Daily Archives: August 22, 2021

In photos: The astronauts of Expedition 65 to the International Space Station – Space.com

Posted: August 22, 2021 at 3:43 pm

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The full 11-member Expedition 65 crew poses for a photo aboard the International Space Station on April 24, 2021. On the back row (from left) are NASA astronaut Mark Vande Hei and cosmonauts Oleg Novitskiy and Pyotr Dubrov of the Russian space agency Roscosmos, who arrived in the Soyuz MS-18.

In the center, wearing the black shirts, are the SpaceX Crew-2 astronauts (from left) JAXA's Akihiko Hoshide, NASA's Shane Kimbrough, ESA's Thomas Pesquet and NASA's Megan McArthur. On the left and right sides, SpaceX Crew-1 astronauts: NASA's Michael Hopkins, JAXA's Soichi Noguchi and NASA's Shannon Walker and Victor Glover.

After the SpaceX Crew-1 astronauts returned to Earth, only seven crewmembers were left on board the International Space Station. Framing the official Expedition 65 insignia, the entire crew comprised of three NASA astronauts, one ESA astronaut, a JAXA astronaut and two cosmonauts poses for a photo. From left: Pyotr Dubrov, Shane Kimbrough, Megan McArthur, Thomas Pesquet, Akihiko Hoshide, Oleg Novitskiy and Mark Vande Hei.

A full moon rises above Earth's horizon as the Russian Progress 75 (75P) cargo resupply ship, filled with trash, has separated from the International Space Station's Zvezda service module after spending a year docked with the orbiting lab. Progress 75 arrived on April 25, 2020 and departed the station on April 27, 2021, after which it safely burned up in Earth's atmosphere.

During Expedition 65, Russia launched its new, long-awaited Multipurpose Laboratory Module, also known as Nauka, to the International Space Station. Nauka docked with the ISS on July 29, 2021, after which it briefly misfired its thrusters and sent the station slowly tumbling in orbit. ISS flight controllers were able to fix the situation, and the astronauts were never in any danger, NASA said.

Nauka will serve as a science module for the Russian half of the orbiting lab. Here: a view of Russia's Nauka module docked with the International Space Station on July 29, 2021.

Inside the Columbus laboratory module on April 26, 2021, European Space Agency astronaut Thomas Pesquet prepares hardware for the Grip experiment a motion study exploring human cognition in space and improving spacecraft interfaces.

NASA astronaut Megan McArthur and JAXA astronaut Akihiko Hoshide, who arrived with SpaceX's Crew-1 mission, pose for a photo inside the International Space Station on April 26, 2021.

On May 2, 2021 the SpaceX Crew Dragon Resilience returned to Earth, and an astronaut at the International Space Station captured this view of the spacecraft's reentry into Earth's atmosphere. The craft safely carried astronauts Michael Hopkins, Victor Glover, Shannon Walker and Soichi Noguchi back to Earth.

On April 30, 2021 the SpaceX Crew-1 crewmates celebrated Flight Engineer Victor Glover's birthday aboard the International Space Station a couple of days before heading back to Earth.

Working in the Life Science Glovebox (LSG) in the Kibo laboratory module, NASA's Mark Vande Hei processes the Celestial Immunity study. The study may provide vaccine and drug insights and may advance the commercialization of space.

From inside the Bigelow Expandable Activity Module (BEAM) on May 17, 2021, Oleg Novitiskiy and Pyotr Dubrov of Roscosmos pose for a photo.

Inside the International Space Station on May 17, 2021, ESA's Thomas Pesquet and NASA's Megan McArthur pose for a photo from inside the Bigelow Expandable Activity Module as well.

SpaceX's Crew Dragon Resilience, which flew on the Crew-1 mission, is pictured outside the Harmony module on May 1, 2021, just hours before safely returning the SpaceX Crew-1 astronauts back to Earth in the Gulf of Mexico.

Donning a virtual reality headset and clicking a trackball in the Columbus laboratory module, JAXA's Akihiko Hoshide participates in the Time Perception experiment. The human research study explores astronaut perceptions of space and time possibly impacting future navigation and fine motor coordination in microgravity.

NASA astronaut Shane Kimbrough and JAXA astronaut Akihiko Hoshide complete maintenance tasks on a pair of U.S. spacesuits inside the Quest airlock aboard the International Space Station, on May 4, 2021.

