The Navy’s tradition of honoring past American Presidents by naming aircraft carrier after them is alive and well. The USS Ronald Reagan, the Abraham Lincoln, and the Gerald Ford are all symbols of the projection of American naval power all over the world. There’s just one exception, one that goes unnoticed by many, mainly because it’s supposed to.
The USS Jimmy Carter is named after the 39th President of the United States, but it’s a nuclear submarine. And there’s a great reason for it.
Carter dreamed of attending the U.S. Naval Academy even as a three-year-old.
Like many 20th Century Presidents before him, Carter was a Navy veteran. Unlike Nixon, Bush 41, or President Ford, Carter’s contributions to the Navy didn’t happen primarily in wartime, however, it happened after the Second World War. Carter, a graduate of the U.S. Naval Academy, was immediately appointed as an officer aboard a Navy submarine, the USS Pomfret. He served aboard a number of submarines, mostly electric-diesel submarines, until it was time to upgrade them. All of them.
While the United States was embroiled in the Korean War, Carter the engineering officer, was sent to work with the Atomic Energy Commission and later Union College in Upstate New York, where he became well-versed in the physics of nuclear energy and nuclear power plants. He would use that knowledge to serve under Admiral Hyman Rickover, helping develop the nuclear Navy. Carter would have to leave the active Navy in 1953 when his father died and left the family peanut farm without an owner. In less than a year after Carter’s departure, Rickover’s team would launch the USS Nautilus, the world’s first-ever nuclear-powered submarine and the first ship in a long line of nuclear ships.
The USS Nautilus
According to President Carter, Rickover was of the biggest influences on the young peanut farmer’s life. Carter’s 1976 campaign biography was even called Why Not The Best? – after a question Rickover asked the young naval officer while interviewing to join the nuclear submarine program.
Rickover asked Carter what his standing was in his graduating class at Annapolis and when Carter replied, Rickover asked him if he did his best.
“I started to say, ‘Yes sir,’ but I remembered who this was and recalled several times I could have learned more about our allies, our enemies, weapons, strategy and so forth. I was just human. I finally gulped and said, ‘No sir, I didn’t always do my best.”
“Why not?” asked Rickover. It was the last thing the Admiral said during the interview.
Rickover (far right) with then-President Carter and his wife Rosalyn, touring a U.S. nuclear submarine.
Later, of course, Carter would become Hyman Rickover’s Commander-in-Chief, having taken in everything he learned from Rickover about nuclear energy and the U.S. Navy. The nuclear sub would become one of the pillars of American national security.
As President, Carter would restrict the building of supercarriers due to their massive costs, instead favoring medium-sized aircraft carriers, much to the consternation of the Navy and defense contractors. It would make little sense to have Carter’s name on a weapons program he discouraged as President – kind of like having Andrew Jackson’s face on American currency even though the 12th President was opposed to central banking.
But the Navy had to do something for the only Annapolis graduate to ascend to the nation’s highest office and serve as the Leader of the Free World. So naming the third Seawolf-class submarine after the former submarine officer and onetime nuclear engineer made perfect sense. The USS Jimmy Carter is the most secret nuclear submarine on the planet, moving alone and silently on missions that are never disclosed to the greater American public.
Today marks 230 years that the Coast Guard has been serving the United States. The Coast Guard supplies a unique and valuable service to our country and is the only military organization within the Department of Homeland Security. To help celebrate its 230 birthday, let’s take a look at some fun facts about the Coast Guard that you might not know.
1. Writers, take heart.
Alex Haley, who wrote the Pulitzer Prize-winning novel, Roots, was the Coast Guard’s first journalist. After graduating high school at age 15, Haley enlisted in the Coast Guard in 1939 at the age of just 18 as a Mess Attendant Third Class, one of the only two ratings available to Black service members at the time. During his long patrols, Haley started writing letters to his friends and family – sometimes as many as 40 a week!
(U.S. Coast Guard Photo)
2. Swimmers, brush up on your freestyle.
Becoming a Coast Guard rescue swimmer is exceptionally difficult. In fact, more than half the people who try out for this assignment fail. Fitness standards for rescue swimmers include being able to function for thirty minutes in heavy seas. Swimmers must be able to think, perform challenging tasks, and react, all while either being submerged, holding their breath, or being tossed around by high waves.
3. Flags for all occasions.
The Coast Guard has two official flags – the CG Standard and the CG Ensign. The Ensign is flown by cutters and shore units, while the Standard flag is used at ceremonies. The Standard is used to represent the Coast Guard, but the Ensign flag is something altogether different. Since law enforcement is one of the Coast Guard’s core missions, the ensign flag is the visible symbol of law enforcement authority and is recognized globally.
4. Coast Guard deploys. No, really.
Service members of the Coast Guard have served valiantly in 17 wars and conflicts in US history. The CG was America’s first afloat armed force. It predates the Navy by several years and is older than most other federal government organizations. The Coast Guard’s motto, Semper Paratus (Always Ready), is proven time and again in its readiness to deploy.
5. Protecting the US is just a small part
In addition to protecting the United States coastlines, Coast Guard service members serve all over the world. You can find CG ships as far north as the Arctic, as far south as Antarctica and everywhere in between.
6. The Coast Guard isn’t very big
With roughly 40,000 Active Duty service members, the Coast Guard is just a little larger than the NYPD. Compared with over 554,000 in the Army and roughly 200,000 in the Marine Corps, the Coast Guard is definitely much smaller. But what the branch doesn’t have in personnel, it makes up for in might. Since its service members have acting law enforcement authority, their mission goes a long way to keeping America’s coastlines safe.
