If you’re a fan of the Houston Astros, Friday, July 27, was a miserable night. The Astros suffered a humiliating 11-2 defeat on their home field, Minute Maid Park, at the hands of their same-state rivals, the Texas Rangers. But by the game’s end, nobody was talking about the 9-run deficit. Instead, they were talking about a Marine Corps veteran — and true American hero — dropped trow and ran across the field at the game’s conclusion, wearing only a pair of Ol’ Glory silkies and shoes.
Chris White, a Houston native and president of Freedom Hard, took to the field in front of 42,592 baseball fans in a display that would bring a tear of joy to any red, white, and blue-blooded American. He made it all the way across the outfield, dodging security guards who were no match for his skill. White eventually put his hands up, surrendering after earning the love and admiration of the country.
In case you’ve missed this beautiful display of patriotism, here’s the video:
All joking aside, Chris White’s Freedom Hard is a veteran owned and operated company that uses humor (like the now-infamous streak) to raise awareness of issues within the veteran community. When he was interviewed by Houston’s KPRC 2, he opened up about his motivations.
The streaking, as hilarious as it was, gave him a soap box to briefly stand on and speak to the world about a deadly serious issue that affects many veterans: suicide.
“If I can make you laugh for at least five minutes, then you’re not thinking about that dark space you could potentially be in,” he said. “If I can gear it toward patriotism, to me, I consider that the Holy Grail.”
You bring credit upon the Corps, the military community, and the United States of America.
A GoFundMe campaign was started in his honor (to post his bail) and it quickly raised 0.00. Instead of using cash, he donated every last cent to Camp4Heroes, a North Carolina resort that provides a tranquil environment for struggling veterans to enjoy nature.
Every aspect of Freedom Hard is geared towards giving back to the veteran community. A dollar of every sale is directly donated to the buyer’s choice of a non-profit organization supporting veterans.
In the lead up to World War II, the U.S. Army Air Force had to make tough decisions on how to spend limited defense dollars. Decades of strict budgets after World War I left capabilities across the military underdeveloped, and the Air Forces decided to spend their part of the pie focusing on strategic bombing.
When the Army Air Force was looking for a new bomber in the early 1930s, they floated the idea of getting a beastly four-engine bird. Most bombers had two engines at the time, but it was thought a larger, four-engine plane could carry more bombs a longer way.
Boeing proved this was true with their Model 299. It had four engines and could carry 8,000 pounds of bombs while flying at faster speeds than other bombers of the day. It carried 13 large machine guns, mostly .50-cals. A reporter for The Seattle Times dubbed it a “flying fortress” in a photo caption and Boeing ran with it.
The future looked good for the Model 299 as it dominated a fly-off competition in 1935. But then it crashed and so was disqualified. Worse, it turned out that that the Model 299 was way more expensive than its primary competitors, and so the Army chief of staff ordered a two-engine bomber instead.
And the new doctrine did treat the planes like they were fortresses, even though the fortress moniker originated with a journalist and was adopted by salesmen. As navigator Bob Culp recalled in 2008, “When you realize you’re protected by a very thin skin of aluminum, you realize you’re not really in a fortress.”
Basically, 9-12 planes would fly in a box so their guns would cover all angles of attack. Three or more of these boxes would fly together. There was a lead box, then a box that flew higher, and finally a trail box that flew low.
With 36 planes formed into three boxes, there were 468 machine guns present. They would have 324,000 rounds of ammunition between them. The spread of a single .50-cal. machine gun would fire rounds across a spread 600 yards wide when firing at planes 1,000 yards away. With 468 planes firing 600-yard-wide spreads, it was thought they could form an actual wall of deadly steel at oncoming fighters.
And so the doctrine was approved, and aviation officers fooled themselves that B-17s really could defend themselves.
(National Museum of the U.S. Air Force)
But then American B-17s made their European combat debut in 1942. The planes flying over Europe in daytime proved easy pickings.
Flak gunners didn’t give the first crap about all those machine guns on the planes. Worse, B-17 pilots couldn’t maintain the precise boxes necessary for 360-degree coverage, and gunners couldn’t always keep the proper fields of fire.
Crews could head home, their duty fulfilled, after 25 missions. Only 1 in 4 would survive to reach that milestone. On one of America’s first large bomber raids in 1942, less than 300 bombers set off for Nazi-occupied Europe and 60 of them were lost, an attrition of over 20 percent.
Even when new fighters joined the war, the problem persisted anytime the B-17s outflew their escorts. In October 1943 the Eighth Air Force flew Mission Number 115 against factories in Schweinfurt, Germany. The 291-plane formation survived well while British Supermarine Spitfires and then P-47 Thunderbolts escorted them to the border. But then they were alone against German fighters.
Our James Webb Space Telescope is the most ambitious and complex space science observatory ever built. It will study every phase in the history of our universe, ranging from the first luminous glows after the Big Bang, to the formation of solar systems capable of supporting life on planets like Earth, to the evolution of our own Solar System.
