of cognitive biases.
And so it was that in 2004, one Daniel Shenton created a discussion forum home for the mostly dead Flat Earth Society and by 2009 a new wiki website was created in its place, with the society slowly growing from there to apparently around 500 members to date. There are also many Flat Earth pages and channels on sites like Facebook, Twitter, and YouTube sometimes exceeding 100K members or subscribers of a given page, channel, or profile, for whatever that’s worth.
In the latest incarnation of the society, as with their forebears, the modern group strongly advocates for only accepting that which you can see with your own eyes and prove with your own efforts. As they note on their website,
The simplest is by relying on ones own senses to discern the true nature of the world around us. The world looks flat, the bottoms of clouds are flat, the movement of the Sun; these are all examples of your senses telling you that we do not live on a spherical heliocentric world. This is using what’s called an empirical approach, or an approach that relies on information from your senses. Alternatively, when using Descartes’ method of Cartesian doubt to skeptically view the world around us, one quickly finds that the notion of a spherical world is the theory which has the burden of proof and not flat earth theory.
As for the model of the Earth they go with, while there is some dissension among the ranks over exact details, the current belief advocated by the Flat Earth Society is that the the Earth is disc shaped. The North Pole lies at the center of this disc and there is an ice wall surrounding the outer most parts of the Earth that keeps the oceans contained. This wall is nearly impossible to reach owing to the fact that NASA is closely guarding it, ensuring no one ever gets close enough to see it for themselves. NASA also is extremely active in generating satellite photos of the Earth and generating other data all meant to keep people believing in a spherical Earth. Seemingly the Google Earth team must be in on it too, clearly abandoning the company’s long held unofficial mantra of “Don’t be evil.”
As evidence of this conspiracy and how far reaching it is, they also point out on their website that the United Nations emblem strongly resembles the Flat Earth Society’s view of what the Earth actually looks like.
(We guess clearly showing the logo design team, led by industrial designer Oliver Lincoln Lundquist, in 1945, didn’t get the memo that the true shape of the Earth was supposed to be a secret. You had one job Lundquist!!!
To be fair, however, when his team designed it, it was originally just supposed to be used on the badges at the United Nations Charter signing conference, so only for people who already knew the Earth was flat… Fun fact, Lundquist did, however, make up for the screw up by later designing the classic blue and white Q-tip box.)
In any event, you might at this point be wondering how the Flat Earth Society believes commercial airlines and ships the world over continue to seemingly travel in one direction and manage to circle the globe. Well, this is because these ships and planes are literally circling. They state, “circumnavigation is performed by moving in a great circle around the North Pole.”
As for how the ship and plane captains don’t seem to be aware of this, in modern times it’s because GPS devices and autopilots are designed in software to simply make it seem like the craft is circling a globe and not continually turning slightly. Of course, it’s not clear how they account for people tricking themselves when navigating before or without GPS, which has only been ubiquitous for a couple decades or so.
There’s also the fact that fuel burn on these ships and airplanes are carefully calculated, particularly important for planes where weight and balance is always an essential consideration if one doesn’t want to die a fiery death. Thus, if they were really traveling in the way the Flat Earthers claim, the fuel requirements would be different, sometimes vastly so. (No surprise here that Big Oil must be involved…)
As for, you know, the whole day and night thing, this is explained on their website “The sun moves in circles around the North Pole. When it is over your head, it’s day. When it’s not, it’s night. The light of the sun is confined to a limited area and its light acts like a spotlight upon the earth… The apparent effect of the sun rising and setting is…a perspective effect.”
The Sun, as seen from low Earth orbit overlooking the International Space Station.
How exactly the light from the Sun only works as a spotlight isn’t clear. It’s also not clear how the phases of the Moon and lunar and solar eclipses work given this spotlight model and given they believe the Sun is always above the Earth…
Moving on — as for the many people who claim to be able to see the curvature of the Earth when on high altitude commercial flights, well, the Flat Earth Society, who advocated trusting your own senses over what anyone tells you. tells these people, to quote, “Quite simply you cannot… the windows on commercial aircraft are small and heavily curved. Even if they flew high enough for a person to see curvature, it would still not be visible to passengers.”