7. Coast Guard families don’t have the same resources
Resources available to other military families like Military One Source and MyCAA are inaccessible to CG families. In most situations, these DoD resources aren’t inclusive to members of the Coast Guard. Instead, CG personnel and families receive support through the Coast Guard Office of Work-Life, as well as the CG SUPRT organization.
8. It’s not easy to join
The Coast Guard is one of the most difficult branches of the military to get into because it accepts such few recruits. In addition to having to undergo a credit check and a security clearance, you should probably also have a college degree in hand. The branch requires a minimum of 54 points on the ASVAB, and if you have a shellfish allergy, you’re eliminated from applying. Basic training takes place at just one location, Coast Guard Training Center Cape May, in Cape May, New Jersey. It’s a good idea to know how to swim before joining, and if you’re selected, you should be comfortable jumping off a five-foot platform into a pool, swim for 100 meters, and then tread water for five minutes.
So there you have it! It turns out that the Coast Guard is one of the most elite branches of our military. As part of DHS, its service members help keep America’s 95,000 miles of shoreline safe. Maybe in time, DoD resources will open up to these valuable service personnel and their families. Until then, happy birthday, Coast Guard!
On Sept. 6, 2005, Air Force Pararescueman Master Sgt. Mike Maroney plucked 3-year-old LaShay Brown out of flood-ravaged New Orleans during the aftermath of Hurricane Katrina.
And for a decade after that, they lost touch.
At the time of the rescue, Maroney had spent six days on missions, and was battling post-traumatic stress disorder.
“When we were going to drop [Brown] off she wrapped me in a hug…that hug was everything. Time stopped,” Maroney said in a 2015 Air Force release. “Words fail to express what that hug means to me.”
The hug was captured in an iconic photo by Veronica Pierce, an airman first class at the time. Maroney didn’t know who Brown was, or how she’d fared.
The PJ went on to serve in Iraq and Afghanistan, keeping the photo to inspire him during tough moments. But according to a 2015 Air Force release, he always wondered what happened to the girl, especially around the anniversary of the rescue.
In 2015, they were reunited after 10 years on an episode of “The Real.” Since then, they’ve have stayed in touch.
Two years later, LaShay, now a Junior ROTC cadet, invited Maroney to her school’s JROTC ball. And Maroney accepted.
“I’m going because I would do anything to repay the hug to LaShay and her family. They mean as much to me as my own,” Maroney told People.com.
LaShay has intentions of joining the military but hasn’t decided which branch she will choose, a decision Maroney supports.
“I am proud of her no matter what she does and will support her in everything she does,” he told People. “I think she understands service and I believe that she will do great things no matter what she chooses.”
A Chinese firm has reportedly developed next-generation radar technology with the ability to see through American stealth defenses.
The Intelligent Perception Technology Laboratory successfully developed China’s first quantum radar system in August, several Chinese media outlets reported Sept. 8. The Laboratory is run by the 14th Institute of China Electronics Technology Group Corporation, a defense and electronic technology firm.
During real-world tests of China’s new quantum radar system, it was able to detect targets 100 kilometers (62.1 miles) away.
Quantum radar systems offer unjammable aircraft detection.
The B-2 Spirit bomber is one of the most sophisticated military aircraft ever built. China says it has developed a radar that can help shoot it down. (Photo: U.S. Air Force)
Older radar systems can be rendered ineffective in a number of different ways. For instance, white noise can be used to drown out the radar frequency, or aircraft can deploy chaff countermeasures to create a false reflection and confuse the radar system. Newer radar systems can skirt these defenses; however, it is now possible to intercept the radar signal and send back false images.
If electromagnetic and stealth countermeasures are deployed effectively, traditional radar systems can’t tell the difference between a floating piece of tin foil and a stealth fighter. Quantum radar systems cannot be so easily compromised though.
Mehul Malik, Omar S. Magana-Loaiza, and Robert W. Boyd, three researchers in the Institute of Optics at the University of Rochester in New York, determined in December 2012 that quantum-secured imaging could be used to develop an unjammable radar system.
“In order to jam our imaging system, the object must disturb the delicate quantum state of the imaging photons, thus introducing statistical errors that reveal its activity,” explained the three-man research team in a report. If a stealth aircraft attempts to jam a quantum radar system by intercepting the photons and sending back a false image, it will destabilize the signal and reveal an error, indicating that an enemy is trying to jam it.
China’s KJ-2000 early warning and control aircraft, which uses X-band radar technology and Beidou satellites, can reportedly spot the F-22, but it is difficult for the KJ-2000 to lock onto stealth aircraft.
Quantum radar technology rectifies this problem. Chinese military experts suggest that once a stealth aircraft is detected by a quantum radar system, it won’t be able to escape elimination by air defense missiles, reports the People’s Daily. China argues that its new quantum radar system will make stealth fighters like America’s F-22 and Russia’s T-50 completely visible to Chinese defense systems. Theoretically, this technology could also be used against a vast array of other stealth aircraft, including the F-35 and B-2.
China launched an unhackable quantum satellite last month. The launch was hailed as a breakthrough in quantum technology. China’s development of a quantum radar system represents another great leap forward in Chinese quantum technology.
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On September 4, 2018, the Secretary of the Army signed a memo that shifted the Earth under the U.S. Army by declaring that the Safety Brief, a longtime weekend ritual of every formation across the primary land forces of these United States, was no longer required.
For soldiers everywhere, the news was met with a sudden intake of breath and widening of the eyes.