In order to carry out such a daring mission, many innovative and powerful new technologies were developed specifically to enable Webb to achieve its primary mission.
Here are 5 technologies that were developed to help Webb push the boundaries of space exploration and discovery:
Microshutters are basically tiny windows with shutters that each measure 100 by 200 microns, or about the size of a bundle of only a few human hairs.
The microshutter device will record the spectra of light from distant objects (spectroscopy is simply the science of measuring the intensity of light at different wavelengths. The graphical representations of these measurements are called spectra.)
Other spectroscopic instruments have flown in space before but none have had the capability to enable high-resolution observation of up to 100 objects simultaneously, which means much more scientific investigating can get done in less time.
Webb’s backplane is the large structure that holds and supports the big hexagonal mirrors of the telescope, you can think of it as the telescope’s “spine”. The backplane has an important job as it must carry not only the 6.5 m (over 21 foot) diameter primary mirror plus other telescope optics, but also the entire module of scientific instruments. It also needs to be essentially motionless while the mirrors move to see far into deep space. All told, the backplane carries more than 2400kg (2.5 tons) of hardware.
This structure is also designed to provide unprecedented thermal stability performance at temperatures colder than -400°F (-240°C). At these temperatures, the backplane was engineered to be steady down to 32 nanometers, which is 1/10,000 the diameter of a human hair!
One of the Webb Space Telescope’s science goals is to look back through time to when galaxies were first forming. Webb will do this by observing galaxies that are very distant, at over 13 billion light years away from us. To see such far-off and faint objects, Webb needs a large mirror.
Webb’s scientists and engineers determined that a primary mirror 6.5 meters across is what was needed to measure the light from these distant galaxies. Building a mirror this large is challenging, even for use on the ground. Plus, a mirror this large has never been launched into space before!
If the Hubble Space Telescope’s 2.4-meter mirror were scaled to be large enough for Webb, it would be too heavy to launch into orbit. The Webb team had to find new ways to build the mirror so that it would be light enough – only 1/10 of the mass of Hubble’s mirror per unit area – yet very strong.
Read more about how we designed and created Webb’s unique mirrors HERE.
4. Wavefront Sensing and Control
Wavefront sensing and control is a technical term used to describe the subsystem that was required to sense and correct any errors in the telescope’s optics. This is especially necessary because all 18 segments have to work together as a single giant mirror.
The work performed on the telescope optics resulted in a NASA tech spinoff for diagnosing eye conditions and accurate mapping of the eye. This spinoff supports research in cataracts, keratoconus (an eye condition that causes reduced vision), and eye movement – and improvements in the LASIK procedure.
Webb’s primary science comes from infrared light, which is essentially heat energy. To detect the extremely faint heat signals of astronomical objects that are incredibly far away, the telescope itself has to be very cold and stable. This means we not only have to protect Webb from external sources of light and heat (like the Sun and the Earth), but we also have to make all the telescope elements very cold so they don’t emit their own heat energy that could swamp the sensitive instruments. The temperature also must be kept constant so that materials aren’t shrinking and expanding, which would throw off the precise alignment of the optics.
Each of the five layers of the sunshield is incredibly thin. Despite the thin layers, they will keep the cold side of the telescope at around -400°F (-240°C), while the Sun-facing side will be 185°F (85°C). This means you could actually freeze nitrogen on the cold side (not just liquify it), and almost boil water on the hot side. The sunshield gives the telescope the equivalent protection of a sunscreen with SPF 1 million!
When your reputation as the greatest warrior in Spain precedes you, the sight of your lifeless corpse armored and atop a warhorse at full gallop can be enough to send the enemy running away in terror. Take the case of Rodrigo Díaz de Vivar, for instance.
Díaz de Vivar was born into the Spanish nobility in 1043 and raised in the court of King Ferdinand the Great. He eventually became the standard-bearer of Castile for Ferdinand’s son, Sancho II. He led military campaigns against the younger king’s brothers as well as the Moorish (Muslim) kingdoms in Andalusia was renowned for his military skill and strategy. He never lost a battle and was never beaten in combat.
Rodrigo became legendary in Europe, known by his nickname throughout the Christian and Muslim lands of the Middle Ages. While fighting King Sancho’s brothers, he earned the moniker that would echo through history when the Muslims began referring to him as just El Cid – The Lord.
The battle lines of this time weren’t as easy as Christian vs. Muslim or brother vs. brother. City-states fought one another with Christian and Moorish allies as well as allied city-states. The Iberian “Reconquista” – the series of wars that pushed Muslims out of Spain – was in full swing and the peninsula was full of different tribes, ethnicities, religions, and races, all with different alliances.
El Cid’s future father-in-law slapped around El Cid’s patron – so he took the man’s head and then his daughter.
