President Donald Trump said on April 17, 2018, that the US had already started speaking with North Korea ahead of a proposed meeting between Trump and North Korean leader Kim Jong Un in 2018.
“We’ve also started talking to North Korea directly,” Trump said, according to Jennifer Jacobs, Bloomberg’s White House reporter. “We have had direct talks at very high levels, extremely high levels with North Korea.”
Trump was speaking to reporters alongside Japanese Prime Minister Shinzo Abe at the president’s Mar-a-Lago resort in Florida.
According to Jacobs, Trump said talks with Kim would take place “probably in early June ” or “a little before that,” or not at all. The president added that five locations were under consideration for a meeting, but he did not specify where.
The Washington Post reporter David Nakamura tweeted that he asked Trump whether any of the locations were in the US and that the president “shook his head and clearly mouthed the word, ‘No.'”
The president said he would bring up in a meeting with Kim the cases of abductees held by North Korea.
A White House official said early April 17, 2018, that three Americans being held in North Korea also factored “very much into future interactions” between the US and North Korea.
Trump also said North Korea and South Korea “have my blessing” to discuss officially ending the Korean War, which ended with an armistice in 1953 but is technically ongoing because there is no peace treaty.
Kim and South Korean President Moon Jae-in are set to meet for the first time on April 27, 2018. The South Korean newspaper Munhwa Ilbo cited an unnamed intelligence source as saying the summit could lead to a peace announcement.
CNN reported early April 2018, that “secret, direct talks” were underway between Washington and Pyongyang in preparation for a summit between Trump and Kim, with several administration officials saying a team at the CIA was working through intelligence back-channels.
US and North Korean intelligence officials had spoken several times and met in a third country to work on settling a location for a meeting, according to CNN.
Becoming a US Marine is one of the most difficult titles to earn. Getting hammered — both mentally and physically — by a well-trained drill instructor can be taxing on anyone.
Once the Eagle, Globe, and Anchor land on the Marine recruit’s palm, their sense of internal pride will find no limit.
Since the Marine Corps is rich with several defining moments in history, Hollywood loves to use their stories for the big screen. Sadly, in many cases, those films don’t reach audiences in the way the filmmakers would hope.
However, there are a select few moments that are so epic, they won over the hearts and minds of their Marine audience.
So check out our list of movie moments that make Marines pump their fist with pride.
1. The trigger happy door gunner (Full Metal Jacket)
This entry excludes the film’s first act, which had every Marine in the Corps pumping their fist with pride — after they graduated boot camp.
Fast forward to the movie’s second act when Joker and Raptor Man fly toward the Hue City where they meet a trigger-happy door gunner who uses his machine gun to attempt to kill every Vietnamese person he lays eyes on.
2. The flag raising at Iwo Jima (Sands of Iwo Jima)
The Marine Corps has many proud moments throughout its rich history. The flag raising on Mount Suribachi is considered one of the Corps’ most defining moments, as it represents both victory and the powerful American spirit.
Staff at the Bay Pines Veterans Healthcare System left a deceased veteran in a shower room for over nine hours, increasing the risk of decomposition.
That is among the findings of a 24-page report issued by investigators into the incident, news outlets say.
According to reports from the Tampa Bay Times and Fox13News.com, documentation concerning the post-mortem care was falsified to cover up the incident.
The report, heavily redacted by the Department of Veterans Affairs due to confidentiality rules, revealed massive failures in the incident.
Hospital spokesman Jason Dangel told the Tampa Bay Times “appropriate personnel action was taken” in addition to carrying out a combination of retraining staff and changing procedures. The report, while heavily redacted to protect the confidentiality of the staff who allegedy left the deceased veteran lying around for nine hours, did list the procedures that should have been followed.
In a lengthier statement released to Fox13news.com, an unidentified spokesperson with the VA hospital noted, “As reflected in the outcomes of our thorough internal reviews, it was found that some staff did not follow post mortem care procedures. We view this finding unacceptable, and have taken appropriate action to mitigate reoccurrence in the future.”
The staff will be retained, sign a written commitment to maintain VA core values and nurses will be on staff to make sure the procedures are followed, the official said.
“We feel that we have taken strong, appropriate and expeditious steps to strengthen and improve our existing systems and processes within the unit,” the official said.