NASA astronaut Mark Vande Hei works on the Celestial Immunity study inside the Life Science Glovebox on May 22, 2021. From inside the Kibo laboratory module, Vande Hei compares donor cell samples to Celestial Immunity samples in hopes of helping scientists develop new vaccines and medications.

A candid moment shared among the Expedition 65 astronauts is caught on camera on May 24, 2021. From right, Megan McArthur, Akihiko Hoshide, Shane Kimbrogh and Mark Vande Hei laugh inside the Destiny laboratory module.

This unique image of a heart-shaped oasis in Egypt was captured by ESA's Thomas Pesquet and shared in honor of Mother's Day, on May 9, 2021.

Aboard the International Space Station, Thomas Pesquet captured a moment of R&R as he, NASA's Shane Kimbrough and Akihiko Hoshide of JAXA, in enjoying some European football.

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NASA Can Now Predict Radiation Risks for Astronauts on International Space Station | The Weather Channel – Articles from The Weather Channel |…

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Japanese Aerospace Exploration Agency astronaut Akihiko Hoshide poses for a photo after undergoing a generic blood draw in the European Laboratory/Columbus Orbital Facility (COF).

While Astronauts are out discovering the various facets of space, they also face several hazards. In addition to immediate risks like high-speed space debris, equipment malfunction and risky take-off and re-entry, a major, long-term threat is the constant exposure to space radiation. Now, to mitigate these risks, the US space agency NASA has developed a novel method to predict space radiation exposure on the International Space Station.

Space radiation originates from three primary sources: particles trapped in the Earth's magnetic field, particles shot into space during solar flares, and galactic cosmic rays, which originate outside our solar system. Exposure to such radiation causes changes in our DNA and increases the risk of diseases like cancer. This is why NASA has taken this initiative to protect astronauts from such hazards.

As gauging the long-term impact of the space radiation environment on the health of astronauts is challenging, scientists have attempted to measure the changes in an individual's chromosomes. The study's premise is to see how the sensitivity of an astronaut's DNA to radiation exposure on Earth can predict their DNA's response during spaceflight as measured by changes to their chromosomes.

The senior scientist Honglu Wu from NASA's Johnson Space Center in Houston said, "we wanted to know if it is possible to detect and measure radiation exposure damage in the bodies of astronauts, and if there were differences based on age, sex, and other factors that could be measured before they go into space.

"We hope to use these measurements to help develop and compare methods of protecting astronauts from radiation," he added.

Blood samples were taken by former NASA astronaut Chris Cassidy. Samples like these were taken before and after astronauts missions to space to measure radiation damage of astronauts in space.

Researchers studied astronauts' blood cells before they travelled to the station to determine their baseline chromosomal condition, against which any future alterations could be measured. Following that, these blood samples were subjected to gamma-ray radiation on Earth to see how quickly their cells accumulated these chromosomal alterations.

Earlier, people thought that the younger members are at a higher risk in the long-term since radiation exposure can take around 20 years to manifest into health complications like cancer. However, the research now showed that older crew members were more susceptible to chromosomal changes than the younger crew members.

"When thinking about going to Mars, we typically have thought it might be better to send older astronauts because of their experience and lower risk of developing cancer in their lifetime," said Wu. "Now, based on this new research, we know that we should study the age effects of radiation exposure more."

This study was published in the journal Nature-Scientific Reports and can be found here.

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Astronauts and satellites watch Hurricane Henri from space as US Northeast braces for storm – Space.com

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As parts of the U.S. northeast brace for Hurricane Henri to make landfall in New York today (Aug. 22), astronauts and satellites are tracking the historic storm from space.

Henri, which reached category 1 hurricane status on Saturday, is forecast to make landfall on Long Island, New York by midday today, dropping torrents of rain on Connecticut and Rhode Island, according to the National Hurricane Center's morning update. Astronauts on the International Space Station spotted Henri from orbit on Saturday.

"We just flew over the East Coast and saw Hurricane Henri," NASA astronaut Megan McArthur wrote on Twitter while sharing a photo of the storm from space. "Stay safe friends."

Related: Amazing Hurricane Photos From Space

The Goes-East weather satellite tracked Henri's approach to the U.S. East Coast over the last few days, as well as Hurricane Grace, which made landfall in Mexico on the eastern Yucatan Peninsula on Thursday. One video from the satellite shows both storms churning across the Atlantic while Henri was still a tropical storm.