And then, after careful reading, an eye roll and long sigh — because the memo only removed the requirement for the safety brief, it didn’t prohibit them. So, yeah, most soldiers are probably still getting safety briefs every weekend. But, through a network of squirrels, pigeons, and the occasional honey badger, WATM has learned about these 7 events that totally happened since the safety briefs were dropped at some units:
An investigating officer enters one of the stolen Army wreckers.
(U.S. Army Sgt. 1st Class Michel Sauret)
An unknown Fort Bliss corporal stole everything he could get his hands on, including the flagpole
An unidentified corporal assigned to Fort Bliss, Texas, went on a wild crime spree, stealing everything from a humvee to the keys to the dropzone to the physical flagpole from which the base colors fly. That last theft was only made possible by the multiple wreckers which he stole beforehand. Worse, the corporal ate the dropzone keys, and has not yet passed them.
When reached for comment, a Fort Bliss spokesman would only mutter, “We didn’t even think the dropzone could be locked. How the hell are we going to train there, now?”
No, it doesn’t make any sense that a sergeant first class led the fireteam, but this article is clearly satire — of course there are no real photos of the fireteam entering Canada.
(U.S. Air Force Senior Airman Haley D. Phillips)
A fireteam from Drum invaded Canada under the incorrect assumption that “it’s basically polite Russia”
Meanwhile, at Fort Drum, a single fireteam, working under the assumption that all countries under a certain temperature are basically Russia, invaded Canada with no warning, capturing two banks, a law office, and the Chamber of Commerce of a large town before the Canadian Army arrived and eventually captured them despite heavy losses.
The Fort Drum commanders quickly apologized, but were surprised when the Canadians simply offered to fly the fireteam to Moscow just to “see what the little hellions can do there.”
A rapid response team made up entirely of officer candidates were the first on scene after Pvt. Skippy’s actions were reported. They apparently took the threat of his captured “Charizard” seriously, while local NCOs shook their heads in disbelief.
(U.S. Army National Guard Maj. Matt Baldwin)
Pvt. Skippy of Joint Base Lewis-McChord went on a rampage
A common refrain of the weekend safety brief is, “Don’t beat your fish, don’t beat your dog, don’t beat your neighbor’s dog. You can beat something else of your own, but not your neighbor’s — unless it’s consensual.”
Apparently, that was the only thing stopping Pvt. Skippy, because he attacked every animal he could find in the vicinity of the barracks, according to MP reports. When apprehended, he explained that he was “playing Pokemon Go when the damnedest Pikachu showed up. It was all brown, smaller, and eating acorns,” and he asked the MPs why they hated video games.
His toxicology report has not yet come back.
By all reports, the girls, girls, girls survived, but will have to find new work in the harsh light of day.
(Rick Hall, CC-BY 2.0)
Three bars and two stripclubs have been declared total losses in the Fort Hood area
Base officials aren’t talking about what happened at a series of business right outside of South Fort Hood last weekend. At most, you can hear them mutter things about “tornadoes” and “wildfires” under their breath as they rapidly walk away.
But, insurance companies on the hook for the damages have pointed out that every damaged business caters to soldiers, was operating normally on Friday, and was expecting a slow weekend since the weather was normal and it wasn’t a paycheck weekend.
Instead, five businesses have been completely demolished and are currently littered with debris, broken teeth, and a few stray dog tags.
It only took one report of less-than-horrible meals at the facilities for the senior brass to know something was up.
(U.S. Army National Guard Sgt. Zach Tomesh)
Multiple detention specialists at Guantanamo Bay are facing charges of renting out cells on Airbnb
With the low numbers of prisoners currently housed at Gunatanamo, some specialists there apparently decided that a rules-free weekend was the perfect time to transition empty cells into small apartments, renting out the rooms to tourists on Airbnb.
The scheme was discovered quickly as guests kept wandering into the facility’s kitchens to steal ingredients and oven space for their personal meals. When soldiers on base started enjoying the food that came out, the brass knew something was up.
Fort Bragg Paratroopers are tested for the new STDs. With an average of less than two infections per soldier, the situation is much closer to normal than epidemic specialists had dared to hope for.
(Department of Defense Brenda Gutierrez)
Every D.A. civilian in North Carolina has contracted an STD
In a surprise twist on Fort Bragg, every Department of the Army civilian has contracted at least one STD, despite the fact that no one was trying to sleep with them.
Experts from the Center for Disease Control are working off the theory that the soldiers went so crazy when they weren’t reminded to not sleep with strippers, spouses, and local women, that they created a cross between multiple major STDs and an upper respiratory infection that was prominent in Fayetteville, N.C. at the time, allowing the previously sexually transmitted diseases to become airborne.
Either that, or the paratroopers left so much fluid on all of the base’s surfaces that now it’s just dangerous to be on or near the installation.
A new memo has been drafted making the safety brief mandatory once again
Amidst all the chaos, the Department of the Army is quietly preparing to reinstate the mandatory brief, hopefully while they still have an army to administrate. While retention rates have suddenly jumped, hospital admissions and police bookings have more than wiped out the retention advantage.
Basic trainees use airsoft M4s at Fort Jackson, SC (U.S. Army)
If you search online for airsoft guns, you’ll find a plethora of replica firearms that shoot 6mm plastic bbs. Airsoft guns can be used in a range of activities from casually plinking soda cans in the backyard to fully immersive military simulation events that can last for days. Naturally, U.S. military firearms like the venerable M4 carbine and M1911 pistol are popular choices for airsofters to carry into their bb battles. As a result, the airsoft market is awash with every conceivable variant of these, and other, real-world firearms. However, one gun has long been coveted by airsoft players for its popularity and rarity.