As for the issue of someone with even a half way decent telescope being able to see the spherical nature of other planets in the solar system, including them spinning away, the Flat Earth Society claims,
Planets are orbiting astronomical objects. The Earth is not a planet by definition, as it sits at the center of our solar system above which the planets and the Sun revolve. The earths uniqueness, fundamental differences and centrality makes any comparison to other nearby celestial bodies insufficient – Like comparing basketballs to the court on which they bounce.
As for how gravity works in the flat Earth model, it turns out that, “The earth is constantly accelerating up at a rate of 32 feet per second squared (or 9.8 meters per second squared). This constant acceleration causes what you think of as gravity. Imagine sitting in a car that never stops speeding up. You will be forever pushed into your seat. The earth works much the same way. It is constantly accelerating upwards being pushed by a universal accelerator (UA) known as dark energy or aetheric wind.”
You may have spotted a problem with this explanation given the whole issue of eventually exceeding the speed of light. In fact, if constant acceleration at 9.8 meters per second squared, it would only take about a year for the Earth to reach the speed of light.
Well, they’ve got you covered, explaining: “Due to special relativity, this is not the case. At this point, many readers will question the validity of any answer which uses advanced, intimidating-sounding physics terms to explain a position. However, it is true. The relevant equation is v/c = tanh (at/c). One will find that in this equation, tanh(at/c) can never exceed or equal 1. This means that velocity can never reach the speed of light, regardless of how long one accelerates for and the rate of the acceleration.”
Anyway, as to what lies below the Earth, this is heavily disputed among Flat Earthers. But it doesn’t really matter as you can’t get there anyway. You see, to quote Flat Earther Robbie Davidson in an interview with Forbes, “We don’t believe anything can fall off the edge, because a big portion of the flat earth community believes that we’re in a dome, like a snow globe. So the sun, moon and stars are all inside. It’s very high but all contained inside. So there’s no way to actually fall off of the earth.”
Given it only takes a modicum of effort to disprove pretty much everything said on their website and prove definitively for one’s self that the Earth is roughly spherical without needing to trust any scientist or government, you might think the Flat Earthers just aren’t trying. Well, you’re kind of right, but there are exceptions! Case in point — limo driver Mike Hughes who managed to raise about ,000 thanks to a Flat Earth fundraiser. Why? To build a rocket to reach the heavens with to once and for all prove the Earth was flat.
Reportedly the final hilariously fitting steam powered rocket and launch platform cost around ,000 and took about ten years to build. With it, Hughes managed to achieve an altitude of almost 1,900 feet, which while kind of impressive for an amateur built home made rocket that could carry a human, was nonetheless not able to achieve his objective of getting him to space.
If only it was possible to build more powerful rockets… Or if there existed a balloon designed to be able to soar into the heavens with some sort of device on board that could capture and store what it sees through an eye like apparatus… Or, stick with us here people, if a human going along for the ride was a requirement to show NASA hadn’t tampered with this futuristic visual capture device, some sort of bird-like machine that could carry humans above 1,900 feet…
All joking and head scratching aside, it’s always important to note that many of the core psychological quirks that see Flat Earthers intractably convinced the Earth is flat in the face of all evidence to the contrary exist in all of us. Monkey brain gonna monkey. We further all have many beliefs we firmly cling to just as tenuously supported by our level of knowledge on a subject, though thankfully for most of us the absurdity isn’t quite so easy to spot, allowing us to safely continue to think of ourselves as superior to mere mortals with alternate ideas…
In the end, we all firmly believe many things that aren’t true at all and no amount of evidence could ever convince any of us to change our minds on some of these things. Food for thought.
This article originally appeared on Today I Found Out. Follow @TodayIFoundOut on Twitter.
For months, the Avengers: Endgame speculation machine limped along on slivers of evidence: A leaked picture of a Lego set, frame-by-frame breakdowns of misleading trailers, tweets from Chris Evans. With so little to go on, it’s no wonder that no one has actually figured out what’s going to happen.
But now that we’re weeks away from Endgame hitting theaters, there are promotional appearances from the cast and crew and, along with them, more information trickling out.