When King Sancho was assassinated, his brother Alphonso, whom Rodrigo expertly crushed in battle on more than one occasion, came to power in Castile. El Cid suspected Alphonso was responsible and dragged the new king from his bed to the city cathedral. He forced Alphonso to swear he had nothing to do with Sancho’s death. The new king professed his innocence, but never forgot the humiliation.
Regardless of El Cid’s acceptance of Alphonso’s reply, the embarrassing incident didn’t sit well with the new king. Eventually, El Cid found himself exiled and working for the Muslim rulers of Zaragoza. In 10 years serving the Emir of Zaragoza, El Cid built a good life for himself, including owning his own lands. But he was soon called up to serve Spain again.
In 1086, the Almoravids, Muslims from Morocco, invaded Spain and advanced quickly throughout the peninsula. Alphonso was thoroughly beaten while trying to repel the invaders (he wasn’t very good at the whole “war” thing) and begged El Cid to return to meet the Almoravids. El Cid did return, but not for Alphonso – it was time for him to win some glory for himself.
El Cid and his troops struck back, taking the Muslim city of Valencia in 1091 and devastating the Almoravid army. They tried to recapture the city just three years later, but El Cid again sent them packing. Though it took another 400 years of fighting to expel the Muslim invaders from the Iberian Peninsula, they would never advance past Valencia while El Cid was still alive.
When Lt. Kara Hultgreen died while trying to land on the USS Abraham Lincoln, the event touched off a national debate about women in combat roles and the military pushing women who weren’t ready into active service. Except Hultgreen was more than qualified to be a naval aviator – she was just a victim of a well-known deficiency in the F-14’s Pratt & Whitney engine.
“Top Gun” doesn’t mention engine deficiencies.
Hultgreen’s mom thought she would be the perfect debutante. Instead, her little Kara set out to be a Naval Aviator, flying the F-14 Tomcat. The goal didn’t stop at the F-14, Kara Hultgreen wanted to be an astronaut one day. But she didn’t start with the Tomcat, she started her career flying the less-pretty EA-6A. She made it to the Tomcat 18 months later.
“Yes, it’s a macho job in a number of ways,” she told Woman Pilot magazine before she died. “But that’s not why I wanted to do it. I did this to become a fighter pilot. It makes me feel no less feminine and it should not make men feel less masculine. The F-14 is a humbling jet and I’ve been humbled.”
Call Sign: “Revlon”
What she meant by being humbled is that Hultgreen narrowly failed her first attempt at F-14 carrier qualification. But she passed easily her second time around, ranking third in her class overall. Tragically, it was a similar event that would result in her death.
On Oct. 25, 1994, she was attempting to land her F-14 aboard the USS Abraham Lincoln. She overshot the landing area’s centerline and attempted to correct the mistake. Her correction disrupted the airflow into her Tomcat’s left engine, which caused it to fail. This was a known deficiency in that particular engine. What she did next caused the plane to tilt over to the left. When her Radar Intercept Officer realized the plane was not recoverable, he initiated the plane’s ejection sequences. He was fired out, and .4 seconds later, Hultgreen was fired out of the plane.
But by then, the Tomcat had turned over by 90 degrees and Hultgreen was launched into the ocean, killing her instantly.
By the time she died, Lt. Hultgreen had more than 1,240 hours of flying time in the F-14 Tomcat and had landed on a carrier some 58 times, 17 times at night. She was ranked first in defending the fleet from simulated attacks by enemy aircraft and in air refueling, and second in tactics to evade enemy aircraft and in combined familiarization with tactics and aircraft. The Aerospace Engineer was a Distinguished Naval Graduate of Aviation Officer Candidate School in Pensacola.
Yet, despite all of her achievements, training, and preparation, there were some who blamed the military for her death, alleging her superiors overlooked her mistakes in training in trying to beat the Air Force in training the first female fighter pilot. One group, the Center for Military Readiness, claimed to have obtained Hultgreen’s training records in 1995, records which they said would have disqualified her as an aviator.
These records are contradicted by records released from Hultgreen’s family the year prior, however. Her colleagues and fellow pilots praised her performance as a naval aviator and reminded people that 10 F-14 pilots were killed in accidents between the years of 1992 and 1994. Hultgreen once even brought an EA-6A Intruder to a safe landing, despite flying it with crippled landing gear.
In the event World War III broke out between the Soviet Union and the North Atlantic Treaty Organization, Sweden intended to remain neutral.
After all, they’d managed to sit out World Wars I and II.
But there’s also a growing recognition that their neutrality would not be respected. A 2015 New York Times report noted that a Russian submarine sank in Swedish waters in 1916 after colliding with a Swedish vessel. In the 1980s, there were also a number of incidents, the most notorious being “Whiskey on the Rocks.” According to WarHistoryOnline.com, a Soviet Whiskey-class diesel-electric submarine ran aground off the Swedish coast in 1981, prompting a standoff between Swedish and Soviet forces that included scrambling fighters armed with anti-ship missiles.