In a stinging statement on the incident also delivered to Fox13news.com, Florida Republican Rep. Gus Bilirakis said, “I am deeply disturbed by the incident that occurred at the Bay Pines VA hospital, and even more distressed to learn that staff attempted to cover it up. The report details a total failure on the part of the Department of Veterans’ Affairs and an urgent need for greater accountability.”
“Unsurprisingly, not a single VA employee has been fired following this incident, despite a clear lack of concern and respect for the Veteran,” Bilirakis added. “The men and women who sacrificed on behalf of our nation deserve better.”
The Air Force is launching a next-generation airborne surveillance and command and control technology intended to successfully synchronize air, ground, drone, and satellite assets onto a single, seamless network, service officials said.
The emerging system, planned to reach full maturity in the 2040s, is called Advanced Battle Management and Surveillance (ABMS). It was introduced in the recently released Air Force 2019 budget.
“The budget proposes to change the way we execute battlefield management command and control in the multi-domain environment,” an Air Force official explained to Warrior Maven.
This initiative, carving out a new innovation-based short and long-term plan, articulates a much-deliberated Air Force path forward regarding the future of its Joint Surveillance Target Attack Radar System (JSTARS) platform. The emerging plan represents the manifestation of lengthy Air Force considerations about whether the large and “not-so-stealthy” JSTARS platform would remain functionally useful in a high-threat, high-tech, modern environment.
ABMS seeks to harvest the latest ISR-oriented technologies from current and emerging systems as a way to take a very large step forward — and connect satellites, drones, ground sensors, and manned surveillance aircraft seamlessly, in real time, across a fast-changing, dispersed combat area of operations. ABMS is described by Air Force officials as more of a “system” than platform-specific application. This technical approach is of great significance amid anticipated future threat scenarios wherein electronic attacks, cyber intrusions, and GPS “jamming” weapons are both emerging and proliferating.
Over the longer term, the advanced ABMS suite of sensors and ISR technologies could integrate on a number of current and future air platforms, Air Force officials told Warrior Maven.
At the same time, the service is also identifying a near-term “bridge” or “interim” solution to meet combat commands while ABMS develops. This plan includes an immediate effort to modernize E-3 Airborne Warning Command and Control aircraft and upgrade the current JSTARS fleet through the mid-2020s.
“We propose to modernize 7 E-3 Airborne Warning Command and Control aircraft and keep the current E-8C JSTARS operational through the mid-2020s, as we develop and transition to an advanced battle management system,” the Air Force official said.
Air Force developers further specified to Warrior Maven that integrating advanced communications, networking, and sensor capabilities onto an E-3G aircraft will “mitigate operational risk prior to the arrival of ABMS in the early 2040s.”
The JSTARS mission
The Air Force manned Joint Surveillance Target Attack Radar System has been using advanced technology to gather and share combat-relevant information, circle above military operations and share key intelligence, surveillance, and reconnaissance data with service command and control.
Since its combat missions during the Gulf War in the early 1990s, JSTARS has been an indispensable asset to combat operations, as it covers a wide swath of terrain across geographically diverse areas to scan for actionable intelligence and pertinent enemy activity.
JSTARS is able to acquire and disseminate graphic digital map displays, force tracking information and – perhaps of greatest significance – detect enemy activity; information obtained can be transmitted via various data-links to ground command and control centers and, in many instances, connected or integrated with nearby drone operations.
The current Northrop E-8C surveillance aircraft can identify an area of interest for drones to zero in on with a more narrow or “soda-straw” sensor view of significant areas below. JSTARS can detect enemy convoys, troop movements or concentrations and pinpoint structures in need of further ISR attention.
JSTARS is a critical airborne extension of the Theater Air Control System and provides Ground Moving Target Indicator data to the ISR Enterprise, Air Force officials explain.
Ground Moving Target Indicator, GMTI, is another essential element of JSTARS technology which can identify enemy movements below.
Air Force officials say the current ongoing competition to recapitalize JSTARS will continue alongside a commensurate or greater focus upon ABMS. The plan sheds some light on recent lingering questions about whether the service would continue its recap effort or replace it with something designed to operate more successfully in a high-tech modern threat environment.
Service developers have emphasized that the JSTARS recap will be a commercial derivative aircraft designed to keep pace with rapid technological changes and reduce life-cycle costs for the service.
JSTARS uses Synthetic Aperture Radar to bounce an electromagnetic “ping” off of the ground and analyze the return signal to obtain a “rendering” or picture of activity below. Since the electronic signals travel at the speed of light – which is a known entity – an algorithm can then calculate the time of travel to determine the distance, size, shape, and movement of an object or enemy threat of high value.
