The Harpers Ferry-class amphibious dock landing ship USS Pearl Harbor (LSD 52) assisted a distressed vessel in the Pacific Ocean off the coast of Southern California April 20, 2018.
The civilian vessel, Mahana, reported it was taking on water at approximately 10:33a.m.
Pearl Harbor, approximately nine nautical miles away from the vessel at the time, coordinated with Coast Guard Sector San Diego and Mission Bay lifeguards during the rescue.
“Both the tradition and law of the sea is that mariners assist other mariners in distress,” said Cmdr. Ben Miller, from Mobile, Alabama, Pearl Harbor’s commanding officer. “As a U.S. Navy warship, we have a highly trained team of damage controlmen and medical specialists that are able to respond to any emergency at sea. Pearl Harbor was in the right place at the right time to assist the Coast Guard.”
The Sailors aboard Pearl Harbor loaded their rigid-hull inflatable boat (RHIB) with de-flooding equipment and medical gear, and launched within 10 minutes of receiving the call.
“We had line in hand, our team geared up, and were ready to receive orders from the bridge,” said Chief Boatswain’s Mate Frank Jimenez, from Miami, Florida. “We had eight members manning the RHIB, including the boat team and the rescue and assistance team that were well trained and prepared for this kind of situation.”
(U.S. Navy photo by Senior Chief Mass Communication Specialist Donnie W. Ryan)
A Coast Guard Sector San Diego MH-60T helicopter was the first on scene and deployed a search and rescue swimmer to assess the vessel and stabilize the water levels. Coast Guard Sector San Diego requested Pearl Harbor’s response team to stand by for further assistance.
“We grabbed all the necessary equipment, manned the RHIB and lowered the vessel as soon as we could,” said Damage Controlman 3rd Class Quinn Connelly, from Las Vegas. “The Coast Guard was in the process of assisting the vessel when we arrived, so we were standing by for further instruction. They were there with pumps at the ready. We were there as back up.”
The Mission Bay lifeguard vessel escorted Mahana and crew back to shore safely.
Pearl Harbor, part of U.S. 3rd Fleet, is currently underway in the Pacific Ocean conducting routine training operations.
U.S. 3rd Fleet leads naval forces in the Pacific and provides the realistic, relevant training necessary for an effective global Navy. Third Fleet constantly coordinates with U.S. 7th Fleet to plan and execute missions that promote ongoing peace, security, and stability throughout the Pacific.
The 2019 National Defense Authorization Act was recently signed, which included a measure that will allow fully-disabled veterans the ability to utilize Space-Available travel.
Under the Disabled Veterans Access to Space-A Travel Act, veterans with a service-connected, permanent disability rating of 100 percent will be able to travel in the Continental United States or directly between the CONUS and Alaska, Hawaii, Puerto Rico, the U.S. Virgin Islands, Guam, and American Samoa (Guam and American Samoa travelers may transit Hawaii or Alaska); or traveling within Alaska, Hawaii, Puerto Rico, or the U.S. Virgin Islands on flights operated by Air Mobility Command.
Prior to this authorization, only military retirees, meaning those with a blue DD Form 2, and current service members were entitled to this benefit. This particular piece of legislations was originally introduced by the House Veterans Affairs Committee in 2016.
According to lawmakers, this proposal will allow travel on Space-A at no additional cost to the Department of Defense and without aircraft modifications. Additionally, data from the Government Accountability Office noted that roughly 77 percent of space-available seats in 2011 were occupied by only 2.3 percent of the 8.4 million eligible individuals for the program.
(Department of Defense photo)
Travelers should contact their local Passenger Terminal for further details and review travel information found on the AMC Travel Page for specific details on the Space A travel program.
Editor’s note: Passengers seeking Space-Available or Space-A travel must keep in mind that there is No Guarantee you will be selected for a seat. Be aware that Space-A travelers must be prepared to cover commercial travel expenses if flight schedules are changed or become unavailable to allow Space-A travel. Per DODI 4515.13, Section 4, Paragraph 4.1.a, Reservations: There is no guarantee of transportation, and reservations will not be accepted or made for any space-available traveler. The DOD is not obligated to continue an individual’s travel or return the individual to the point of origin or any other point. Travelers should have sufficient personal funds to pay for commercial transportation, lodging, and other expenses if space-available transportation is not available.
Last year was a much better year. Fewer riots, no quarantines, or lockdowns, no elections. Man, 2019 was sweet. So far, the only good thing to come out of 2020 is Tiger King. Last year was also a great year because I purchased what became my very favorite gun, the ONG 870.