The Soviets knew Sweden could threaten their northern flank, and the Swedes knew that they may well have to fight the Soviet Union, even though they were neutral. Should a NATO-Warsaw Pact war break out, the Swedes made contingency plans to be able to deploy their Air Force, and keep fighting in the event the Soviets attacked.
Tank Marines and other leathernecks in specialties that won’t play a role in the service’s future will get the option of transferring to another branch or military occupational specialty, the Corps’ top general said this week.
Commandant Gen. David Berger spoke to reporters Wednesday about the long-awaited force-redesign plans. One of the biggest changes to the future Marine Corps of 2030 will be its size. The total number of personnel will drop by 16,000 over the next 10 years to a 170,000-person force.
That includes ditching its tank battalions, law-enforcement units and bridging companies. The Marine Corps will also drop its total number of infantry battalions and cut several aviation squadrons as it shifts its focus toward countering China in the Asia-Pacific region.
Marines won’t face the same hardships some endured during the post-war drawdown though, when thousands were cut from the ranks. This change, Berger said, “is intentionally drawn out over time so we can make the right decisions.”
“No one’s getting a pink slip saying time to go home,” the commandant said. “… We’re not forcing anybody out.”
The Marine Corps will rely on attrition to shed personnel from the ranks, Berger added.
“In other words, people [will be] out as they normally would,” he said. “We might recruit less … but there’s no intent at this point to issue a whole bunch of go-home cards for Marines.”
The Marine Corps got rid of about 20,000 people over four years starting in 2012. It involved putting sometimes-painful involuntary separation plans in place that cut short some people’s hopes of making the Marine Corps their career.
Berger said Marines affected by the changes in the force redesign will “have some choice” in what happens next. That will depend on where they are in their careers though, he said.
“They can choose another military specialty to go into; they can, in some instances, make a transfer to another service,” Berger said.
Some may be eligible to move into career fields that don’t exist yet.
“We are fielding new capabilities that we don’t have right now, so we will need Marines in specialties that we either don’t have at all or we don’t have nearly in the numbers that we’re going to need,” the commandant said.
The Marine Corps plans to spend money it will save on having fewer personnel and ditching some aging equipment on new capabilities. The service will invest in equipment for long-range precision fires, new air-defense systems and unmanned aircraft, among other things.
When it comes to tanks, the Marine Corps found “sufficient evidence to conclude that this capability, despite its long and honorable history in the wars of the past, is operationally unsuitable for our highest-priority challenge,” the report adds.
“Heavy ground armor capability will continue to be provided by the U.S. Army.”
In the military, sometimes things just get lost in transit. Gear goes adrift, paperwork gets filed wrong, and soldiers with no training in parachuting from a perfectly good airplane end up getting thrown out of a perfectly good airplane. It was bound to happen, and frankly, we should be a little surprised it took so long.
On Feb. 22, 2000, U.S. Army Spc. Jeff Lewis made his first ever parachute jump from a C-130 aircraft at Fort Bragg, N.C. The only problem was that no one had ever trained Specialist Lewis on how to jump from an airplane with the Army. Lewis was with the 82nd Airborne, so his unit was correct, it just turns out he wasn’t a paratrooper. He was a supply clerk. The then-23-year-old never mentioned anything to the jumpmaster because he wanted to do what the Army expected him to do.
“The Army said I was airborne-qualified,” Lewis said. “I wasn’t going to question it. I had a job to do, and I had to believe in what I was doing.”
A Jumpmaster can be held responsible for any training accident.
Lewis did eventually go to jump school, becoming airborne qualified just a few weeks after jumping out the airplane door for the first time. He was also promoted in that timeframe. But Lewis didn’t go out the door entirely unprepared. He took the 82nd’s one-day refresher course for those soldiers who are already airborne-qualified, and it might have saved his life. After stepping out of the airplane on the wrong foot, his equipment apparently got tangled. He was able to open the canopy by kicking with his feet, as instructed in the class.
Even though the troopers were doing a static line jump, the jump was only half the instruction necessary. The other half is, of course, the landing. Paratroopers are trained to land safely using certain techniques that redistribute the energy from the force of their fall. Even with the chutes, they can hit the ground as fast as 15 miles per hour. The untrained or new paratroopers can snap their legs when landing incorrectly and taking the brunt of the fall.
This could have been his first jump.
There’s a reason paratroopers train for weeks to learn to properly stick the landing. The chutes used by the Army aren’t like civilian chutes. They’re designed to get the trooper to the ground faster. While the Army could definitely afford safer, easier-to-use parachutes, the entire point of paratroopers is to get them on the ground and fighting as fast as possible. The more time they spend suspended in mid-air, the more opportunity enemy troops have to light them up.