JSTARS planes, which have been very active supporting combat operations in Afghanistan, have flown 130,000 combat mission hours since 9/11.
Although initially constructed as a Cold War technology to monitor Soviet Union tank movements in Eastern Europe, the JSTARS has proven very helpful in key areas such as near North Korea, Iraq, and Afghanistan. The platform has also succeeded in performing maritime missions in the Pacific theater, Southcom (U.S. Southern Command), and Central Command areas of responsibility.
The JSTARS has been able to help meet the fast-expanding maritime demand for ISR and command and control due to an upgrade of its radar to Enhanced Land/Maritime Mode, Air Force officials said.
Air Force plan adjusts to advanced threats
While Air Force officials did not elaborate much on the various future threat conditions currently informing the calculus of decision-making, there has been much discussion of a broader need for air surveillance assets to operate in a more contested, high-threat, near-peer type warfare environment. Given these dynamics, broadly speaking, it makes sense that a larger, and therefore more detectable platform, like JSTARS, could be a more vulnerable target against adversaries with sophisticated weapons and sensors.
Accordingly, while JSTARS functions with great effect in lower threat combat circumstances, such as Afghanistan, where the US maintains air supremacy, its size, configuration, and radar signature are such that it could potentially be more vulnerable to advanced enemy air defenses.
At the same time, the platform is known to add tremendous value in combat scenarios — and advances in aircraft defenses, countermeasures, electronic warfare, and newer sensor technology, it seems, could potentially enable JSTARS to operate successfully against sophisticated enemy air-to-air weapons and ground-based air defense systems. Clearly, the aircraft is not intended to fly at the edge of combat, unprotected, against enemy fighter jets and air defenses — the question is what kinds of assets, emerging systems or supplemental technologies might be leveraged to expand its mission functionality in more contested areas?
An ability to address a high-threat electromagnetic warfare environment, by any estimation, is a likely focal point of the calculus regarding how best to equip large sensor platforms — such as JSTARS —for future combat environments. While many details regarding these kinds of technologies are, naturally, not available, engineering and upgrading an aircraft such as JSTARS with EW countermeasures or systems designed to minimize its electronic “signature” could indeed be fundamental to an ability to operate in sophisticated near-peer types of warfare scenarios.
It may be that other kinds of advanced countermeasures and aircraft protections, including the use of nearby unmanned drones as protection, could prove useful with respect to upgrading JSTARS to operate against advanced enemies.
There are other potential considerations or likely reasons why an upgraded current JSTARS aircraft might be positioned to operate with some success against sophisticated modern enemies; attack aircraft or stealth bombers could eliminate air defenses before a JSTARS enters a high-threat area of operation, thus enabling it to operate with great effect — electronic jamming aircraft such as the EA-18 Growler equipped with a high-tech Next-Generation Jammer, also, could potentially detect and jam radar signals from enemy air defenses — and semi-autonomous drones operated from a JSTARS cockpit in the future might test enemy air defenses or assess the threat environment while the surveillance aircraft operates at a safer distance.
Moving into the future, there may be emerging assets able to perform these missions more effectively against extremely advanced enemies; newer EW and sensor technology, for instance, are rapidly evolving such that smaller, better-protected platforms might have occasion to track wider areas at increasingly longer ranges — all while maintaining a lower radar signature. Faster computer processing speeds, enabling a smaller hardware footprint — coupled with more “hardened” networks and data links — might enable smaller, new platforms to gather, organize, analyze, and disseminate crucial, combat-relevant information in near-real time.
In short, command and control technology is evolving so quickly, that the Air Force might wish to ensure it can consistently identify and leverage the best emerging technical solutions able to perform the requisite surveillance and command and control functions currently executed by legacy JSTARS planes.
Would emerging drone surveillance technology, historically thought of as providing a “soda-straw” view of areas below, be able to survey wide-swaths of dispersed terrain across a combat area of operations? Perhaps stealthy platforms, increasingly equipped with advanced sensor technology, could perform some of the wide-area command and control missions currently taken up by the JSTARS. It may be that a new JSTARS platform could operate in tandem with other systems, networks and aerial platforms able to assist the mission in higher-risk environments. In fact, this kind of cross-domain connectivity seems to be at the heart of what ABMS seeks to accomplish.