ONG stands for Ohio National Guard, and that is where this particular gun served from 1971 until it ended up in my hands. Guns rarely make it out of the military and into civilian hands. It took decades for 1911s to become CMP issued weapons. The ONG 870s hit the ground running by being sold to the Ohio Department of Corrections, and then to civilians.
The ONG 870 – History Alive
The ONG 870 saw service during the Katrina hurricanes, in quenching prison riots, and in many more events. The ONG 870 guns are pure riot guns. The term riot gun has largely fallen out of fashion. A riot gun is typically a short shotgun, made for combat roles. Riot guns hold anywhere from five to eight rounds.
The Riot Gun
The ONG 870 comes equipped with a clasp-like device at the end of its barrel. The device is a multiuse tool that keeps the magazine tube from bending, contains your sling keeper, and hosts a bayonet — bayonets being the sharp, pointy things that typically dissuade crowds of people without a shot having to be fired. An actual military shotgun with that device attached to it is very hard to find and is one of the factors that make the Ohio National Guard 870 so rare and unique.
Another rare fact is that this is a factory Wingmaster tactical shotgun. Most Remington 870 tactical shotguns are Express models with the cheaper finish and furniture and a tactical variant of the Wingmaster isn’t a stock item these days. Wingmaster models are more refined, with a rich blue finish; they have higher-quality control but are typically high-end sporting shotguns.
The metal finish is fantastic. The bluing is spot on and looks gorgeous. The wood furniture is pure American hardwood and also looks fantastic. This is an old gun with scratches and scrapes, but that gives it some real character.
Handling the ONG 870
The ONG 870 handles as good as it looks. This is an old school Remington action, which means it’s slick and tight. The pump glides rearward and functions without an issue. It also has integrated texturing that allows your hand to dig in and grip the gun with authority. Thus, you can manipulate the pump with speed without your grip slipping.
The gun is outfitted with nothing more than a simple bead sight. Beads on shotguns aren’t perfect, but when it comes to buckshot use, it’s all you need. The bead works perfectly at close range, and close is where the riot gun shines. It’s bright and eye-catching and allows you to quickly get lead on target. With a good tight load, the ONG 870 will allow you to engage threats out to 50 yards or so. Beyond that, the bead gets tougher to use, especially with slugs.
One thing to note is that these old 870s have 2.75-inch chambers and not 3-inch chambers, which although common these days, were not so much 50 years ago. For tactical and home defense applications, the 2.75-inch load is perfect and the preferred load for most shooters. The ONG 870 can hold seven rounds of 2.75-inch buckshot in the extended tube, giving you a proper loadout.
Like a Mule
This is a heavy gun. It’s an old school fighting shotgun devoid of lightweight plastics and polymers. The ONG 870 is a disciple of the church of wood and steel. That’s not a bad thing, especially when you consider that the weapon can be equipped with a bayonet. Heavier weapons make better melee fighting instruments. That extra ass that the ONG 870 carries around also reduces recoil.
Lots of people with relatively low body strength complain about the recoil a shotgun has. The heavy ONG 870 might help them if they can hold this beast up long enough to matter. But the length of pull (LOP), not the weight, is more important for control. The ONG 870 has a 13-inch length of pull.
Lots of shotguns these days are sporting the long 14+ inch LOPs, and they suck. The shorter 13-inch LOP gives you more control over the gun and its recoil. Longer LOPs push the gun further from you; this reduces control. Remington got it right in 1971. For some reason, modern gun makers think gorillas are wielding their shotguns.
Finishing it Up
The ONG 870 is also marked with a unique O.N.G. marking with the state of Ohio outlined on the receiver. This marking is unique only to these guns and marks them as legit ONG 870s. When these guns popped online, they sold out incredibly quickly. The original price was around 9; they are now are going for 10 times that cost on auction sites. If you see a good deal, these guns are worth scooping up.
I don’t think they are worth 2,000 bucks, but for 0 and under, they are a steal. They are collector’s items, but also living history and functional fighting guns. You can’t get better than that.
The anti-tank rifle is largely absent from modern combat because today’s tanks have advanced armor that can shrug off many tank rounds, let alone rifle rounds. But that wasn’t always the case.
Anti-tank rifles wreaked havoc on World War I tanks, and most World War II tanks had at least a few weak spots where a good anti-tank rifle could end the fight.
YouTube channel FullMag decided to see what one of these awesome weapons would do to a series of 1/4-inch thick steel plates — and the result is pretty great.