Used by armed forces, security agencies and police forces in at least 48 countries, Glock pistols are some of the most iconic firearms in the world. Though they are not standard issue with the U.S. military, their use in special forces units and general popularity led to a great demand for airsoft replicas. However, the Glock Company was very wary of their designs and trademark being used without their permission and aggressively combated airsoft replicas coming to the U.S. from Asia as counterfeit products.
U.S. soldiers receive instruction from their British counterparts on the Glock 17 (DVIDS)
Airsoft guns shipped from Asia bearing Glock logos were confiscated by U.S. Customs and were unable to be sold in the United States. To get around this, some retailers selling to U.S. customers would solder the trademarks off of the replica Glocks in order to get them past customs. The occasional entrepreneurial airsofter would make a trip to Japan and bring back a few airsoft Glocks declared only as “toy guns”, and sell them at an inflated price on the Glock-hungry American airsoft market.
However, despite the incredibly high demand for the airsoft version of Gaston Glock’s famous firearms, the replicas that did make it into the states were not perfect copies. Aside from the orange tips and the fact that they shot bbs rather than bullets, the airsoft Glock replicas were slightly wider than the pistols that served as their template. As a result, they did not fit in holsters designed for real Glocks.
Left: Elite Force really wants you to know that they have the Glock license (Author)
Right: If you force an Elite Force Glock into an OEM Glock holster, you’ll have a heck of a time getting it back out…trust me (Author)
In 2017, airsoft history was made when Glock finally gave out the license for Glock airsoft guns. The German manufacturer Umarex and its subsidiary, Elite Force, obtained a worldwide (except France and all French territories) exclusive license. The French company Cybergun obtained the Glock license in France and its territories. It’s a little confusing, but this detail is important.
With its parent company holding the license, Elite Force contracted Taiwan-based airsoft manufacturers Kien Well Toy Industrial Company and Vega Force Company to produce the licensed gas-powered airsoft Glocks. Both KWC and VFC had been making unlicensed airsoft Glocks and simply adjusted some of the markings on their guns to meet Elite Force and Glock’s requirements. However, even these licensed replicas suffered from the aforementioned fault of being too wide and not fitting in Glock holsters.
Credit where it’s due, the Elite Force Glock Gen 4s do have interchangeable backstraps (Author)
Enter Cybergun and its subsidiary, Spartan Military Law Enforcement. Holding licenses in France for FN Herstal, Sig Sauer, Famas, Colt, Kalashnikov, and now Glock, Spartan MLE contracts airsoft manufacturers to supply realistic training tools to military units and law enforcement agencies around the world. Since plastic bbs are extremely inexpensive compared to simunition rounds or other training solutions, many organizations have implemented airsoft as a training tool. Building their products to a high standard to simulate real firearms as closely as possible, Spartan MLE dictates precise specifications to their airsoft manufacturers.
The “Made in Taiwan” sticker rather clashes with the “Austria” marking (Author)
Though the Spartan MLE Glocks are made by VFC like the Elite Force Glocks, Spartan MLE required VFC to update their design to make the guns as close to the real thing as possible. As a result, Spartan MLE Glocks feature a more definitive trigger (Glock triggers are infamously mushy, so that says a lot about the poor triggers in the Elite Force Glocks). Though it’s unnecessary in airsoft, the slide on Spartan MLE Glocks reciprocates the same distance as real Glocks and locks back fully; Elite Force Glocks have a shorter cycle and lock a few millimeters shorter to save gas. Finally, Spartan MLE Glocks are a 1:1 scale replica of real Glocks and fit perfectly into their holsters.
Like a glove (Author)
Unfortunately for many American airsofters, the Spartan MLE Glocks can only be sold to military and law enforcement personnel. In fact, when Spartan MLE first sold the airsoft Glocks in the states, the guns had to be purchased in bulk by military units or police departments. Today, individual military and law enforcement personnel can submit their identification to airsoft retailers and purchase the airsoft Glocks for personal use.
Whether you want to train at home for your duty weapon or just have the most exclusive gun on the airsoft field, the Spartan MLE Glocks offer service members and law enforcement personnel the best replica on the market today.
An Air Force Special Operator fires a Glock 19 (U.S. Air Force)
It is a dangerous and unpredictable time, and the United States must reverse any erosion in its military capabilities and capacities, the chairman of the Joint Chiefs of Staff said at the Military Reporters and Editors conference Oct. 26, 2018.
Marine Corps Gen. Joe Dunford is confident the U.S. military can protect the homeland and fulfill its alliance commitments today, but he must also look at the long-term competitive advantage and that causes concern.
He said the competitive advantage the U.S. military had a decade ago has eroded. “This is why our focus is very much on making sure we get the right balance between today’s capabilities and tomorrow’s capabilities so we can maintain that competitive advantage,” Dunford said.
Strategic alliances provide strength
The greatest advantage the United States has — the center of gravity, he said — is the system of alliances and partners America maintains around the world.
“That is what I would describe as our strategic source of strength,” he said.
This network is at the heart of the U.S. defense and security strategy, Dunford said. “We really revalidated, I think, what our threat assessors have known for many years, is that that network of allies and partners is truly unique to the United States of America and it is truly something that makes us different,” the general said.
Marine Corps Gen. Joe Dunford, the chairman of the Joint Chiefs of Staff, describes the global strategic environment during a presentation at the Military Reporters and Editors Conference in Arlington, Va., Oct. 26, 2018.