NASA's Terra satellite spotted Henri in the Atlantic on Friday (Aug. 20) as it was building strength as a tropical storm.

"Around the time of the image, Henri was located about 400 miles (640 kilometers) southeast of Charleston, South Carolina, and was moving toward the northwest," NASA's Kathryn Hansen wrote of the image in a description. Henri was just shy of hurricane category 1 status at the time, she added.

Hurricane Henri is the first hurricane to make landfall in the New England area in nearly 30 years. The last to hit New England was Hurricane Bob in 1991, while Long Island was hit by Hurricane Gloria in 1986, according to the New York Times.

Photos: The Most Powerful Storms of the Solar System

As of Sunday at 8 a.m. EDT (1200 GMT), Henri was located about 40 miles (65 kilometers) south-southeast of Montauk Point, New York with maximum sustained winds of 70 mph (110 kph), according to the National Hurricane Center.

Hurricane warnings are in effect for the Long Island area and the southern coast of New England, as are storm surge and flooding warnings. With the outer bands of Henri expected to lash a wide swath of the northeastern U.S., a tropical storm warning is in effect for a region that stretches from New Jersey to Massachusetts, including New York City.

Email Tariq Malik attmalik@space.comor follow him@tariqjmalik. Follow us@Spacedotcom, Facebook and Instagram.

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Computing at the edge of space: HPE and Microsoft conduct International Space Station experiments – GeekWire

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The International Space Station as seen from a departing Soyuz spacecraft. (NASA Photo)

If your cell phone went out 17 times a day, for anywhere from 1 second to 20 minutes, youd get a new wireless provider. Thats basically what astronauts on the International Space Station are dealing with, but they dont have that option.

Thats how Mark Fernandez of Hewlett-Packard Enterprise (HPE) explains the state of communications between the ISS and Earth and its one reason hes excited to have a computer on board.

Fernandez is principal investigator for HPEs Spaceborne Computer-2, which was launched to the International Space Station in February.

The communications continuity for the space station is very fragile, he explained. So we need to empower [astronauts] to be more autonomous. And by having Spaceborne Computer-2 board, not only does it build up their confidence, but it builds up their ability to solve their own problems without relying on Earth.

That makes the International Space Station an extreme case study for edge computing, the concept of bringing storage and processing closer to the source of data to improve speed and reduce the bandwidth needed for cloud computing.

Were seeing more scenarios move to the edge, and that is changing how developers think about writing applications, and how they think about bandwidth and the scarcity of bandwidth, said TomKeane,Microsoft Azure corporate vice president. And space, of course, gives you a great understanding.

For Microsoft, the project is part of a larger effort called Azure Space that also includes partnerships with SpaceX and others.

HPEs Spaceborne Computer-2 uses off-the-shelf servers and components encased in hardware designed for harsh environments. Microsoft and HPE have worked together to connect Spaceborne Computer-2 to Azure from orbit to enable advanced artificial intelligence applications on the ISS.

Theyre using standard and open-source tools such as Python and Linux containers to ensure that others can participate or build on their approaches in the future.

The companies announced Wednesday that theyve completed their first experiments. Theyve ranged from successful hello world message to tests on a potato that was grown onboard the ISS in zero gravity, to better understand the cause of its deformities.

But the big test so far has been an intensive analysis of astronaut genomes, seeking new clues about the impact of extended stays in space on the human body.

The raw data amounts to hundreds of gigabytes, an impractical size to attempt to transmit under the circumstances. Spaceborne Computer-2 is allocated two hours a week for downloads from the ISS over an aging system that uses Tracking and Data Relay Satellites (TDRS) to connect to base stations on Earth.

Instead, the companies took software developed by Microsoft and packaged it up into Linux containers to process astronaut genomes on Spaceborne Computer-2. Then they sent the details of any mutations down to Earth to analyze against National Institutes of Health databases and generate the results.

Thats a short little message that we can return back to the Space Station, Fernandez said. Its been taking weeks, if not months, to download that genome previously, whereas we can download in just a few minutes once weve processed at the edge.

The companies say theyve completed a total of four experiments so far, with four more underway and 29 more planned beyond that. Spaceborne Computer-2 is expected to be used for research projects at the ISS for two to three years.