The shooter was using a 20mm anti-tank rifle with its original tungsten ammo. One of the best things about the video is that you can see what made an anti-tank rifle so dangerous for the crew.
When the 20mm round punches past the first few plates, it doesn’t just pass harmlessly through. Instead, shards of metal split off and turn white-hot thanks to the kinetic energy in the round changing to heat.
For the crew inside the tank, the white-hot slivers of metal and larger chunks of steel would be lethal, potentially getting rid of the crew even if none of them were hit by the round itself.
These awesome weapons saved the day for the Allies in a few battles, including Pavlov’s House in the Battle of Stalingrad, where a platoon of Soviet troops held off a Nazi siege for approximately two months thanks to their skillful use of an anti-tank rifle.
See FullMag’s entire video in the embed below. You can skip to 4:15 to just watch the shot and the effect on the steel plates:
The M113 armored personnel carrier is one of the most versatile — and long-lasting — armored vehicles in the American inventory. The Army has just now, after 50 years of service, begun the process of replacing the M113 with the Armored Multi-Purpose Vehicle. Even then, the M113 will stick around in some capacity — over 80,000 have been produced.
One particularly notable variant of this APC is the M163. This is an M113 refitted with a turret-mounted M61 Vulcan 20mm Gatling gun. In one sense, this was a simple approach – the Army took the M61 Vulcan that has been a mainstay on fighters like the F-105 Thunderchief, F-104 Starfighter, and the F-4 Phantom and simply attached it to the M113. This gun proved to be quite a MiG-killer in air-to-air combat, and the assumption was it would be effective from the ground, too.
The M163 saw some combat trials during the Vietnam War, but the radar systems weren’t quite ready to take on targets in the sky. Like the M45 “Meat Chopper,” however, the M163 proved that ground targets were no problem for this anti-aircraft vehicle, especially when it carried over 2,000 rounds of ammo for the gun. The M163 soon found itself exported to South Korea, Thailand, Israel, and a number of other countries.
The M163 eventually received upgrades, giving it a better radar and making things simpler for the gunner. It also got more powerful rounds for the M61 gun. Yet, in American service, the M163 would be more known for its use as a ground-support asset. However, the Israelis did score three kills with the vehicle, one of them a MiG-21, during the 1982 Lebanon War.
After Desert Storm, the Army retired the M163, replacing it and the M72 Chaparral with the 1-2 combination of the M1097 Avenger and the M6 Bradley Linebacker air-defense vehicle.
Learn more about this adapted M113 in the video below.
Remember that first time you had to sign for more than $10,000 in gear? Or, hell, even that first real clothing hand receipt when you saw that the military was handing you what they saw as a couple thousand dollars worth of uniforms and equipment, and they could hold you accountable for every stitch of it?
Now imagine signing a hand receipt for a nuclear bomb, the only one of its type in existence in the world at the time.
The Little Boy bomb is prepped on Tinian island for insertion into the Enola Gay’s bomb bay.
(U.S. National Archives and Records Administration)
America had learned in 1939 of German efforts to weaponize the power of nuclear energy from just years before. Experiments in 1935 and 1938 had proven that uranium, when bombarded with neutrons, underwent the process of fission. Scientists had argued about whether a sustained nuclear reaction could be created and, if so, if it could be used for the industry or war.
It may sound odd today, but there was plenty of reason to suspect that nuclear fission was useless for military designs. No one had yet proven that fission could be sustained. But the Roosevelt Administration, understanding the existential threat that fascism and the Third Reich posed to the rest of the world, decided it couldn’t wait and see if German efforts came to fruition.
The USS Shaw explodes in Pearl Harbor during the Dec. 7, 1941, attack.
(U.S. National Archives and Records Administration)
The group would go through two name changes and multiple reorganizations as the scientific research progressed. While America was bombed at Pearl Harbor and entered the war, America’s scientists kept churning away at the problem of how to enrich uranium and create “the bomb.”
But in that same month, Germany shelved its own plans to create a nuclear bomb, opting instead to dedicate its best scientists and most of its research funds into rocket and jet research. Germany had been at the forefront of research, but would now essentially cease progress.
America, unaware that none of its rivals were still developing the bomb, pressed ahead, dedicating vast resources to gathering, enriching, and testing uranium and plutonium. This would eventually result in material dedicated to one uranium device and a number of plutonium ones.
The Trinity explosion was the first human-controlled nuclear explosion in history.
(U.S. Department of Energy)
The first nuclear explosion took place on July 16, 1945, in the deserts of New Mexico. The Trinity test used a plutonium implosion to trigger the blast. The Trinity “Gadget” was tested because America was having better luck gathering and preparing plutonium for use, but wasn’t sure the design would actually work.