The current JSTARS is based on a four-engine Boeing 707. Of the 16 JSTARS currently in the Air Force inventory, 11 of them are operational. The JSTARS is the only platform technically able to simultaneously perform command and control as well as ISR, Air Force developers describe.
The crew of an existing JSTARS, which can go up to 21 people or more, includes a navigator, combat systems operator, intelligence officers, technicians and battle management officers. However, technology has advanced to the point wherein a smaller crew size will now be able to accomplish more missions with less equipment and a lower hardware footprint. Advanced computer processing speeds and smaller components, when compared with previous technologies, are able to perform more missions with less hardware.
With the first in a series of three spacewalks successfully completed at the International Space Station, NASA has updated astronaut assignments for the remaining two spacewalks and will preview the third in an upcoming news conference on NASA Television and the agency’s website.
NASA astronauts Nick Hague and Anne McClain conducted the first spacewalk in this series on March 22, 2019. Hague and fellow NASA astronaut Christina Koch now are preparing to conduct the second spacewalk Friday, March 29, 2019, during which they will continue work started on the first spacewalk to install powerful lithium-ion batteries for one pair of the station’s solar arrays.
Koch had been scheduled to conduct this spacewalk with astronaut McClain, in what would have been the first all-female spacewalk. However, after consulting with McClain and Hague following the first spacewalk, mission managers decided to adjust the assignments, due in part to spacesuit availability on the station. McClain learned during her first spacewalk that a medium-size hard upper torso – essentially the shirt of the spacesuit – fits her best. Because only one medium-size torso can be made ready by Friday, March 29, 2019, Koch will wear it.
McClain now is tentatively scheduled to perform her next spacewalk – the third in this series – on Monday, April 8, 2019, with Canadian Space Agency astronaut David Saint-Jacques. Assignments for this spacewalk will be finalized following completion of the second spacewalk.
Astronauts (from left) Anne McClain and David Saint-Jacques are pictured in between a pair of spacesuits that are stowed and serviced inside the Quest airlock where U.S. spacewalks are staged.
Experts will discuss the work to be performed on the April 8, 2019 spacewalk during a news conference at 2 p.m. EDT Tuesday, April 2, 2019, at NASA’s Johnson Space Center in Houston. Live coverage of the briefing and spacewalks will air on NASA Television and the agency’s website.
Media wishing to attend the briefing in person must request credentials from the Johnson newsroom at 281-483-5111 no later than 4 p.m. Monday, April 1, 2019. Media interested in participating by phone must contact the newsroom by 1:45 p.m. April 2, 2019.
Participants in the briefing will be:
Kenny Todd, International Space Station manager for Operations and Integration
Rick Henfling, spacewalk flight director
John Mularski, lead spacewalk officer
McClain and Saint-Jacques will lay out jumper cables between the Unity module and the S0 truss, at the midpoint of the station’s backbone, during their April 8, 2019 spacewalk. This work will establish a redundant path of power to the Canadian-built robotic arm, known as Canadarm2. They also will install cables to provide for more expansive wireless communications coverage outside the orbital complex, as well as for enhanced hardwired computer network capability.
Live coverage of both spacewalks will begin at 6:30 a.m., and each is expected to last about 6.5 hours. The March 29, 2019 spacewalk is scheduled to start at 8:20 a.m., while the April 8, 2019 spacewalk is set to start at 8:05 a.m.
These will be the 215th and 216th spacewalks in the history of International Space Station assembly and maintenance. During the first spacewalk of the series, on March 22, 2019, McClain became the 13th woman to perform a spacewalk. Koch will become the 14th on March 29, 2019.
At a parade touting Beijing’s massive military might on the 90th anniversary of the founding of the People’s Liberation Army, China rolled out it’s newest intercontinental ballistic missile, the DF-31AG.
Another upgrade to the survivability and lethality of the missile comes from the truck that carries it. Like the DF-31, it’s mobile and therefore can evade attacking forces, hide, and fire from surprising locations. But unlike the previous model, the DF-31AG can actually go off road, further complicating any plans to neutralize China’s nuclear might.
Watch the rollout of the DF-31AG below:
China’s new DF-31AG intercontinental missiles make public debut at military parade in Zhurihe base in Inner Mongolia pic.twitter.com/PaTeQp4TPN
Millionaire scientist and Wall Street tycoon Alfred Lee Loomis who personally funded scientific research at his private estate and later went on to lead radar research efforts during WWII.