Time is of the essence: Congress has authorized the ISS budget through 2024, but even if the budget is extended, its not expected to go beyond 2030.

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Here’s How the Chinese Tiangong Space Station Compares to the ISS – Interesting Engineering

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For 22 years the International Space Station (ISS) was the only station in orbit (except for a period from1986 to 2001 when the Russian Mir station was in operation). Amultinational collaborative project involving five participating space agencies (United States, Russia, Japan, Canada, and the European Space Agency), the orbiting station dominated space, but now it has competition.

TheTiangong space station is being constructed in low Earth orbitbetween 340 and 450km (210 and 280mi) above the surface. Itsfirst module, theTianhe("Harmony of the Heavens") core capsule, was launched on 29 April 2021 and two more modules are set to be launched next year.

So, how will the new station compare to the ISS?

Let's start with the basics. How high in the sky is each space station? The ISS roams at an altitude of around400 km (258 mi), while Tinagong will orbit between 340 and 450km (210 and 280mi) above the surface. So basically, the two stations do not differ much on this criteria.

When fully loaded, theTiangong Space Station could have a mass of around 100 metric tons (220,500 lb), roughly one-fifth the mass of the ISS. Coincidentally this is around the size of the decommissioned Russian Mir space station.

Both the ISS and Tiangong use solar power to sustain themselves.The ISS's electrical system uses photovoltaics, where solar cells directly convert sunlight to electricity.Large numbers of cells are assembled in arrays to produce high power levels, but this process sometimesbuilds up excess heat that can damage spacecraft equipment.

To deal with this, the ISS uses radiators shaded from sunlight and aligned toward the cold void of deep space to dissipate heat away from the spacecraft.

Meanwhile, Tiangong uses two steerable solar power arrays located on each module. These make use of usegallium arsenidephotovoltaiccells to convert sunlight into electricity. The station also stores energy for the period when the orbiting station is no longer exposed to the sun.

At first, these two methods might sound very similar, but they do have important differences. The main one is that Tiangong uses solar arrays whereas the ISS uses "wings." These solar array wings often abbreviated SAW consist of two retractable "blankets" of solar cells and are the largest ever deployed in space.

Each wing weighs more than 2,400 pounds, can reach 35 metres (115ft) in length, and 12 metres (39ft) in width when extended.Altogether, the four sets of arrays can generate 84 to 120 kilowatts of electricity enough to provide power to more than 40 homes.

However, since the station is not always in direct sunlight, it also relies on lithium-ion batteries to see it through dark periods. These account for 35 minutes of a 90-minute orbit. The batteries are recharged when sunlight is present. Up until2017, the ISS relied on nickel-hydrogen batteries. These were replaced from 2017 to 2021 with more effective lithium-ion ones.

The Chinesespace station is set to be a third-generation modular space station, just like the ISS. Third-generation space stations are modular stations, assembled in orbit from pieces launched separately.

The Chinese space station is currently set to have three modules (the Tianhe core module, the Wentian Laboratory Cabin Module, and the Mengtian Laboratory Cabin Module) whereas the ISS has a whopping 16 modules, with two more scheduled to be added.The ISS is made up offive Russian modules (Zarya,Pirs,Zvezda,Poisk, andRassvet), eight U.S. modules (BEAM, Leonardo,Harmony,Quest,Tranquility,Unity,Cupola, andDestiny), two Japanese modules (theJEM-ELM-PSandJEM-PM) and one European module (Columbus).

The Tiangong space station is constructed around the Tianhe core module. This section is the main one and provides life support and living quarters for three crew members, as well as guidance, navigation, andorientationcontrol for the station. This is also where the station's power, propulsion, and life support systems are kept.It boasts three sections: living quarters, a service section, and a docking hub.

The ISS on the other hand is divided into two sections. There's theRussian Orbital Segment (ROS) that is operated by Russia, and the United States Orbital Segment (USOS) that is run by the United States, together with a number of other nations. Each has its own living quarters as well as science laboratories.

The ISS boasts very useful and efficient robotic arms and airlocks that are not present in the Chinese space station.

"Robotic arms are mounted outside the space station. The robot arms were used to help build the space station. Those arms also can move astronauts around when they go on spacewalks outside. Other arms operate science experiments," writes NASA in a statement.