It did, releasing as much energy as 21,000 tons of TNT from only 14 pounds of plutonium.
But at the same time, the nuclear elements of the Little Boy device were already headed across the Pacific on the USS Indianapolis. Of course, this being the military, there was a form for shipping dangerous materials, and the form specifically tells users to avoid remarks that would make the document classified.
An Army form shows the transfer of materials for components of the Little Boy bomb that was dropped on Hiroshima, Japan.
(U.S. Army Heritage Education Center)
This resulted in a “Receipt of Material” form describing “Projectile unit containing…kilograms of enriched tuballey at an average concentration of ….” Hopefully, if the form ever had fallen into Japanese hands, they would’ve been smart enough to suspect something was amiss when famous physicist and member of the Secretary of War’s staff Dr. Norman F. Ramsey was signing over a single bomb to Army Brig. Gen. Thomas Farrell.
Not the way most bombs units are transferred to the Pacific, we’d wager.
The materials were transported to Tinian Island where they were used to assemble the “Little Boy” bomb which, at the time, was the only uranium bomb that had ever existed. Capt. William Parsons, the Enola Gay’s weaponeer and commander, signed for the bomb and was in charge of verifying that it was returned to the base or expended in combat.
An atomic cloud rises over Hiroshima after the Little Boy bomb was dropped.
(509th Operations Group)
On Aug. 6, 1945, the Enola Gay dropped the bomb at approximately 8:15 on the city of Hiroshima, Japan. Parsons, seemingly consulting his watch while it was still set to time on Tinian Island, wrote: “I certify that the above material was expended to the city of Hiroshima, Japan at 0915 6 Aug.”
It’s one of the most mundane ways possible of annotating the destruction of a city, but it satisfied the requirements of the form. Over the ensuing years, Farrell got notable members of the mission and the Manhattan project to sign the form, creating the most-stacked piece of nuclear memorabilia likely in existence.
Gen. Carlton D. Everhart II is commander of Air Mobility Command at Scott Air Force Base, Illinois.
Our nation expects a great deal from its military, but it comes at a cost. Air Mobility Command — the organization responsible for airlift, aerial refueling, aeromedical evacuation, and enroute support — is constantly faced with challenges testing the resilience of our airmen.
Whether airdropping combat supplies, fueling fighters and bombers on the way to destroy terrorist camps, or aiding natural disaster victims around the world, Mobility airmen perform the mission with professionalism and at great personal risk and sacrifice.
I’m painfully aware our airmen have been subject to high operations demand for quite some time. Most are tired, as are their families. They do what we ask them to do, and they are always there, conducting the mission professionally, selflessly and with great effect.
However, a concern is how much longer they can sustain the pace and whether they will leave our Air Force.
The manning shortage extends beyond fighter pilots. What happens when we face a potential exodus of mobility skill and talent? Consider approximately 1,600 mobility pilots are eligible to leave the military in the next four-plus years. We are already more than 300 total force mobility pilots short of what we need today.
Commercial airlines are projected to be short 16,000 pilots by 2020. The math demonstrates the challenge is not looming, it is here. The time to find solutions is now.
A Pilot Shortage
This is a national problem with real security implications. As a result of new safety regulations, increased experience requirements, and attrition through commercial airline pilot retirement, experienced aviators are in high demand.
Mobility pilots are some of the best in the world and represent a lucrative talent pool for the civilian industry. As a natural feeder system for the airlines, we lose talent as civilian airlines’ needs increase.
This comes at a time when our airmen are feeling the strain. Consider aerial refueling tanker pilots as an example. These professionals flew nearly 31,000 tanker missions in support of operations in Iraq and Syria alone. We ask them to do this with a 60-year-old KC-135 Stratotanker or vintage KC-10 Extender aircraft, relying on the strong backs and tremendous pride and skill of our maintainers.
Many yearn for newer equipment; consistent work schedules; family, personal time; and a homestead. Many believe that commercial pilot life offers the potential to achieve balance.
The need for skilled military and civilian pilots will put us in an unfortunate and natural competition with our industry partners — not a good position for either party.
Pilots departing is a problem, but if they don’t consider serving in the Reserves and Guard, that problem becomes a crisis. If our airmen don’t continue to serve with our total force partners, the active force will face additional strain.
Productive dialogue can help us find great opportunities amidst the challenges, but it requires industry, academia, and airman ingenuity.