But the technological developments of Tuxedo Park didn’t happen in a vacuum. In fact, Winston Churchill gave the US access to British intel and research that fueled Loomis’ efforts, ultimately leading to our Allied victory.
Loomis was born in Manhattan, and his family were privileged, well-connected members of society. Most of his relatives were physicians, though several of his cousins held cabinet positions in various presidential administrations. After studying math and science at Yale, Loomis then went on to graduate in law from Harvard.
In 1917, Loomis volunteered for military service and was commissioned as a captain. During his time in service, he earned the rank of Lt. Col and worked primarily in ballistics at the Aberdeen Proving Ground in Maryland.
It was at Aberdeen that Loomis invented the Aberdeen Chronograph, the first instrument to accurately measure the muzzle velocity of artillery shells and could be transported and used on the battlefield.
Anticipating the Wall Street crash of 1929, Loomis managed to save his fortune by converting his assets to gold. With liquid resources, he was able to purchase stocks that had plummeted in value. This fortune allowed him to work closely with President Roosevelt in preparing the United States for WWII. Loomis used his contacts in the financial and law sectors of New York to finance early developments in radar. It was with this vision in mind that he opened up his expansive enclave in Tuxedo Park and turned it into a research facility.
At Tuxedo Park, Loomis and his small research staff conducted experiments into the emerging field of spectrometry, electro-encephalography, capillary waves, and the measurement of time. His laboratory was state of the art and contained equipment that several top-tier universities couldn’t afford. Because of this, Loomis’ reputation spread quickly as a patron of science. Several prominent European scientists traveled to Tuxedo Park to meet with American peers and collaborate on projects. Enrico Fermi, Werner Heisenberg, and Albert Einstein all visited the luxurious estate.
In as much as Tuxedo Park provided scientists with access to state of the art materials and equipment, the location also served as a socializing spot, where like-minded individuals could come together to discuss current issues in technology.
By the late 1930s, Loomis was interested in radio detection studies and worked with his research team to build the first microwave radar. Deployed from the back of a van, the team drove it to a golf course and aimed it at a nearby road to track cars and trucks. Then they took it to the local airport to track small aircraft.
Several prominent UK scientists were working on radar experiments in hopes that a technology might emerge, which could prevent the nightly bombing of the Luftwaffe. These scientists developed the cavity magnetron, allowing their radar tech to be inserted into aircraft.
Loomis then invited the cavity magnetron developers to Tuxedo Park to continue their work on the magnetron. Because Loomis had more experience than anyone else in the US, he was appointed to the National Defense Research Committee as the chairman of the Microwave Committee and the vice-chairman of Division D.
With so many scientists working toward the same goal, Tuxedo Park soon grew too small. So Loomis closed the research facility and moved to the Rad Lab, headquartered at MIT, where he and the team worked tirelessly toward the development of radar technology. What started as a handful of people working toward a common goal quickly grew to a staff of over 4,000. The Rad Lab’s innovation directly resulted in helping us win the war.
The resulting 10cm radar was the key technology that enabled U-boats to be sunk, along with allowing British forces to spot incoming German bombers. This radar also provided the cover the American troops needed for the D-Day landing.
The “Night Wolves” have come to Slovakia and the locals are not happy about it. Also known in Eastern Europe as “Putin’s Angels,” the group is a biker gang with ties to the Kremlin. Their arrival in the country is not a welcome sight, as their presence foretells a potentially devastating future.
And seeing as Slovakia is a member of NATO, it could even spark a third world war.
Their favorites include Vladimir Putin, pictured here with “The Surgeon,” and Joseph Stalin, who is still dead.
In 2014, the group helped the Russian military annex Ukraine’s Crimean Peninsula and continue to assist pro-Russian separatists in Ukraine’s bloody, ongoing civil war. The gang’s leader, Aleksandr Zaldostanov (aka “The Surgeon”) offers his gang’s assistance to Russian Special Forces in what Slovak President Andrej Kiska calls violations of international law. The group even operates a training center just a few miles away from the fighting in Ukraine.
“The Surgeon,” named for his history in dentistry, has risen to prominence in Russia during a time when the Soviet Union evokes nostalgia among many. Zaldostanov is Russian nationalism’s brightest rising star. He, like many others, yearns for the days when Russian power meant something and decries the country’s enemies, mainly NATO and the United States.