China’s insatiable hunger to become the apex superpower of the world, and the manner in which they do it is a threat to our way of life. For decades corporations have intentionally failed to raise the alarm to our government about the theft of intellectual property fearing an immediate cease of business with the Chinese. Corporations have silenced themselves against communist China fearing retribution and sold out the American people in the process.
Emboldened by appeasement, the regime now deliberately targets our national security apparatus to destroy us using our own technology.
Trade, our mutually beneficial common ground that our two ideologies stood on, has become the very source of tension between us. This is nothing new, China has always been an enemy of the west, quietly stealing our national treasures and sabotaging our infrastructure. There is no underhanded tactic that the People’s Republic of China won’t lower themselves to as long as it means victory for the dishonorable state. These are the 3 times China has hacked the U.S.
“For too long, the Chinese government has blatantly sought to use cyber espionage to obtain economic advantage for its state-owned industries,” said former FBI Director James B. Comey.
First time criminal charges are filed against known state actors for hacking
On May 19, 2014, The Western District of Pennsylvania (WDPA) indicted five Chinese state-sponsored hackers for targeting six American entities in the U.S. nuclear power, metals, and solar products industries. The attacks were a coordinated assault to steal state secrets that would directly benefit State-Owned Enterprises in China. The stolen data would reveal our strategies and vulnerabilities to the enemy.
The victims of these attacks on our soil were: Westinghouse Electric Co., U.S. subsidiaries of SolarWorld AG, United States Steel Corp., Allegheny Technologies Inc., the United Steel, Paper and Forestry, Rubber, Manufacturing, Energy, Allied Industrial and Service Workers International Union (USW) and Alcoa Inc.
The hackers performed a wide variety of criminal acts that include:
1 count of Conspiring to commit computer fraud and abuse.
9 counts of Accessing (or attempting to access) a protected computer without authorization to obtain information for the purpose of commercial advantage and private financial gain.
23 counts of Transmitting a program, information, code, or command with the intent to cause damage to protected computers.
29 counts of Aggravated identity theft.
30 counts of Economic espionage.
31 counts of Trade secret theft.
Another hacker related to this case wanted by the FBI
Chinese military hacked into the computer networks of major U.S. defense contractors
On July 13,2016, Su Bin, a citizen of the People’s Republic of China that was sentenced to 4 years with a ,000 fine by United States District Judge Christina A. Snyder.
Su was communicating with the Chinese military and informing them of targets and their vulnerabilities, which files to steal and how it would benefit their government. Su stole military and export-controlled data and sent the stolen data to China.
He targeted the aviation and aerospace fields in order to steal military technical data. This is particularly problematic for our armed forces because he stole data relating to the C-17 transport aircraft and fighter jets produced for the U.S. military. Su was arrested in Canada in July 2014 and extradited to the United States in February 2016.
He admitted that as part of the conspiracy, he sent e-mails to his co-conspirators with guidance regarding what persons, companies, and technologies to target during their computer intrusions. One of Su’s co-conspirators gained access to information located on computers of U.S. companies, and he emailed Su directory file listings and folders showing the data that the co-conspirator had been able to access. Su then directed his co-conspirator as to which files and folders his co-conspirator should steal.
After that, Su would contact the Second Department, General Staff Headquarters, Chinese People’s Liberation Army with translated documents and communicated their value. At this point, his intent was to sell the information for financial gain.
These are the faces of those who prey on the innocent
Department of Justice
Government backed Chinese hackers steal the identities of 78 million Americans
On May 9, 2019, an indictment was issued for several Chinese nationals who engaged in an extremely sophisticated hacking group operating from China. The illicit band of thieves targeted businesses in the United States, including a computer intrusion and data breach of Anthem Inc., a health insurance provider.
This is the most recent attack by the Chinese government against the United States. The Chinese are relentless in their disregard for the law and have shown no indication of slowing down.
“The allegations in the indictment unsealed today outline the activities of a brazen China-based computer hacking group that committed one of the worst data breaches in history.These defendants allegedly attacked U.S. businesses operating in four distinct industry sectors, and violated the privacy of over 78 million people by stealing their PII (Personal Identifiable Information).” – Assistant Attorney General Benczkowski.
The hackers used a technique called “spearfishing” where they attached links to e-mails sent to potential victims. When the links are clicked they download a type of file known as a backdoor which they can use to infiltrate the computer. Once they successfully tapped into vulnerable computers they watched the network identifying potential targets. They waited for months before striking.
…they collected the relevant files and other information from the compromised computers using software tools. The defendants then allegedly stole the data of interest by placing it into encrypted archive files and then sending it through multiple computers to destinations in China. The indictment alleges that on multiple occasions in January 2015, the defendants accessed the computer network of Anthem, accessed Anthem’s enterprise data warehouse, and transferred encrypted archive files containing PII from Anthem’s enterprise data warehouse from the United States to China. – Department of Justice
That same PII can be used to take out credit cards or loans in the name of the victims. This kind of identity theft is the most destructive, malicious, and the hardest to recover from. Attacks on innocent civilians such as this proves that the People’s Republic of China has nothing but contempt for Americans. If the Chinese continue to show apathetic targeting of our civilians during peacetime, what are they capable of doing to civilians in wartime?