Case in point: last weekend’s press junket. After showing six minutes of footage, the assembled actors and directors took questions from the media. Yahoo! asked about the ending of Infinity War, specifically the disintegration of half of the Avengers by the Infinity Gauntlet-wielding Thanos.
Mark Ruffalo said that he wasn’t sure the Hulk would survive until he saw the movie. Don Cheadle talked about how hard it was being left behind, and Chris Hemsworth joked that he had “survivor’s guilt.”
The most honest answer came from Scarlett Johansson: “I think like every actor you’re just like, ‘Great, I get more screen time.'”
But by far the most interesting response for fan theorists came from Joe Russo, director, along with his brother Anthony, of both Infinity War and Endgame.
“The only thing we’ll say in that regard, is that there’s a reason that the original six Avengers survived,” he shared.
True to his word, that was the only thing Russo said in that regard, leaving fans to speculate as to what the reason might be. You can find out for sure on April 26, 2019, when you can finally watch the film (assuming you were able to get tickets).
This article originally appeared on Fatherly. Follow @FatherlyHQ on Twitter.
That gives scientists a chance to complete the mission’s main goal: to map Jupiter’s magnetic and gravitational fields.
This work is done by flying Juno over Jupiter’s cloud tops at speeds roughly 75 times as fast as a bullet. These flybys, called perijoves, happen once every 53.5 days. The most recent one (Juno’s 14th perijove) occurred on July 16, 2018, and the prior flyby was on May 24, 2018.
The high-speed trips have allowed NASA to document the gas giant like never before. An optical camera called JunoCam captures beautiful images of Jupiter each time, and the space agency uploads the raw photo data to its websites. Then people around the world can download that data and process it into stunning color pictures.
Here are 13 mesmerizing images from the latest perijove, along with a few highlights from past flybys.
This high-contrast photo was processed by NASA software engineer Kevin M. Gill, who processes raw data from each perijove soon after it becomes available. You can find more of his work on Twitter or Flickr.
A 3D illustration of Jupiter’s stormy north pole made using infrared photos taken by NASA’s Juno probe.
Jupiter’s Great Red Spot looks like a leering ruddy-red eye in this processed image from Juno’s 12th perijove.
Doran also made this mysterious portrait of the planet, in which you can see the twinkle of myriad stars in the background.
You can see more of Doran’s work on his Twitter or Flickr pages, and he also sells some of his Jupiter images as posters through the platform Redbubble.
An illustration of NASA’s Juno probe flying over Jupiter’s Great Red Spot superstorm.
Half of Jupiter’s icy moon Europa as seen via images taken by NASA’s Galileo spacecraft in the late 1990s.
Jupiter as seen by the Juno probe during its 10th perijove.
For the next three years, though, we’ll continue to get new batches of incredible images from the farthest solar-powered spacecraft ever launched from Earth.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The Navy has said it has top-secret information about unidentified flying objects that could cause “exceptionally grave damage to the National Security of the United States” if released.
A Navy representative responded to a Freedom of Information Act request sent by a researcher named Christian Lambright by saying the Navy had “discovered certain briefing slides that are classified TOP SECRET,” Vice reported last week.
But the representative from the Navy’s Office of Naval Intelligence said “the Original Classification Authority has determined that the release of these materials would cause exceptionally grave damage to the National Security of the United States.”
The person also said the Navy had at least one related video classified as “SECRET.”
Vice said it independently verified the response to Lambright’s request with the Navy.
Lambright’s request for information was related to a series of videos showing Navy pilots baffled by mysterious, fast objects in the sky.
The Navy previously confirmed it was treating these objects as UFOs.
An image from a 2004 video filmed near San Diego showing a UFO.
(CNN/Department of Defense)
The term UFO, along with others like “unidentified aerial phenomena” and “unidentified flying object,” does not necessarily mean the object is thought to be extraterrestrial. Many such sightings ultimately end up having logical and earthly explanations — often involving military technology.
A spokeswoman for the Pentagon had also previously told The Black Vault, a civilian-run archive of government documents, that the videos “were never officially released to the general public by the DOD and should still be withheld.”
The Department of Defense videos show pilots confused by what they are seeing. In one video, a pilot said: “What the f— is that thing?”