During the Russian takeover of Ukraine, the Night Wolves operated roadblocks and stormed Ukrainian naval facilities, even going so far as to seize weapons from Ukrainian government facilities. They even received medals for their work in Sevastopol and greater Ukraine before the Russians moved in, and a medal for patriotism in the wake of the Sevastopol bike show, which was attended by Vladimir Putin himself.
In Slovakia, the gang built a compound from which to base their activities, which, in the past, have included anti-NATO rallies and three-day long protests against the Slovakian government. The building is just 60 kilometers from the Slovak capital of Bratislava.
The compound houses old tanks and armored military vehicles for a group that bills itself as a group of “harmless motorcycle lovers.”
The arrival of the Night Wolves was met by calls for the Slovakian government to forcibly remove the gang. This is in stark contrast to other visits but not for the same reasons.
When the biker gang rolled into Bosnia (without bikes – it was too cold for bikes) the locals did little more than giggle. Roughly half of that country is represented by the breakaway region known as Republika Srpska, an area that wants its independence from Bosnia and would look to Russia as a potential patron. Instead of money or arms, Putin sent the Night Wolves.
“They looked pathetic; even I am taller than they are,” ethnic Serb psychologist Srdjan Puhalo told the New York Times. He still posed with the bikers for photos in Banja Luka, the most pro-Russia city in Bosnia. Other countries have not been so receptive to the Night Wolves.
President Kiska is among those in Slovakia who want the Night Wolves’ base removed and the bikers sent packing, but it’s not the President’s call to make. The local authorities in the country insist the gang has done nothing wrong (in Slovakia, at least).
The first head of Britain’s secret service — which would one day be called MI6 — carried a swordstick, drove a personal tank, and would sometimes stab his wooden leg with a pen just to see how people reacted.
No one actually knows which British agent was the one who came up with the idea, but the book “Six: The Real James Bonds 1909-1939” notes that his fellow spies made so much fun of him that he had to be transferred to another office.
His name was — no joke — Captain Sir Mansfield Cumming and his agents lived by the motto, “Every man his own stylo.”
The truth was, British spies were searching for the perfect invisible ink during World War I and thought natural fluids were the ideal. The major issue with using semen to write letters? The smell eventually becomes very distinctive.
Cumming ruled that agents abroad using this method of secret messaging ensure their ink was fresh for every letter.
The book details an agent in Copenhagen, a Maj. Richard Holme, who apparently kept a ready supply on hand.
“…his letters stank to high heaven and we had to tell him that a fresh operation was necessary for each letter.”
In “Prisoners, Lovers, and Spies: The Story of Invisible Ink,” Kristie Macrakis writes that Cumming began inquiring about the use of bodily fluids as invisible ink as early as 1915 and told Walter Kirke, Deputy Head of Military Intelligence that he thought the best invisible ink was indeed semen.
Semen does not react to the iodine vapor test, a method that then turned all known invisible inks brown. This was particularly attractive to the spy agency, but unfortunately (for spies — not for those concerned with hotel cleanliness) heat develops semen ink and it appears in ultraviolet light.
Basically it’s a story about how a small group of veterans who were radicalized in Iraq and Afghanistan provide security for fringe Neo-Nazi groups. It continues with an anecdote about the author’s NYPD lieutenant uncle and his prejudice.
The piece argues that not enough is being done to aid returning veterans with Post Traumatic Stress from becoming racists. To the article’s defense, it does say the percentage of veterans pulling security for the Right Wing groups is a small one. And I’d be lying if I said I hadn’t heard a racial slur used by a piece of sh*t during my time in the U.S. Army.
However, it glosses over the U.S. military’s extremely hard stance against those ****heads and the astronomical percentage of troops who learned to see their fellow service member as not white, brown, or black, but “green.”
The Army doesn’t tolerate racism, extremism, or hatred in our ranks. It’s against our Values and everything we’ve stood for since 1775. — GEN Mark A. Milley (@ArmyChiefStaff) August 16, 2017
All the Chiefs of Staff of the Armed Forces have unequivocally denounced racism and hatred within their branch. Every value within each branch goes directly against what we all stand for. There is no way in Hell any soldier can truly live by the Army values if they are not loyal to and respect everyone on their left and right.
The Army’s diversity mission statement is: “To develop and implement a strategy that contributes to mission readiness while transforming and sustaining the Army as a national leader in diversity.” In every sense, we are.