US and European intelligence agencies discovered Russian military intelligence members to be working from the French Alps, according to an NBC News report published Thursday. News of the operation was first reported by French newspaper Le Monde.
Up to 15 members of the GRU, the Kremlin’s military intelligence agency, had lived in the French Alps, where they established their base for European covert operations, according to the reports. Some of the alleged officers’ names were previously published by Bellingcat, an independent investigative group.
Two of the Russian agents, Alexander Petrov and Ruslan Roshirov, were accused of poisoning defected Russian spy Sergei Skripal and his daughter, Yulia, in the UK in 2018. The two Russian agents reportedly used aliases and a military-grade nerve agent to poison the Skripals. Both of them recovered after being hospitalized.
Alexander Petrov and Ruslan Boshirov during an interview, Sept. 12, 2018.
The Russian government denied involvement and said it did “not understand why that was done and what signal the British side is sending.”
“We heard or saw two names, but these names mean nothing to me personally,” Russian diplomat Yuri Ushakov told reporters at the time, according to Russia’s Tass news agency.
The French Alps’s roughly 620-mile-long chain of mountains is the longest in Europe. It includes a number of hiking trails, natural parks, and skiing destinations.
The GRU has been accused of orchestrating cyber operations against the West. In 2018, it was accused of a global hacking campaign against anti-doping agencies, a nuclear power company, and a chemical-weapons watchdog, according to Reuters.
Head of the Russian General Staff’s Main Intelligence Department Igor Kostyukov.
In addition to cyber operations, the GRU also reportedly has a special operations unit composed of Russian military service members. The agency also recruits sleeper agents “reserved for the most sensitive or deniable tasks across the spectrum of GRU operations,” according to a Western report acquired by Reuters.
Several of the agency’s leaders have been sanctioned by Western countries, including the US, UK, and the Netherlands.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
When it comes to advances in recruiting campaign marketing, the United Kingdom has retaken the crown. The innovative style that was once the backbone of the British Empire’s recruiting posters (which was subsequently adopted by the U.S. Army) experienced a resurgence in the past year, appealing to the finer qualities of the younger generation’s digital habits. It raised a lot of eyebrows, but it worked.
Applications to join the British Army have nearly doubled since the campaign began.
Every generation has its chosen medium. Some veterans may have been persuaded by the call to “Be All That You Can Be” via television ads. Others might have been swayed to join the Navy after watching a little movie called Top Gun.
At least one salty Marine out there was swayed with the promise of a muscle car. Enjoy that lease, Corporal.
On Jan. 3, 2019, the British Army launched a recruiting campaign that recalled the “Lord Kitchener Wants You” ads of the First World War. The 1914 poster featured the Empire’s Secretary of State for War, Horatio Herbert Kitchener, in a Field Marshal’s uniform, pointing to the viewer, calling on them to join the British Army to fight the Central Powers on the Continent.
Or wherever they were needed.
The ad was so successful and iconic it was later adopted in the United States, featuring J.M. Flagg’s Uncle Sam calling on Americans to do the same. Other countries also adopted the idea. And just over a century later, it’s back – and the passage of time hasn’t diluted its power one bit.
The original Kitchener poster along with its American and scary German imitations.
According to the Telegraph, the British Army has been struggling with retention and dwindling numbers. More people are leaving the service than joining. It stands to reason the United Kingdom’s Ministry of Defence is (probably) happy to report that the ads still pack a wallop. In a “resounding success” the first month, applications to join nearly doubled. In January 2019, applications rose to a five-year high, double from the same timeframe the previous year and almost twice from the previous month. The day the ads debuted, more people applied to join in a single day than any other day in the previous year. Hits to the Army’s website also doubled in January.
With monikers dubbing millennials and Gen-Zers “selfie addicts,” “binge gamers,” and “phone zombies,” the MoD called on the new generation of Britons to service. Surprisingly, the advertisements didn’t go straight to Instagram or Facebook, they went to billboards and other forms of outdoor advertising.
“The premise of the campaign is that this is the generation with the skills, the attitude, the drive to succeed; an army that’s not in the army yet,” Command Corporal Major, Warrant Officer Class One Steve Parker told the Telegraph. “People are the army, not in the army.”
The campaign uses these perceived weaknesses to highlight their useful, untapped potential in a series of video ads aired on television and on the internet that followed the release of the billboards.
Norway summoned the Iranian ambassador in Oslo on Nov. 1, 2018, to protest a suspected assassination plot against an Iranian Arab opposition figure in Denmark that allegedly involved a Norwegian citizen of Iranian origin.