Recently, I sat down with some of our airline partners to begin this discussion, and I am confident that this is a start toward better understanding and a collaborative approach to improving circumstances.
We are focused not only on the pilot shortage challenges, but also addressing aircraft maintainer shortages.
Air Mobility Command never fails to deliver rapid global mobility anywhere, anytime. The mobility mission is similar to an offensive line in football. When the capability isn’t there, everyone notices, and scoring — or, in our case, striking a target, delivering relief or helping to save a life — wouldn’t occur.
The value of mobility airmen to national defense is critical.
This issue calls for a national dialogue and understanding before strain becomes breakage, and national objectives and security are at risk.
Museums aren’t just buildings constructed to hold relics of a bygone era so that bored school kids can sleepily shuffle around them. They’re rich representations of lives once lived; they’re a way to reflect on those who came before us so that we can learn the history of the men and women who shaped the world we all live in today.
This is what the National Museum of the United States Army, currently under construction at Fort Belvoir, VA, will offer once it’s opened to the public in 2020. As a living museum, it will encompass the full military history of the United States Army, from its humble beginnings as ragtag colonial militiamen in 1636 to the elite fighting force it is today — all to inspire the soldiers of tomorrow.
I’m going to go out on a limb and say the kid’s learning center probably won’t include a “shark attack” as the very first attraction.
(U.S. Army photo by Pfc. Casey Holley)
The construction of an Army museum has been a long time coming. Before ground was broken in September, 2016, the Army was the only branch of the Department of Defense without a standing national museum. It’s got a lofty price-tag of 0 million, but it’s actually paid for mostly through donors. Over 700,000 individuals and many corporations have given to museum.
The 84-acre site, where the installation’s golf course used to be, sits just thirty minutes from Arlington National Cemetery and will be open to the public. The 185,000 square-foot exterior of the building is already completed, but the interior is still under construction. The museum also has four of largest artifacts in place as the building needed to be constructed around them. It also has the potential to hold countless other artifacts, documents, and images, along with many pieces of artwork made by soldiers and veterans, or for the soldiers and veterans, on display.
Along with the historical exhibits will house the “Experiential Learning Center” for the kids. The area surrounding the museum will include an amphitheater, memorial garden, parade ground, and a trail to give the patrons a taste of life in the Army in both a fun and informative way.
This is amazing for many different reasons. First and foremost, it’s something that everyone should learn about. Every generation of soldier will have their own dedicated area of the museum and through a vast collection of artifacts, you’ll be able to see the evolution of our country’s defenders. Over 30 million men and women have served, and through the museum, all of them, across the nearly 250 years of history, will be represented on some manner.
It’ll also give veterans a place to take their kids of grandkids and say, “this is where we fought. This is why we fought. And this is how we did it.”
The museum seems to be striking the perfect balance between being light enough to keep children entertained while also being perfectly honoring all who have served in the Army.
At first glance, Mr. Smith’s in the trendy Georgetown area of Washington, DC, may seem like a regular bar.
On any given day — at least before COVID-19 — you’d find a cross-section of Washington’s society there for the burgers and the beer. Drunk tourists, young Capitol Hill staffers, K Street lobbyists with money to burn, and cynical old Washingtonians sharing inside-the-Beltway gossip all gather there.
Like dozens of other sites in the city, however, the bar has a dark past. It was at this bar in 1985, then known as Chadwicks, that CIA officer Aldrich Ames betrayed his country by meeting with Victor Cherkashin, a KGB counterintelligence officer stationed at the Soviet embassy in Washington.
Over weeks and months of meetings at the bar — which proclaimed itself “casual dining at its best” — Ames revealed the identities of more than 100 CIA assets operating in the Soviet Union, many of whom promptly “vanished” or were executed. His reward? A total of $4.6 million. He was finally arrested in 1994 after the CIA began looking into his lavish lifestyle, which included a $540,000 house in nearby Arlington paid for in cash, a $50,000 Jaguar, and tailor-made suits that even his bosses couldn’t afford on a government salary.
Mr. Smith’s replaced Chadwicks in Georgetown, where CIA officer Aldrich Ames betrayed the US by meeting with a Soviet counterintelligence officer. Photo courtesy of Mr. Smith’s/Facebook.
Chadwicks is just one of dozens of sites across the Washington area that speak to its past, present, and future as a hub of foreign espionage activity and American efforts to stop it.
“DC is a hotspot of espionage activity, between all of the embassies that are located there that have their diplomatic attachés that sometimes work for their home country’s government or intelligence operations,” explained Francis Gary Powers Jr., the founder and operator of Spy Tour of Washington, DC. “There’s always some kind of intrigue going on in DC.”