"Astronauts can go on spacewalks throughairlocksthat open to the outside. Docking ports allow other spacecraft to connect to the space station. New crews and visitors arrivethrough the ports. Astronauts fly to the space station on the Russian Soyuz. Robotic spacecraft use the docking ports to deliver supplies."

Tiangong is fitted with the Chinese Docking Mechanism, based on the Russian Androgynous Peripheral Attach System(APAS-89/APAS-95) system. This isused by Shenzhou spacecraft and also in previous Tiangong prototypes.

There have been claims that Tiangong's docking system is a clone of the APAS system, which should make it compatible with the ISS's docking system. However, others argue that the two systems are not fully compatible.

The ISS's mission is to testspacecraft systems that will be required for long-duration missions to the Moon and Mars and Taingong's is quite similar. TheChina Manned Space Agency (CMSA), who operates the space station, has listed the new space station's purpose as:

"Further development of spacecraft rendezvous technology; Breakthrough in key technologies such as permanent human operations in orbit, long-term autonomous spaceflight of the space station, regenerative life support technology, and autonomous cargo and fuel supply technology; Test of next-generation orbit transportation vehicles; Scientific and practical applications at large-scale in orbit; Development of technology that can aid future deep space exploration."

The ISS has supported as many as 13 crew members onboard whereas the Taingong is currently equipped to handle three.

OK, it's not fair to compare the experiments of the two stations, considering the ISS has been around for over two decades, but it should be noted that Tiangong has an ambitious experimental schedule planned.The new space station will be equipped to hold more than 20 experimental racks with enclosed, pressurized environments, and more than 1,000 experiments have been tentatively approved by CMSA.

These include experiments in space life sciences and biotechnology, microgravity fluid physics and combustion, material science in space, and fundamental physics in microgravity, all areas that the ISS's experiments also explore.

In the end, the two space stations share more similarities than differences. They are both space stations after all. What will be interesting to see is if the Chinese space station slowly grows to be as big and as productive as the ISS. Its makers definitely have the ambition to make it so. Time will tell whether they reach this lofty goal.

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Factories in Space? Yeah, That’s a Thing Now – Motley Fool

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It began with a 3D printer. It may end with factories in space.

In 2013, NASA announced it was collaborating with specialized 3D printing company Made in Space on a "Printing in Zero G Experiment" to see if 3D printers could print replacement machine parts, tools, and other equipment for use aboard the International Space Station (ISS).

One of the first items printed in space, says Made in Space, was a simple wrench -- needed to replace an astronaut's misplaced wrench. As it turned out, this was an ideal experiment for two reasons: First, because it demonstrated the advantages of being able to print a necessary item immediately and on-site, rather than being required to "phone home" to Houston and have a new wrench sent up by rocket.

And second, because of the potential cost savings. You see, getting anything physical from Earth to orbit -- be it a satellite or a computer or just a simple wrench -- costs a minimum of $5,000 per kilogram (2.2 pounds). But once it's possible to take raw materials collected "in space," and print them into new, finished items, the cost to orbit will shrink to the cost of emailing a set of instructions to the printer.

And there's a third advantage to manufacturing in space, too -- and it's a big one for investors.

Image source: Getty Images.

Turns out that one of the best reasons to manufacture things in space, is the fact that some things can only be manufactured in a zero-gravity environment -- which brings us to Varda Space Industries and Rocket Lab.

S&P Global Market Intelligence shows that Varda Space, which operates out of a Los Angeles suburb just a few miles south of SpaceX, has already attracted $51 million in start-up money from venture capital firms. The company says its mission is to build "the world's first commercial zero-gravity industrial park" in orbit. Only there, says the company, are the conditions right for manufacturing "more powerful fiber optic cables" and "new, life-saving pharmaceuticals" that can't be produced on Earth.

First, though, Varda needs to prove the concept. And for that, it turned to small rocket launcher and soon-to-be IPO Rocket Lab, currently known by its SPAC (special purpose acquisition company) name, Vector Acquisition Corp (NASDAQ:VACQ).