Denmark said on Oct. 30, 2018, that it suspects the Iranian intelligence service tried to carry out an assassination on its soil. It is now calling for new European Union-wide sanctions against Tehran.
A Norwegian citizen of Iranian background was arrested in Sweden on Oct. 21, 2018, in connection with the plot and extradited to Denmark, Swedish police have said.
“We see the situation that has arisen in Denmark as very serious and that a Norwegian citizen of Iranian background is suspected in this case,” Norwegian Foreign Minister Ine Eriksen Soereide said.
She said that during her meeting with Iranian Ambassador Mohammad Hassan Habibollah Zadeh, “we underlined that the activity that has come to light through the investigation in Denmark is unacceptable.”
Iranian President Hassan Rouhani.
The target of the alleged plot was the leader of the Danish branch of the Arab Struggle Movement for the Liberation of Ahvaz (ASMLA), Danish authorities said.
Danish police said they temporarily closed bridges and halted ferry services to neighboring Germany and Sweden at the end of September 2018 as part of their attempts to foil the plot.
ASMLA seeks a separate state for ethnic Arabs in Iran’s oil-producing southwestern province of Khuzestan. Arabs are a minority in Iran, and some see themselves as under Persian occupation and want independence or autonomy.
The Norwegian citizen has denied the charges, and the Iranian government has also denied the alleged plot.
Danish Prime Minister Lars Lokke Rasmussen on Oct. 31, 2018, met with other Nordic prime ministers in Norway and said he hoped to secure broader support for a unified response to Iran.
Personally nominated for the Nobel Prize a record 84 times, Arnold Johannes Wilhelm Sommerfeld was one of the most influential physicists of all time, both because of his own accomplishments in the field and the many dozens of his students who turned into superstars in the world of science (including having four doctoral students go on to win the Nobel Prize, along with three of his other postgraduate students also taking home the award- the most eventual Nobel laureates all taught by one person).
Born on December 5, 1868 in Königsberg, East Prussia, Sommerfeld began his career as a student of mathematics and the physical sciences at Albertina (aka University of Königsberg) in his hometown, where he received a Ph.D. on October 24, 1891.
After a year of compulsive military service ended in 1893, unlike so many academics of his era, Sommerfeld continued to serve as a volunteer for the next eight years on the side. Physically impressive, with a Prussian bearing and wearing a fencing scar on his magnificently mustachioed face, while in the service, Sommerfeld was famously described as managing “to give the impression of a colonel of the hussars,” rather than a book-worm academic.
As for that scar, in his first year of study, the near “compulsory drinking bouts and fencing duels” not only resulted in said scar, but also hindered his studies significantly, which he later came to regret as wasted time.
Apparently making up for lost efforts in his youth, Sommerfeld left Königsberg for the University of Göttingen and after two years as an assistant to more experienced mathematics professors, he earned his Privatdozent (authorization to teach at the university level) in 1895. Rapidly moving up the ranks, he was appointed to chair the mathematics department at the Bergakademie in Clausthal-Zellerfeld in 1897. The following year, he became editor of the famous Enzyklopädie der mathematischen Wissenschaften, a post he held through 1926.
Sommerfeld moved on to become Chair of Applied Mechanics at the Königliche Technische Hochschule Aachen, and it was in Aachen that he produced his theory of hydrodynamics. Also at Aachen, Sommerfeld mentored Peter Debye, who later won the Nobel Prize in Chemistry in 1936 for “his contributions to the study of molecular structure.”
In 1906, Sommerfeld accepted the position as director of the new Theoretical Physics Institute at the University of Munich, where he mentored Werner Heisenberg in hydrodynamics theory; Heisenberg later won the Nobel Prize in Physics in 1932 “for the creation of quantum mechanics.”
While in Munich, Sommerfeld also mentored Wolfgang Pauli on his thesis on quantum theory, and Pauli also went on to win a Nobel Prize in Physics, in 1945, for his discovery of the eponymous Pauli exclusion principle (which stated that two or more identical fermions can not be in the same quantum state within a quantum system at the same time).
If all that wasn’t enough, he also mentored Hans Bethe while at the University of Munich; Bethe was awarded the Nobel Prize in Physics in 1967 for his theory of stellar nucleosynthesis (i.e., when chemical elements in stars change due to nuclear fusion).
While his own direct contributions to advancing the world of physics were prodigious, including his pioneering work in quantum theory, it was arguably for his teaching ability that Sommerfeld was most revered in his lifetime, with Albert Einstein once remarking, “What I especially admire about you is that you have, as it were, pounded out of the soil such a large number of young talents.”
Mathematician Morris Kline further stated of Sommerfeld that he “was at the forefront of the work in electromagnetic theory, relativity and quantum theory and he was the great systematizer and teacher who inspired many of the most creative physicists in the first thirty years of this century.”