We just assume that no matter what race you are, wherever you comes from, whatever religion, gender, or orientation: if you’re a young private – you’re probably an idiot no matter what. And if you’re a second lieutenant, you’re probably an idiot who’s also in the chain of command.
Troops come from all walks of life. I’ve served with former surfers from California, ranchers from Texas, and computer analysts from Illinois. Troops who grew up in the projects of Harlem to the high rises of Manhattan to trailer parks outside Atlanta to the suburbs of Cleveland.
I will forever be honored knowing they all embraced me as a brother. The life story of my friend, Spec. Allam Elshorafa, is proof that serving in the military will make you “see green” far more than the minute group of f*ckfaces that do radicalize.
Arriving at my first duty station in Fort Campbell, Kentucky, I wasn’t the most popular guy in the unit. I quickly realized that awkwardly talking about World of Warcraft wasn’t doing me any favors with avid fishermen and party guys, yet they still always looked out for me as one of their own.
In Afghanistan, I got to know Elshorafa. He was a Muslim born in Jerusalem. His family moved to Dallas when he was younger and as an adult, he enlisted to defend his new American home.
We quickly became friends. We’d talk about cartoons we saw as kids, video games we played as teens, and movies we hated as adults.
Things shifted when the topic of “why we enlisted” came up. He told me it was his life’s goal to help teach others that “not all Muslims are terrorists.” They are a fringe group that preys on other Muslims and are a blight on his religion.
One of radical Islam’s recruitment methods is to point at racism of westerners to rally disenfranchised Muslims. Yet, for all of the vile hatred those sh#tbags spew against the West, the largest target of Islamic terror is still other Muslims.
Islamic terror to Elshorafa was the same as how every group deals with the radical sh*theads. Not all Christians are Branch Davidians, and not all Republicans are in the Alt-Right. To him, America was his home and we were his family. I, and everyone else in the platoon, embraced him as such.
My brother-in-arms ended his own life in June 2017. He joined the staggering number of veterans that still remain one of the most tragic concerns within our community. The loss still pains me, and I wear the memorial band every day.
It didn’t matter what race or religion either of us was, Elshorafa had my six and it will always hurt that I didn’t have his in his time of need.
He taught me about his faith and never attempted to convert me. He invited me to join him at an Eid al-Fitr celebration and the food was amazing. Just as you learn the players of every other football team other than your own by hanging out with their passionate fans, you learn in the military about others’ ways of life by bullsh*tting with them.
Everyone embraces the same suck on a daily basis. We all bleed the same red. And we all wear the same ‘green.’
The Russian military announced on Jan. 10 that Turkish-backed rebels attacked its Hmeimim air base and Tartus naval facility in Syria over the weekend with 13 drones.
“The recent drone attack on Russian bases in Syria was launched from an area near Idlib, which is controlled by Turkish-backed rebel forces,” according to RT, adding that Moscow complained to Turkey about the incident. The drone attack reportedly took place overnight from Jan. 5 to Jan. 6.
The Russian military said that the attack originated from the village of Muazzara, which is located in the Idlib region of Syria.
Russian and Syrian bombing runs have increased in Idlib in the last week, resulting in the deaths of many civilians, according to the Syrian Observatory For Human Rights. ISIS has also recently retaken portions of Idlib, despite Russian President Vladimir Putin’s declaration of victory in Syria late last year.
It is curious that Russia would blame Turkey, given that the two countries have improved relations over the last year.
“We often overestimate how much governments in capitals have control over the rebel groups they sponsor,” Dmitry Gorenburg, a senior research scientist at CNA, told Business Insider.
“Given Turkey’s deteriorating relationship with the U.S., it [would be odd] for Turkey to lash out at Russia,” Gorenburg said.
Russia shifts the blame from U.S. to Turkey
The development comes one day after the Russian Ministry of Defense implied that the U.S. had helped coordinate the drone attacks on Hmeimim air base and Tartus naval facility.
The MoD also said that a U.S. spy plane flew over Syria around the time of the attack, which helped the rebels target the drones.
“Any suggestion the U.S., the Coalition or our partnered forces played a role in an attack on a Russian base is without any basis in fact and utterly irresponsible,” Defense Department spokesman Eric Pahon told Business Insider in an email, adding over the phone that the insinuation is “absolute bonkers.”
“This was not a super sophisticated attack,” Gorenburg said, adding that the rebels could have easily launched and targeted the bases themselves.
Russia has released pictures of the drones, which were made of wood, taped together, and equipped with low-tech bombs.