For Powers, tales of Cold War espionage are a personal affair. His father, Francis Gary Powers Sr., was the pilot of a CIA U-2 spy plane that was famously shot down while flying a mission over the Soviet Union on May 1, 1960. Although the elder Powers successfully managed to bail out of the aircraft, he was quickly captured and remained in Soviet captivity until he was exchanged for a Soviet intelligence officer at the Glienicke Bridge in Berlin in February 1962.
These days, the younger Powers takes private groups on trips across the many drop points, safe houses, and other clandestine sites that make up Washington’s spy history dating back all the way to Rose Greenhow, a Washington socialite who spied for the Confederacy during the Civil War.
Rose O’Neal Greenhow, a spy during the Civil War, with her youngest daughter and namesake, “Little” Rose, at the Old Capitol Prison, Washington, DC, 1862. Photo courtesy of the Library of Congress.
“We go by Aldrich Ames’ homes, [convicted spy] Alger Hiss’ home, and have briefings on FBI agent Robert Hanssen drop points,” he said. “Or we go by the Russian Embassy and talk about the underground tunnel that was dug out there. There’s a variety of places to see.”
Many of the publicly known spy locations in Washington revolve around “traditional” espionage tradecraft that was perfected over many decades. The innocent-looking Foxstone Park in Vienna, Virginia, for example, was where disgraced FBI agent Robert Hanssen left classified materials for his KGB handler — who, incidentally, was the same Victor Cherkashin who handled Aldrich Ames.
Long before mobile phones, the internet, communications technology, and the cloud changed the way government — and intelligence services — operated, many of these sites were in use. Spy agencies in both the US and around the world are now increasingly reliant on technology to communicate, intercept communications, conduct surveillance, and perform other day-to-day functions of intelligence.
Technology, however, is no replacement for tried-and-true methods.
“There is something to be said for ‘sticks and bricks.’ Going back to the old school is always there, even if it’s as a fail-safe,” explained Marc Polymeropoulos, who served 26 years in the CIA before retiring from the agency’s Senior Intelligence Service in June 2019.
The “Ellis” drop site — under a footbridge over Wolftrap Creek near Creek Crossing Road at Foxstone Park near Vienna, Virginia — where FBI Special Agent Robert Hanssen clandestinely placed a package containing highly classified information for pickup by his Russian handlers. Photo courtesy of the FBI.
According to Polymeropoulos, who oversaw and took part in clandestine operations across Europe, the Middle East, and South Asia, there is simply no replacement for meeting an asset face-to-face.
“That lets you really sit down and assess them and talk to them,” he said. “You need to be able to look someone in the eye and assess them, regardless of this new environment in which we live. […] We’ll always find a way.”
Meeting people in person, Polymeropoulos said, allows intelligence officers to judge a person’s motivation and trustworthiness in a way that a Zoom call, for example, never will.
“People do lie to you, all the time. There’s no doubt about that. But it’s also the sense of getting a feel of someone and their motivations,” he said. “It’s even things that just sound silly, like going over the details of stories with someone over and over. If they’re telling the truth, they might not slip up as much.”
“It’s like taking a graduate class in psychology. Ultimately, what you’re doing is assessing someone and their mental ability and motivations to betray their country,” Polymeropoulos added. “Doing so remotely is difficult. It’s certainly possible, but I don’t think you’re ever going to get as much.”
Marc Polymeropoulos. Photo courtesy of Twitter/@mpolymer.
Whether new tech-savvy techniques or old espionage methods are in play, there’s no doubt that Washington remains a hub of foreign intelligence activity.
“There are different intelligence operations going on all the time in DC and Northern Virginia,” Powers said. “There’s definitely espionage taking place every day.”
Polymeropoulos, for his part, is even more blunt in his assessment. In his view, current political tensions mean that foreign adversaries are perhaps even more active in the nation’s capital now than they were during even the tensest years of the Cold War.
“Washington is still a spy capital; it always has been. One of the troubling things that’s happening in the United States is that any country — as we would — is going to try to take advantage of political turmoil and chaos,” he said. “If I was looking at the United States, I’d be looking at people within the government that have secrets, who are dissatisfied. You have a lot of that now.”
Foreign intelligence services, he added, are likely assessing targets in both political parties and across government agencies in Washington.
“This has to do with people in government, staffers on the Hill. If you think about it, it’s such a target-rich environment for hostile intelligence organizations to target the United States right now, and ground zero is Washington,” he said.