Famed Jewish mathematician, physicist, and Nobel Prize winner Max Born (who was forced to flee Germany in 1933) went on about Sommerfeld’s talent for cultivating young minds who so often went on to great scientific achievements of their own:
Theoretical physics is a subject which attracts youngsters with a philosophical mind who speculate about the highest principles without sufficient foundations. It was just this type of beginner that he knew how to handle, leading them step by step to a realisation of their lack of actual knowledge and providing them with the skill necessary for fertile research. … He had the rare ability to have time to spare for his pupils, in spite of his duties and scientific work. … In this friendly and informal way of teaching a great part was played by invitations to join a skiing party on the ‘Sudelfeld’ two hours by rail from Munich. There he and his mechanic … were joint owners of a ski hut. In the evenings, when the simple meal was cooked, the dishes were washed, the weather and snow properly discussed, the talk invariably turned to mathematical physics, and this was the occasion for the receptive students to learn the master’s inner thoughts.
Going on about the man himself, Born stated,
Arnold Sommerfeld was one of the most distinguished representatives of the transition period between classical and modern theoretical physics. The work of his youth was still firmly anchored in the conceptions of the nineteenth century; but when in the first decennium of the century the flood of new discoveries, experimental and theoretical, broke the dams of tradition, he became a leader of the new movement, and in combining the two ways of thinking he exerted a powerful influence on the younger generation. This combination of a classical mind, to whom clarity of conception and mathematical rigour are essential, with the adventurous spirit of a pioneer, are the roots of his scientific success, while his exceptional gift of communicating his ideas by spoken and written word made him a great teacher.
Adding to his list of achievements, Sommerfeld eventually became chair of the Deutsche Physikalische Gesellschaft in 1918, a position previously held by Albert Einstein.
With the rise of the Nazi party in Germany, however, Sommerfeld was forced to watch many of his esteemed colleagues have to flee the country. As the aforementioned Morris Kline notes,
Sommerfeld’s life was saddened toward the end of his career by events in Germany. Anti-Semitism, always present in that country, became virulent in the Hitler period and Sommerfeld was obliged to witness the emigration of famous colleagues, including Einstein. All he could do was use the friendships he had built up during a one-year stay in the United States and a one-year round-the-world trip to help place the refugees. The loss of so many of its best men in this way together with World War II, destroyed the scientific strength of Germany, and Sommerfeld felt obliged to continue teaching until 1947, long after the usual retirement age of 65.
On that note, Sommerfeld had intended to retire much earlier, in 1936, putting forth one of his prized pupils, the aforementioned Nobel Prize winner Werner Heisenberg, as his hoped successor. However, as Heisenberg, like Sommerfeld, was considered by the Nazi party to be a Jewish sympathizer, ultimately the decidedly unaccomplished anti-Semite Wilhem Muller, with a lot of help from the Reich Education Ministry, was very controversial appointed to replace Sommerfeld as Professor of Theoretical Physics, despite Muller not even being a theoretical physicist. (Unsurprisingly, Muller was dismissed from the position in 1945 as a part of the denazification process that followed WWII.)
As for Sommerfeld’s once patriotic views, he wrote to Einstein shortly after Hitler took power,
I can assure you that the misuse of the word ‘national’ by our rulers has thoroughly broken me of the habit of national feelings that was so pronounced in my case. I would now be willing to see Germany disappear as a power and merge into a pacified Europe.
In any event, as for his own Nobel Prize aspirations, as alluded to, Sommerfeld’s contributions to theoretical physics were many and included groundbreaking work in quantum theory (including co-discovering the Sommerfeld-Wilson quantization rules in 1915), electromagnetism and hydrodynamics, and significantly advanced knowledge of X-ray wave theory, among other things.
Among his many awards were the Max-Planck Medal, the Lorentz Medal and the Oersted Medal, and he was also a member of the Royal Society, the U.S. National Academy of Sciences, the Indian Academy of Sciences and the Academy of Sciences of the USSR.
However, although he was nominated an astounding and record setting 84 times (the only other person close is Otto Stern, who was nominated 82 times before finally winning in 1943), Sommerfeld never won a Nobel Prize. His nominations for Physics were made in 1917, 1918, 1919 (twice), 1920, 1922 (four times), 1923 (twice), 1924, 1925 (six times), 1926 (three times), 1927 (three times), 1928 (three times), 1929 (nine times), 1930 (four times), 1931 (twice), 1932 (five times), 1933 (eight times), 1934 (six times), 1935, 1936 (twice), 1937 (eight times), 1940, 1948, 1949 (three times), 1950 (three times) and 1951 (four times).
Sommerfeld died on April 26, 1951 at the age of 82 as a result of a traffic accident that occurred while taking his grandchildren for a walk. At the time, he was quite hard of hearing and did not hear shouted warnings before he stepped in front of a moving truck. The distinguished scientist died two months later as a result of the injuries sustained in that incident.
Originally published on Today I Found Out in November 2017.