“My hunch is that [Russia] was embarrassed by the attack,” Gorenburg said, and that the MoD needed to attribute such an attack to “a major power.”
Author’s note: This is a very hypothetical look at how a fight between two of America’s greatest expeditionary units could play out. Obviously, this battle would never actually happen since paratroopers and Marines rarely fight outside of bars. Both sides can only use their indigenous assets and their rides to the fight, no requesting Patriot missile support or a carrier strike group.
During the short War of Alaskan Secession in 2017, one brutal battle pitted an Army Airborne Brigade Combat Team against a Marine Expeditionary Unit (MEU).
The fight centered on Fort Glenn, an abandoned World War II airfield on Umnak Island in the center of Alaska’s Aleutian Island Chain. The 4th Brigade Combat Team (Airborne), 25th Infantry Division attempted to take the fort for the Alaskan Independence Forces while the 31st Marine Expeditionary Unit steamed north to capture it for the Federal Forces.
The Alaskans wanted the base to act as an early-warning installation and a platform for controlling Arctic traffic while the Federal Forces needed it as a marshaling and power projection platform for the invasion of Alaska.
The soldiers and Marines raced to the island, each unaware of the other’s plans. 4th Brigade caught a ride from Alaskan Air National Guard C-17s while the 31st Marine Expeditionary Unit rode in on their dedicated Navy ships, the USS Peleliu and the USS Germantown, from where they were already steaming in the northern Pacific.
The paratroopers arrived first, jumping into the grass and wildflowers covering Fort Glenn. After Army pathfinders walked the runway and declared it safe for airland operations, C-17s began ferrying the unit’s heavy equipment onto the base.
It was at this critical moment that the Army colonel learned from one of his UAV operators that the 31st MEU was south of the island and steaming towards Deer Bay, a natural beach that sat at the foot of Fort Glenn.
This was a crisis for the airborne unit. A surprise winter storm approaching mainland Alaska had grounded the F-22s and other fighters captured as the war began, but the commander knew the MEU would still be able to launch its eight Harriers and four attack helicopters with the Navy’s ships safely out of the storm’s path.
The Army had limited options. They could attempt to defend Fort Glenn with what static defenses could be emplaced quickly, hide and set up an ambush at the beaches for when the Marines landed, or withdraw to the nearby high ground at Mount Okmok, a volcano that rarely erupts.
Javelin missile teams jumped out and positioned their launchers to screen for aircraft flying low and slow. Riflemen grabbed their assault packs and began setting up their own positions.
The soldiers waited and watched as the Marines’ amphibious assault vehicles crept into view. It wasn’t until the first of the Ospreys and SuperCobras neared the beach and spotted the humvees that the Javelin crews began firing.
The first missiles streaked toward the aircraft, but they had only limited anti-air capabilities. Two SuperCobras and two Ospreys came down, but the rest of the aircraft began evasive maneuvers.
The Humvees moved up from the dead space to give their gunners a shot at the Marines coming in. TOW missiles and 40mm grenades began striking the AAVs making their way to the beach while .50-cal gunners targeted the Marines Combat Rubber Raiding Crafts.
The Marines, though surprised to find the beach occupied, were masters of amphibious warfare. The command quickly ordered the landers to turn south where the terrain around Deer Bay would protect them from the missiles. The AAVs began suppressive fire to cover the movement.
The Marines knew that since the Army fired Javelins, an anti-tank missile that is a risky choice against helicopters, the Javelin was their only anti-air missile. So the Harriers were free to fly just a little too fast and a little too high for the Javelins, and therefore they were able to rain destruction.
Once the Harriers were airborne, it was over for the Army’s heavy weapons platforms. After destroying the Humvees, they went after the Army howitzers and the few M1135 Strykers on the island.
The Army attempted an organized withdrawal to the mountain as the two remaining SuperCobras returned with the Harriers. The LCACs and Landing Craft Units offloaded the Marines’ six Light-Armored Vehicles and 120 humvees. The surviving AAVs swam onto the shores.
Army mortar crews, riflemen, and the surviving Javelin firers fought a valiant delaying action, but the island provided little cover and concealment and they were destroyed.
By the time the storm had passed over the Alaskan mainland and the governor could send reinforcements, the resistance on Umnak Island had been essentially wiped out. There was simply too little cover and concealment for the paratroopers to defend themselves against the air and armored support of a MEU once the Marines knew that they were there.