(DOD photo by Jim Garamone)
A related aspect is the U.S. ability to project and maintain power “when and where necessary to advance our national interests,” Dunford said.
“We have had a competitive advantage on being able to go virtually any place in the world,” he said, “and deliver the men and women and materiel and equipment, and put it together in that capability and be able to accomplish the mission.”
This is what is at the heart of great power competition, the general said. “When Russia and China look at us, I think they also recognize that it is our network of allies and partners that makes us strong,” he said.
Challenges posed by Russia, China
Broadly, Russia is doing what it can to undermine the North Atlantic Alliance and China is doing what it can to separate the United States from its Pacific allies. Strategically, Russia and China are working to sow doubt about the United States’ commitment to allies. Operationally, these two countries are developing capabilities to counter the U.S. advantages. These are the seeds to the anti-access/area denial capabilities the countries are developing. “I prefer to look at this problem less as them defending against us and more as what we need to do to assure our ability to project power where necessary to advance our interests,” Dunford said.
These are real threats and include maritime capabilities, offensive cyber capabilities, electromagnetic spectrum, anti-space capabilities, and modernization of the nuclear enterprise and strike capabilities. These capabilities are aimed at hitting areas of vulnerability in the American military or in striking at the seams between the warfighting domains.
“In order for us to be successful as the U.S. military, we’ve got to be able to project power to an area … and then once we’re there we’ve got to be able to freely maneuver across all domains … sea, air, land, space, and cyberspace,” the chairman said.
This requires a more flexible strategy, he said. During the Cold War, the existential threat to the United States emanated from the Soviet Union and strategy concentrated on that. Twenty years ago, this was different. The National Security Strategy of 1998 didn’t address nations threatening the U.S. homeland.
“To the extent that we talked about terrorism in 1998, we talked about the possible linkage between terrorism and weapons of mass destruction,” Dunford said. “For the most part, what we talked about were regional challenges that could be addressed regionally with coherent action within a region, not transregional challenges.”
Transregional threats are a fact of life today and must be addressed, the general said. “What I’m suggesting to you, is in addition to the competitive advantage having eroded, the character of war has fundamentally changed in my regard in two ways,” he said. “Number one, I believe any conflict … is going to be transregional — meaning, it’s going to cut across multiple geographic areas, and in our case, multiple combatant commanders.”
Another characteristic of the character of war today is speed and speed of change, he said. “If you’re uncomfortable with change, you’re going to be very uncomfortable being involved in information technology today,” the general said. “And if you’re uncomfortable with change, you’re going to be uncomfortable with the profession of arms today because of the pace of change. It’s virtually every aspect of our profession is changing at a rate that far exceeds any other time in my career.”
U.S. Marine Corps Gen. Joe Dunford, chairman of the Joint Chiefs of Staff.
(DoD Photo by U.S. Army Sgt. James K. McCann)
He noted that when he entered the military in 1977, the tactics he used with his first platoon would have been familiar to veterans of World War II or the Korean War. The equipment and tactics really hadn’t changed much in 40 years.
But take a lieutenant from 2000 and put that person in a platoon “and there’s virtually nothing in that organization that hasn’t changed in the past 16 or 17 years,” Dunford said. “This has profound impacts on our equipment, our training, the education of our people.”
This leads, he said, to the necessity of global integration. “When we think about the employment of the U.S. military, number one we’ve got to be informed by the fact that we have great power competition and we’re going to have to address that globally,” he said.
The Russian challenge is not isolated to the plains of Europe. It is a global one, he said.
“China is a global challenge” as well, Dunford added.
American plans have historically zeroed-in on a specific geographic area as a contingency, the general said. “Our development of plans is more about the process of planning and developing a common understanding and having the flexibility to deal with the problem as it arises than it is with a predictable tool that assumes things will unfold a certain way in a contingency,” he said. “So we’ve had to change our planning from a focus on a narrow geographic area to the development of global campaign plans that actually look at these problem sets in a global context. When we think about contingency planning, we have to think about contingencies that might unfold in a global context.”
This has profound implications for resource allocation, Dunford said. Forces are a limited resource and must be parceled out with the global environment in mind. “The way we prioritize and allocate forces has kind of changed from a bottom-up to a top-down process as a result of focusing on the strategy with an inventory that is not what it was relative to the challenges we faced back in the 1990s,” he said.
In the past, the defense secretary’s means of establishing priorities came through total obligation authority. The secretary would assign a portion of the budget to each one of the service departments and the services would develop capabilities informed by general standards of interoperability. At the time, this meant the American military had sufficient forces that would allow it to maintain a competitive advantage.
“Because the competitive advantage has eroded, in my judgment, the secretary is going to have to be much more focused on the guidance he gives,” Dunford said. “He not only has to prioritize the allocation of resources as we execute the budget, but he’s got to five, seven or 10 years before that, make sure that the collective efforts of the services to develop the capabilities that we need tomorrow are going to result in us having a competitive advantage on the backside.”
This fundamentally changes the force development/force design process, he said. “This is not changing because of a change in personalities. It’s not changing because different leaders are in place,” the general said. “It’s changing because the character of war has changed, the strategic environment … within which we are operating today and expect to be operating in five to seven years from now, will change. Frankly, were we to not change the fundamental processes that we have in place inside the department, we would not be able to maintain a competitive advantage five or seven years from now.”
There are no battleships left in active service. But they were once the kings of the seas, essentially sea dragons that could literally breathe fire. But these behemoths didn’t take shots in combat willy-nilly. They typically fired in salvos or partial salvos, with all or most of their guns firing at once. How come?