As the companies announced last week, Varda has hired Rocket Lab to produce for it three, or possibly four, Photon spacecraft to carry its Varda "space factories" into orbit. Weighing in at just 120 kilograms (265 pounds) each, "factory" is probably a generous term, but Varda says that's big enough to permit each factory to crank out 40 kilograms (88 pounds) to 60 kilograms (132 pounds) of finished goods over the course of three months in orbit. Crucially, these factories will also include "re-entry modules" to return the products manufactured in space to Earth -- which is the ultimate goal of putting factories in space, after all.

"But wait!" you object. Even if Varda's space factories are able to successfully turn raw materials into finished products in space, won't they need to bring the raw materials along with them in the first place?

And the answer to that question is "yes." Similar to how things work with 3D printing on the ISS, Varda is going to have to pay to launch both the space factories themselves, and also the raw materials they will work with. So in this first attempt, at least, we won't see any immediate solution to the high cost of moving mass from Earth to orbit.

That being said, Varda and Rocket Lab are still breaking new ground here, and blazing a trail toward the concept of putting factories in orbit. If they succeed, then the next logical step will be to begin hunting for raw materials already present in space (the moon being the most likely place to prospect). And with access to raw materials secured, Varda envisions a day when it might be building space factories as large as the ISS itself and manufacturing goods in zero gravity at scale.

At that point, it should be possible to cheaply manufacture unique products that can only be manufactured in space, and then deliver them down to Earth.

We're probably years, if not decades, away from seeing this become a reality. But once it happens, an entirely new space economy will be born, offering all sorts of new possibilities for investment. Varda's and Rocket Lab's mission will be one of the first baby steps toward making that happen -- and it will happen in Q1 2023.

This article represents the opinion of the writer, who may disagree with the official recommendation position of a Motley Fool premium advisory service. Were motley! Questioning an investing thesis -- even one of our own -- helps us all think critically about investing and make decisions that help us become smarter, happier, and richer.

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Boeing Starliner back at factory to diagnose and fix the propulsion system valves – Florida Today

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Boeing's Starliner spacecraft returned to its factory at Kennedy Space Center this week but it wasn't the homecoming anybody hoped for.

Starliner, designed to fly astronauts to the International Space Station,was set to launch from Cape Canaveral Space Force Station on Aug. 3 for its second orbital flight test but problemswith the propulsion system valves halted the countdown.

Engineers discovered that 13 oxidizer valves were stuck in the closed position.The failed valves were on thrusters that control both orbital maneuvering as well as controlling the spacecraft during rendezvous and docking with the space station.

Over the next few days, the Boeing team was able to get nine of the valves to open but four of them remain stuck in the closed position.

John Vollmer, vice president and program manager of Boeings Commercial Crew Program, said that a moisture issueis most likely the cause of the problem

The moisture we saw on the valve is atmospheric moisture. It is not intrusion moisture," said on a call with reporters.

Now that Starliner is back at Boeing's factory, the team will resume deeper level troubleshooting.

Weve got to go back and look and see if there was some ambient moisture that was retained in there during the assembly of these valves or was there something that caused a leak of moisture to get in there? Vollmer said.

Boeing is working with their partners at Aerojet Rocketdyne, the company that manufacturesthe propulsion system, to solve the problem.

The second attempt of Starliners orbital flight test will not happen this month and Vollmer said it's too soon to project when or if it will launch this year.

Boeinghas been under enormous pressureto show its spacecraftis reliable after software issues hampered its first orbitalflight test in Dec. 2019.

NASA selected two providers, SpaceX and Boeing, to be launch providers capable of carrying astronauts to the space station to encourage competition and to end America's reliance on the Russian Soyuz spacecraft.

SpaceX is getting ready to send its fourth crewed mission to the space stationon Oct. 31 carrying NASA astronauts Raja Chari, Tom Marshburn and Kayla Barron and European Space Agency astronaut Matthias Maurer.

Contact Rachael Joy Nail at 321-242-3577. Follow her on Twitter @Rachael_Joy.

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Lacrosse Returns to Olympics in 2028but Will the Sport’s Indigenous Founders Be Allowed to Play? – Foreign Policy

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The Tokyo Olympics offered much of the world a needed reprieve after 18 months of pandemic loss. Now, some fans are looking as far ahead as the 2028 Summer Games in Los Angelesand not just because the coronavirus pandemic will, hopefully, be a bygone era. That year is also the year lacrosse is primed to return to the Olympic field after nearly a century.