“There’s a lot for our adversaries to work with right now, and that’s a huge concern and a huge counterintelligence worry.”
When a writer needs to think up some great, imposing force to pit against their protagonist, sometimes they go a little overboard. Yeah, it’s great to see some young farmboy find the strength within needed to lead a rebellion against an evil, galactic empire, but most times, the troops fighting alongside the protagonist don’t have magic space powers (we’re looking at you, Luke).
And yet anyone who’s never seen the show will still think they’re just silly little robots…
The Daleks (Doctor Who)
At first glance, the Daleks are kind of silly. A rolling pepper shaker with two sticks for arms might not seem imposing — until you realize they’re almost impossible to kill inside their shells.
Fighting a near-undying force that’s backed by a ridiculous amount of troops hellbent on your extermination isn’t ideal — it doesn’t matter that you could just put a hat over their eyestalk.
Yep. And the other villains in the game try to capture these things — doesn’t work like that.
The Reapers (Mass Effect)
Normally, giant, spacefaring warships are hard to kill. They’re even harder to kill if they’re sentient and are capable indoctrinating entire galaxies under their control.
Reapers are massive beings often confused with space ships. They dominate entire star systems by slowly brainwashing their inhabitants. Or, if that takes too long and they just need some troops fast, they can shoot out robot appendages to turn anyone fighting them into lifeless, obedient husks. Every conquered world joins their ranks, becoming a new enemy that our heroes must fight physically and psychologically.
A rocket launcher may be overkill, but you don’t want to take any chances.
The Flood (Halo)
What’s worse than fighting zombies? Fighting space zombies. One of the most deadly things about the Flood is that they can destroy their enemies with a single touch.
They cover battlefields in disease, meaning any step may lead to infection. The Flood is so terrifying that it takes two great armies, the humans and the Covenant, to band together and defeat them.
Poor bug. No one ever takes them seriously.
The Arachnid (Starship Troopers)
No good military satire is complete without an insane enemy that comes in insane numbers and is armed with insane psychic abilities.
One of the most deadly things about the Arachnids was how mindless they seem. Everyone who initially thought, “oh, just a giant bug” was in for a rude awakening when they discovered they can communicate telepathically and shoot down spaceships in orbit.
The Borg even managed to assimilate the great Captain Jean-Luc Picard. And adding Picard to their ranks definitely gives them an edge.
The Borg (Star Trek)
These guys are the culmination of all the terrifying things on this list. Put together highly advanced technology, overwhelming numbers, near invulnerability, and mass assimilation and you end up with the Borg.
With most sci-fi hiveminds, destroying their leader usually means the destruction of their entire force. But with the Borg, it just means another Queen must take their place.
Who would win: 40 millenia of technological advancements or one Orky boy?
The Orks (Warhammer 40k)
To be fair, every army in Warhammer 40k is a force to be reckoned with. But even in a universe filled with futuristic demons, robot zombies, and blood-thirsty elves, the Orks are considered the most successful intergalactic conquerors.
When the space savages aren’t fighting among themselves, they’ll band together to overwhelm their foes — even if those foes are Chaos gods, alien samurai, or whatever the hell Tyranids are.
James Bond has long been the most famous “secret agent” out there. Everyone knows James Bond, and it is rare to meet someone who hasn’t seen at least one of the films. Like with most films of that kind, there are a lot of issues with the character and storylines in general. Take for instance the fact that they call him a “secret agent” when he is in fact an Intelligence Officer. Add to that he doesn’t have a line manager, but instead somehow reports directly to the head of MI-6. Then there is the reality that a “license to kill” doesn’t really exist. Despite these tiny issues with details, the films are actually quite good. However, there are many reasons that James Bond truly is the worst spy ever, even if he is a fictional character. Here are the top 007 reasons:
He carries a gun on airplanes
He walks on and off commercial flights with a shoulder holster on and is never once stopped by security. He strolls through the airport fully armed and no one seems to notice or be bothered by the fact that an armed man in a suit is boarding a flight. Even if he has it in his bag instead, it is still never questioned. In reality, he probably would have received a weapon when he arrived at his destination, not carry it on an airplane with him.
He constantly destroys or loses his equipment
He is regularly issued with equipment, weapons and vehicles that are worth millions. However, he never returns any of it, at least not in the same condition he gets it. You would think when given the highest levels of technological advancements in “spy gear,” weapons and cars, one would be inclined to take extra special care of it all.