Well, there are actually a lot of good reasons why battleships and other large artillery platforms typically fire all of their guns or a lot of them at once. This practice, known as a salvo, has different uses.
The most common and obvious reasons to fire all the guns at once is to knock out the enemy’s ability to make war as quickly as possible. Battleships are mobile platforms. That means that they are out of range of the enemy until, suddenly, they’re not. And if the ships are still closing or if the enemy has better range, then the battleship is in as much danger as the enemy.
But if the battleship fires all of its guns at once and manages to land a couple hits home, then the enemy ship will be forced to fight while crippled. Crucial manpower will be diverted to damage control, some guns could be knocked completely out of service, and there’s a chance that the engine or the bridge or another essential area could be destroyed.
The USS Missouri fires a broadside.
If the battleship isn’t sure of exactly how far away the enemy ship is, it might fire partial salvos instead. This is when the ship fires a third or half of its guns at once to find the enemy range. While this can technically be done with single shots, it’s easy for the fire control officers to miss a round or two hitting the water in the chaos of combat. But if five or ten shells hit the water at once, the officer can definitely tell if the rounds landed far or short.
And salvos typically create a tighter spread of impacts than individually fired guns, so partial salvos to find range can be more accurate than firing individual guns.
But best of all against enemy ships, a salvo could be fired with guns aimed at different points, dropping shells both at the spot where the commanding officer thought the enemy ship would be as well as the point where it would most likely be if it attempted to maneuver away from the impacts. So, even if the rival ship attempts to escape, it’s still catching multiple shells in its decks.
But even against shore targets, firing in salvos can be good. That’s because taking out a bunker takes a near or direct hit, but bunkers have much less exposed area than an enemy ship does. Firing more guns gives a better chance of busting the bunker in one pass.
An artist’s illustration of the Parker Solar Probe approaching the sun.
NASA’s record-breaking solar probe has discovered new, mysterious phenomena at the edge of the sun.
Since it launched in August 2018, the Parker Solar Probe has rocketed around the sun three times, getting closer than any spacecraft before it and traveling faster than any other human-made object in history.
The research revealed never-before-seen activity in the plasma and energy at the edges of the sun’s atmosphere, including reversals of the sun’s magnetic field and “bursts” in its stream of electrically charged particles, called solar wind.
A sunrise near the International Space Station on December 25, 2017.
‘Bursty’ solar wind bends the sun’s magnetic field
This wind surges into space and washes over Earth, so studying its source could help scientists figure out how to protect astronauts and Earth’s electric grid from unpredictable, violent solar explosions.
By sending the Parker probe to the sun, NASA is studying this dangerous wind in more detail than scientists could from Earth.
“Imagine that we live halfway down a waterfall, and the water is always flowing past us. It’s very turbulent, chaotic, unstructured, and we want to know what is the source of the waterfall up at the top,” Stuart Bale, a physicist who leads the team that investigates the probe’s solar-wind data, said in a press call. “It’s very hard to tell from halfway down.”
The Parker Solar Probe observed a slow solar wind flowing out from the small coronal hole — the long, thin black spot seen on the left side of the sun in this image captured by NASA’s Solar Dynamics Observatory — on October 27, 2018.
NASA scientists are seeking answers to two major questions about the sun: What causes solar wind to accelerate as it shoots out into space? And why is the sun’s outer layer, called the corona, up to 500 times as hot as its inner layers?
The new data offers some initial clues. For the first time, Parker identified a clear source of a stream of slow, steady wind flowing out from the sun. It came from a hole in the corona — a spot where the gas is cooler and less dense.
Scientists knew that wind coming from the sun’s poles moves faster, but this was the first time they detected an origin point for the slow wind coming from its equator.
The Parker probe also detected rogue waves of magnetic energy rushing through the solar wind. As those magnetic waves washed over the spacecraft, the probe detected huge spikes in the speed of the solar wind — sometimes it jumped over 300,000 mph in seconds. Then just as quickly, the rapid winds were gone.
“We see that the solar wind is very bursty,” Bale said. “It’s bubbly. It’s unstable. And this is not how it is near Earth.”
The bursts could explain why the corona is so hot.
“We think it tells us, possibly, a path towards understanding how energy is getting from the sun into the atmosphere and heating it,” Justin Kasper, another physicist who studied Parker’s observations of solar wind, said in the call.
Scientists had never observed these bursts and bubbles before, but they seem to be common; the Parker spacecraft observed about 1,000 of them in 11 days.
The rogue spikes of energy also delivered an additional surprise: The bursts were so strong that they flipped the sun’s magnetic field.
The scientists call these events “switchbacks” because in the affected area the sun’s magnetic field whips backward so that it’s almost pointing directly at the sun.
The switchbacks seem to occur only close to the sun (within Mercury’s orbit), so scientists could never have observed them without the Parker probe.
“These are great clues, and now we can go look at the surface of the sun and figure out what’s causing those [bursts] and launching them up into space,” Kasper said.
An illustration of NASA’s Parker Solar Probe as it flies toward the sun.
Parker confirmed that there’s a dust-free zone around the sun
Scientists have long suspected that the sun is surrounded by an area without cosmic dust, the tiny crumbs of planets and asteroids that float through space and fall into stars’ orbits. That’s because the sun’s heat should vaporize any solid dust that gets too close.
For the first time, Parker flew close enough to the sun to provide evidence that such a dust-free zone exists. It observed that the dust did indeed get thinner closer to the sun.