The Pentagon spokeswoman Susan Gough said this week that an investigation into “sightings is ongoing.”
Joseph Gradisher, the Navy’s spokesman for the deputy chief of naval operations for information warfare, told The Black Vault last year: “The Navy has not publicly released characterizations or descriptions, nor released any hypothesis or conclusions, in regard to the objects contained in the referenced videos.”
Another pilot told the outlet: “These things would be out there all day.”
Pilots told The Times that the objects could accelerate, stop, and turn in ways that went beyond known aerospace technology. Many of the pilots who spoke with The Times were part of a Navy flight squadron known as the “Red Rippers,” and they reported the sightings to the Pentagon and Congress.
“Navy pilots reported to their superiors that the objects had no visible engine or infrared exhaust plumes, but that they could reach 30,000 feet and hypersonic speeds,” the Times report said.
Scientists also told The Times they were skeptical that these videos showed anything extraterrestrial.
Gough, the Pentagon spokeswoman, would not comment to Vice on whether the 2004 source video that the Navy possessed had any more information than the one that has been circulating online, but she said that it was the same length and that the Pentagon did not plan on releasing it.
An image from the 2015 video.
John Greenewald, the curator of The Black Vault, told Vice in September that he was surprised the Navy had classified the objects as unidentified.
“I very much expected that when the US military addressed the videos, they would coincide with language we see on official documents that have now been released, and they would label them as ‘drones’ or ‘balloons,'” he said.
“However, they did not. They went on the record stating the ‘phenomena’ depicted in those videos, is ‘unidentified.’ That really made me surprised, intrigued, excited, and motivated to push harder for the truth.”
US President Donald Trump said in June that he had been briefed on the fact that Navy pilots were reporting increased sightings of UFOs.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Children love playing with toys. So, it makes sense that immature adults love playing with toys, too. A benefit of being in the military is that we can pretend like there’s actually a legitimate reason for playing along.
Somewhere along the line, a high-ranking officer saw that same immature troop accomplish some good through playing with toys and gave the following the seal of approval.
1. Nerf guns
Never underestimate the abilities of a bored infantry platoon looking for a way to let off steam. Stacking and clearing “glass houses” (which are really just white tape on the ground) and using your gun-shaped fingers as mock-weaponry gets kinda dull after a while.
What’s actually fun is when the platoons of hardened warfighters practice their battle drills in the barracks by kicking in doors and tagging each other with Nerf darts while they’re on the toilet.
2. Paintball guns
The rules of engagement are taken very seriously by troops who are deployed. First, you must establish a show of force, letting a potential enemy know you’re armed. Then, you shout, usually through an interpreter or in broken Farsi, to let the enemy know they should back the f*ck up. If they still don’t back away, you can physically “shove” them in the direction they should be going in. Finally, use of force is authorized.
Some troops find it easier to just cover their feet with colored paint than to bust out the real weapons.
3. Little, green Army men
Sand tables are used by commanders to show a rough overview of the mission. Many different things can be designated as a unit. This broken stick? The objective. And this pebble will flank in through the south — like this.
Commanders can clear away a bunch of the confusion by ordering a $5 bucket of plastic Army guys. Add a little bit of paint and you’ve got some distinct markers.
“Okay, first platoon. You’re going to wave your rifles in the air like an idiot. Second, you’re going to kneel with a radio.” (Photo by Sgt. Tracy McKithern)
4. Silly String
Trip wires are placed by the enemy on the paths through which troops will walk. When someone bumps into it, the attached explosives detonate. The solution? A cheap can of Silly String.
The string shoots out pretty far and is so soft and light that it won’t set off the wire. If troops spray it through a doorway, they’ll quickly discover a trap. Even if a wire is sensitive enough to be tripped by silly string, the surprisingly long range of the spray gives troops enough distance to mitigate some of the explosion.
The military has plans for everything, especially communication. Primarily, units depend on secured, frequency-hopping radios. Alternatively, troops can rely on a slightly less secure radio. In case of an absolute emergency, send a runner.
A cheap, effective, “ah-crap” plan is to use regular walkie-talkies instead of sending that runner to maintain unit integrity.