He is always being captured and/or beaten up
Despite the fact that he is a highly trained intelligence officer, who is supposed to be aware of his surroundings at all times and the number one rule of intelligence is “never get caught,” Mr. Bond is constantly being captured by the baddies he is after. Even if he isn’t being captured, he is getting beaten up by any number of people associated with whichever villain he is chasing. Where is all that training he meant to have?
He never follows orders
The intelligence world does leave some wiggle room to think on your feet, but a big part of it is also following the orders you are given. James Bond never does that. It doesn’t matter what anyone says or tells him to do, he does the opposite. He always feels that he is in the right and he does his own thing at all times, no matter the consequences.
He travels under his own name
Anyone who knows anything about intelligence knows that they absolutely never travel using their own identity whilst on operations. That is part of the whole point of what they do. However, James Bond who is supposed to be one of the best, always travels under his own name and with his own documents.
He always draws attention to himself
One of the biggest parts of intelligence training is how to never get noticed. For someone who is supposed to be a spy or secret agent or intelligence officer, depending on what you like, he draws an awful lot of attention to himself. He drives expensive cars, wears ridiculously expensive suits and stays at five-star hotels. Not to mention the fact that he is always blowing things up and firing his weapon in highly public places.
Everyone knows who he is
The number one reason James Bond is the worst spy ever: Everyone knows exactly who he is. Every bad guy, every hotel receptionist, every bartender knows his name. He walks into a bar and is greeted with, “Good evening, Mr. Bond.” Plus, they know exactly what he drinks! Villains know his reputation and that he has a license to kill. They all know him on sight. To top it off they all know his 00 code number … His secret code number. The number of times an adversary uses 007 is absolutely astounding. This alone is enough to make James Bond the worst spy ever.
Turkey conducted military tests using a Russian air defense system and an American-made fighter jet on Nov. 25, 2019, in a move US officials described as “concerning.”
Turkish F-16 jets flew over the capital of Ankara as part of a test of the S-400 missile defense system, which the Turkish President Recep Tayyip Erdoğan purchased from Russia for $2.5 billion.
The purchase scuttled plans for Turkey to acquire the latest-generation F-35 Lightning II jet from the US, due to concerns that the Russian anti-aircraft system could exploit the US’s most advanced stealth technology. The purchase effectively nixed plans for Turkey to buy the US’s Patriot missile system.
One US diplomat said there was a chance that Russia had the ability to access Turkey’s S-400 remotely, and use a potential backdoor to observe on NATO allies, according to Defense News.
US lawmakers threatened to mount a campaign to levy sanctions against Turkey after it received delivery of a second battery in August 2019. The 2017 Countering America’s Adversaries Through Sanctions Act allows Trump to sanction Turkey for conducting business with Russia.
It remains unclear if Trump will impose sanctions against Turkey, NATO’s second-largest military after the US. In 2017, Trump described the sanctions act as “seriously flawed” and said he signed it into law “for the sake of national unity.”
“Erdoğan is thumbing his nose at Trump, the US [and] NATO, and crossing another red line on S-400s,” Democratic Sen. Chris Van Hollen of Maryland said on Twitter.
Secretary of State Mike Pompeo on Tuesday told reporters that the tests were “concerning,” but added he remained optimistic on resolving the impasse.
“We are hopeful. We are still talking to the Turks, still trying to figure out our way through this thing,” Pompeo said.
Despite objections on the S-400, President Donald Trump, who met with Erdoğan on Nov. 13, 2019, described his broader conversations with the Turkish president as “wonderful.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
I’m not a scientist, but I feel confident about this statement: Humans require oxygen to live. The thing is, we don’t necessarily need the oxygen to come from air, though that is how our lungs are designed to receive it.
When submerging underwater for extended periods of time, humans have devised ways to bring oxygen with us so we don’t drown and stuff, but there’s a problem. Breathing air while under the enormous pressure of deep water makes nitrogen in our bodies dissolve, creating air pockets in the blood and organs and causing decompression sickness.
Retired heart and lung surgeon and inventor Arnold Lange has a solution: liquid breathing.
This isn’t a new concept. In the medical field, liquid ventilation is used for premature infants, whose lungs haven’t developed to safely transition from the liquid environment of the womb.
Navy SEALs reportedly experimented with liquid ventilation in the 1980s, and the need for safe evacuations from submarines has been a high priority ever since men submerged ships. Today, the U.S. Navy recruits deep sea divers for search and rescue missions, diving salvage operations, and even performing ship maintenance.
Liquid breathing is by no means a perfected science (and not just because in order to dispose of the CO2 humans normally exhale, deep water liquid breathing requires an artificial gill in the femoral artery *shudder*), but its medical — and military — applications urge scientists on.