Lacrosse is more popular than ever before. From elite U.S. suburbs to college quads to Japan and Uganda, it is quickly blossoming into the fastest growing sport on Earth, with 70 nations in its global federation. But its return to the Olympics is also not without controversy: Lacrosses most important teamand its best playermay not be invited to play.

Lyle Thompson is the NCAAs all-time lacrosse scoring leader. Hes also Iroquois and a member of the Iroquois Nationalsthe only national team belonging to an Indigenous nation. Last August, the Iroquois Nationals was excluded from invitation to the 2022 World Games, a stepping stone to the Olympicsthe latest political snub faced by a team from a once prestigious nation now boxed in by generations of legalese. The scandal was resolved only after a Change.org petition and a boycott threatclearing a wide open yet uncharted path for the teams Olympic participation.

If they compete, the Iroquois Nationals will not be the only Olympic team representing an unrecognized state. Puerto Rico, American Samoa, the U.S. Virgin Islands, the British Virgin Islands, and Hong Kong all have their own teams, as do a handful of dependent freely associated states in contract to a larger nationsuch as Palau, Cook Islands, Marshall Islands, and Micronesia. The Iroquois Nationals, however, would be the first unrecognized Native American nation to join that list.

It means a lot for the next generation, Thompson told Foreign Policy. I want to see my other relatives repping each other too. Were Native America.

The Iroquois Nationalsfounded by college lacrosse star-turned-political firebrand Oren Lyons, his friend Rick Hill, and lacrosse stick-maker Wesley Patterson in 1983was, from its birth, an Indigenous sovereignty movement, the latest diplomatic turret in an Iroquois lineage of transformative foreign policy. But as the team ascended world rankspulling from a talent pool numbering just hundreds of playersit has been carrying other facets of the nation state along with it.

Nestled between and beyond the Adirondack Mountains and Great Lakes in what is now the United States and Canada, the Haudenosaunee Confederacythe mother-tongue name for the Iroquois Confederacyhas existed for centuries. With a capital at Onondaga (outside Syracuse, New York), the six-member confederacy is a European Union-type alliance led by a 50-chief legislative Grand Council. As the oldest continuously governing body in North America, the Haudenosaunee Confederacycomprised of the Mohawk, Onondaga, Oneida, Cayuga, Tuscarora, and Seneca nationsstraddled an empire before its lands were whittled and strewn, violently encroached on by U.S. and British settler regimes.

The Haudenosaunee developed the game of lacrosse millennia ago and fashioned hickory to play it. As early as the 1750s, Mohawks were sharing the game with Quebecois. In 1834, the Mohawk played a public game at the St. Pierre racetrack in Montreal, and lacrosse became a popular spectator sport. By the 1840s, Haudenosaunee and Canadians played each other often, and, in 1856, a lacrosse federation was formed in Montreal. Today, the wooden lacrosse stickgiven to Haudenosaunee at birthflies alongside a Nike logo. The Iroquois Nationals rank third out of the 46 teams and 70 lacrosse federations in the worldnipping at the heels of the United States and Canada, and miles ahead of the rest of the field.

Theyre the creators of the game, said Paul Rabil, a member of the U.S. national lacrosse team.

Fast forward four centuries, and the transition of the game has taken root. [The Iroquois Nationals have] the best players on the planet.

But whether on the map of politics or playoff bracketology, the Iroquois Nationals path to the playing field has been fraught, vexed by the same bylaws of the international system that have long stymied the Haudenosaunees own quest for formal recognition.

Although there is no law requiring the Olympics fit inside the United Nations framework, the Olympic Charter of the International Olympic Committee (IOC) requires countries be recognized by the international community to become eligible as a National Olympic Committee. The primary reference for units of sovereignty since 1947 is U.N. member states. Complications with this definition begin and end with the obvious: The Haudenosauneelike every other native nation in North Americais not an internationally recognized, independent state.

But the Haudenosaunee Confederacy was once a recognized nation that then became an unrecognized state. Haudenosaunee independence is enshrined mostly in individual treaties with other nations and not multilaterally through sporting leagues or international bodies.

The Haudenosaunee Confederacy was and is highly diplomatic. Unlike many Native American nations, the densely organized Haudenosaunee heartland lays smack amid a heavy corridor of colonial migration. This rendered the confederacy a broker between Europeans and other Native American nationsand ultimately decimated the confederacys territory.