Still, this zone wasn’t quite what scientists expected.
“What was a bit of a surprise is that the dust decrease is very smooth,” Russell Howard, another astrophysicist working with the probe, said in the call. “We don’t see any sudden decreases indicating that some material has evaporated.”
That will be another mystery to prod as the spacecraft gets closer to the sun.
6 more years and 21 more flybys
More knowledge about solar wind and the sun’s magnetic field could help scientists better protect astronauts and spacecraft from two types of violent space weather: energetic-particle storms and coronal mass ejections.
In energetic-particle storms, events on the sun send out floods of the ions and electrons that make up solar wind. These particles travel almost at the speed of light, which makes them nearly impossible to foresee. They can reach Earth in under half an hour and damage spacecraft electronics. This can be especially dangerous to astronauts traveling far from Earth.
In a coronal mass ejection, the sun sends billions of tons of coronal material hurtling into space. Such an explosion could massively damage Earth’s power grids and pipelines.
Over the next six years, Parker is set to approach the sun 21 more times, getting closer and closer. In its final pass, it should fly within 4 million miles of the sun’s surface.
During each flyby, the probe will gather more data that could answer physicists’ questions about the sun’s corona and solar wind.
“As we get closer, we’ll be right in the sources of the heat, the sources of the acceleration of particles, and of course those amazing eruptions,” Nicola Fox, NASA’s director of heliophysics, said in the call. “Even with what we have now, we already know that we will need to adjust the model used to understand the sun.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
On December 26, 1994, millions of shoppers across North America rushed to malls in an attempt to make the most of post-Christmas sales. Across the Atlantic Ocean, at an airport in Marseille, France, a small group of men decked out from head to toe in black garb were doing a different kind of rushing — clinging to the back of a mobile staircase while barreling at high speed (or at least as fast as the truck would go) down a runway.
These weren’t ordinary men. Their target was a hulking, cream-white Airbus A300 filled with more than 160 scared and bewildered passengers and flight crew, some of whom were now resigned to accepting an imminent death.
The men on the mobile stairs planned on taking the aircraft in front of them by force, even if it meant giving up their lives in the process. Success was the only acceptable outcome of this operation. Failure would result in the massacring of innocents. Hailing from the National Gendarmerie Intervention Group (more popularly known as GIGN), these black-clad ninjas were counter-terrorists, the best France had to offer.
(The Aviation Intelligencer YouTube)
Today’s mission was a hijacked Air France airliner, wired with explosives and crammed with 166 innocent lives. A small group of hijackers, armed to the teeth, were identified as the targets of this mission. Negotiations had failed and the last-resort scenario was now in play.
Just a few days earlier, on Christmas Eve, that same aircraft sat at an airport in Algeria with flight attendants scurrying around, preparing the cabin for takeoff. The pilots and flight engineers chatted among themselves as they completed their pre-departure checklist. Labeled Air France Flight 8969, this plane would travel with 236 passengers and crew from Algiers to Paris.
Civilian airlines flying routes into Algeria were repeatedly warned, at the time, that their planes were under constant threat of missile attacks. As a result, Air France only allowed crews who volunteered for the Algiers route to fly it, as long as they knew the risks involved.
On December 24th, the threat didn’t come from a missile but rather from 4 members of the Armed Islamic Group — a Middle Eastern terrorist organization. Disguised as members of the Algerian presidential security force, they walked into the cabin of the Airbus without arousing any suspicion, though some found it quite odd that they visibly carried their weapons.
Outside the aircraft, airport personnel began to worry when the airliner sat on the apron, sealed and ready to depart for Paris, but didn’t move an inch. Already facing delay, the control tower tried to hail the cockpit — no response. Fears began to manifest and armed tactical response teams were deployed immediately.
It was hijacked.
Aboard Flight 8969, the hijackers began checking passports, likely to earmark targets for execution in the event that their demands weren’t met. Soon after, amidst terrified screams, the terrorists revealed their intention to take the aircraft and waved their guns in the air, demanding cooperation.
The hijackers wired explosives in the cockpit and the main cabin while forcing the pilots, at gunpoint, to exchange clothes with them. The airliner was surrounded outside by police and Algerian military personnel. Negotiations began, but would soon break down.
Within hours of the hijacking, two passengers were executed and their bodies were dumped outside the aircraft. Attempts to use the lead hijacker’s mother to get him to surrender peacefully further enraged the terrorist, causing a breakdown in communications. By the following day, Christmas, another passenger was executed. French government officials were outraged — the Algerian military had botched the situation and were losing innocent lives.
After releasing just over 60 passengers as a sign of good faith, the aircraft was eventually allowed to take off and continue to France, albeit to Marseille as it had burned through too much fuel to make it to Paris.
GIGN was notified and they diverted their aircraft to Marseille, which had already taken off for Spain — as close as they could get to Algeria without entering the country. Having familiarized themselves with the Air France A300 they were aboard — identical to Flight 8969 — they were ready to roll as soon as their plane touched down.
In the early hours of December 26, Flight 8969 landed and was ushered to a secluded spot at Marseille, Unbeknownst to the hijackers, they were now under surveillance by highly-trained and well-experienced GIGN snipers. Their new demands confirmed the rumors of an attack on Paris. They ordered 27 tons of fuel, instead of just the 9 they needed to make it to Paris.
They intended on turning the A300 into a flying, fuel-laden bomb, triggered using the explosives they had previously wired. When detonated over densely-populated Paris, it would kill all on the flight, scores on the ground, and wound and maim many more. GIGN wasn’t about to let this happen.
Tricking the hijackers into clearing a space in the front of the aircraft for a press conference (and forcing the passengers further towards the back of the jet), GIGN prepped the aircraft for a takedown. In the early evening of December 26, the raid began.
Airstairs (mobile staircases) began racing towards Flight 8969 loaded with GIGN commandos that were armed with submachine guns and pistols. They threw stun grenades and entered the fray.
In the chaos, one of the plane’s pilots jumped out of the cockpit window and hobbled to safety. Snipers began firing into the cockpit, aiming for a hijacker they knew had hunkered down in there. The teams that entered through the rear of the aircraft evacuated passengers. Three hijackers were immediately killed; a fourth remained in the cockpit for 20 minutes before meeting his end.
By the end of the engagement, all four hijackers were dead. 13 passengers and 3 crew were wounded. Aside from the 3 passengers who were executed, all survived. The majority of the Air France flight crew returned to the skies despite the trauma.
“Let’s talk about peeing in space.” — Mary Robinette Kowal, Hugo-Award Winning Author
During the space race of the Cold War, NASA scientists were so excited to get a man into space, they failed to come up with elegant means for him to relieve himself. As a result, the first American in space, Alan Shepard, was forced to pee in his spacesuit.
At that point in time, NASA wasn’t even considering female astronauts. In fact, women weren’t admitted into the astronaut program until the late 1970s — and it wasn’t until 1983 that Sally Ride became the first American woman in space. “By this point,” observed Robinette Kowal, “the space program was built around male bodies.”
This exclusion wouldn’t be comical except for the fact that male astronauts literally lied about their penis sizes, causing failures in early pee-sheath engineering.
That’s right, our early heroes of space exploration refused to use “small” condoms and would instead pee all over themselves. I don’t blame men for this. I honestly blame toxic masculinity, penis shaming, and lazy men who refuse to learn how to give sexual pleasure to their female partners — but I digress.
The urine-condom technology developed enough to allow for a vacuum to suction the pee out into space, which apparently not only takes some timing skillz but looks pretty cool. The urine will boil violently, then the vapor passes immediately into the solid state and becomes a cloud of very fine crystals of frozen urine that might even catch the light of the sun…
NASA continued to try to contain men’s pee with condoms and bags. After the accident aboard Apollo 13, the astronauts couldn’t use the regular urine vent but the alternate system caused droplets to float around the ship. Mission Control told the crew to stop dumping pee. According to Robinette Kowal, “it wasn’t meant to be a permanent ban, but the crew didn’t understand that. So they were stashing pee in every bag or container possible.”
The fastest option was to store it in the collection bags they wore in their suits. Poor Fred Haise kept his suit on for hours and got a urinary tract infection and a kidney infection.
Male astronauts switched over to the Maximum Absorbency Garment as well because it was more comfortable and less prone to resulting in pee floating around the cabin. This is a great example of how diversity encourages innovation, folks.
Robinette Kowal’s Twitter thread doesn’t stop there. She goes on to cover modern malfunctions, farting in space, the effect of gravity on urination urges, official and unofficial erections in space, and menstrual periods.
(Apparently NASA engineers tied Sally Ride’s tampons together like a bandolier? Guys, if you have period questions, just ask women.)
Today, the International Space System efficiently collects urine and recycles 80-85% of it to astronaut drinking water. Peggy Whitson, an astronaut who hit her “radiation limit” after logging 665 days in space (an American record), suggests that engineers will find a way to create a closed-loop system and recycle all of their water.
So see some International Space Station innovation in action, check out this video of Italian astronaut Samantha Cristoforetti demonstrating their toilet.
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.
During the Cold War, pretty much anything that would give the U.S. the upper hand vs. Communist Russia was considered worthy of research. Everything from catching satellites with airplanes to full airbases carved into Arctic ice. With this in mind, would it really surprise anyone that the CIA was concerned that a psychic gap existed between the U.S. and Soviet Union?
In 1972, the Agency started funding paranormal research in a program that would last more than 23 years. Called “remote viewing,” it was an ability some people supposedly posses enabling them to psychically “see” events, sites, or information from a great distance. The psychics were gathered to perform parapsychic intelligence and research operations.
A young airman named Rosemary Smith was given a map of Africa. She was told that sometime in the past a Soviet Tu-22 bomber outfitted as a spy plane crashed somewhere in Africa. U.S. intelligence services wanted to recover the top secret Russian codes and equipment the Tu-22 carried.
The plane went down in the Central African Republic. Despite orienting multiple satellites to locate the plane, the DoD kept coming up short. Using her remote viewing, the psychic pinpointed the wreckage, even though it was completely covered by the jungle canopy.
President Jimmy Carter admitted to U.S. media that that the CIA, without his knowledge, had consulted a psychic to find the missing plane. He told them the plane had been Russian, not American.
“The woman went into a trance and gave some latitude and longitude figures.” The former President said. “We focused our satellite cameras on that point and the plane was there.” When asked how he processed the news that a psychic located the plane, Carter replied: “With skepticism.”
The “Remote viewing” venture was part of the Stargate Project, a secret Army unit at Fort Meade, Maryland set up in 1978 in an effort to bridge the purported “psy gap.”
Overall, the project never gave the CIA any other real, meaningful information but was still funded until 1995 when the American public found out about the project from an episode of ABC’s news magazine show “Nightline.”
The finding of the Tu-22 is the only instance of a successful remote viewing. The project was the subject of the 2004 book and 2009 movie The Men Who Stare At Goats.