The confederacys earliest treaty with Europeans, made with the Netherlands in 1613, is still celebrated today by the Dutch government. In 1710, three confederacy statesmen from the Mohawk nation visited England; they were received as emissaries and had portraits commissioned by Queen Anne. Haudenosaunee politics have been praised by everyone from Benjamin Franklin to the 1987 U.S. Congress. The confederacys constitution, the Great Law of Peace, was published in text in the 19th century.

The convulsions of the American Revolution tore apart the quasi-singular confederacy. Grand Council chiefs couldnt agree on whether to support the Continental Army or the British. Some Haudenosaunee who backed the British resettled to the western frontier of the confederacy, delineated by Niagara Falls and under the Seneca nations general protection.

After the war, a portion of those who fled west were gifted land by the British monarchy in its Dominion of Canada. The subsequent establishment of Six Nations of the Grand Riverwhich exists to this daygave the splintered confederacy a second major pole of political society next to Onondaga. Much of the current Iroquois Nationals roster hails from Six Nations.

On the U.S. side, the fruit of revolution was quickly seen in the form of land prospectors, shaky treaties, and state-led contracts that devoured Indigenous territory up to its edges. Many acquisitions made then have been disputed in writing since the first U.S. administrations and still face lawsuits today.

The state of New York began transacting with native bands, a violation of the 1790 Trade and Intercourse Act, which prohibits states from purchasing Native American land without federal approval. Indeed, an 1802 memo from then-U.S. President Thomas Jefferson queried the legality of land deals with the Seneca nation. But soon, plans were in place to link the Hudson River to the Great Lakes via the Mohawk Riverright through Haudenosaunee heartland. It was only the first project driven by private pockets that hastened after the War of 1812 and led to a precipitous loss of land. Between 1790 and 1825, nations of the Haudenosaunee Confederacy lost up to 99 percent of their territory.

In 1867, Britain passed a wedge of self-control back over to Ottawa in its Dominion of Canada. Lost in the shuffle was the transfer of Londons formalized recognition, decorated with a long-standing diplomatic protocol, of the confederacy as a foreign partner. Geopolitics and settler sovereignty were pivoting from seizing land to forced assimilation.

Canadas settler government swiftly ushered in the Gradual Enfranchisement Act, spiriting to dismantle native governments. Then came the Indian Act, a series of legislation beginning in the 1870s and resurging in 1921and still active todayseeking to belittle Indigenous nations via reserves, identification cards, and proxy councils as subsidiaries of the Dominion of Canada. The recent discovery of mass graves across Canada filled by remains of Indigenous children has exposed long-silenced massacres and reminded many of the forced relocation of the young to residential schools operating into the 1990s by the Canadian government.

Canada sought to eradicate nearly all aspects of Indigenous cultureexcept lacrosse. Canadians loved lacrosse. They loved it so much that, in 1859, Canada made lacrosse its national sport. But in 1880, Canadas lacrosse federation banished native athletes from playing.

Today, there are 193 U.N. member states but 206 active National Olympic Committees (NOCs) registered with the IOC. Although there arent many unrecognized nations competing in the Olympicsbesides Palestine, which has competed since 1996 and is a U.N. permanent observerthere are at least one dozen Olympic nations that are contracted in some form to other countries, often via a Compact of Free Association or otherwise delineated special relationship, Palau and Hong Kong among them.

Many of these anomalies can be understood as a result of arbitrating a confused category on the worlds modern map: the U.N. list of Non-Self-Governing Territories. Crossed down from 72 names in 1946 to 17 names today, the register functions both as a catalyst for emancipation and as a barrier to statehood. Being on the list isnt a prerequisite for Olympic credentials, but it is a bit of its own tenure track.

The U.S. Virgin Islands, Guam, and American Samoanone of which fight their own warsare on the U.N. list, and all are Olympic nations. The Haudenosaunee Confederacy, made up of nations whose land has been decimated by colonial expansion and forced assimilationhas never made any list of non-self-governing territories and is neither an IOC nor U.N. member.

But its athletesin lacrosse, in particularhave already been bronzed by the Olympics well before the United Nations existed. After the IOC was founded in 1894, and following the success of the first modern games in Athens in 1896, both Canada and the United States yearned for lacrosse to be included. By the 1904 Games in St. Louis, it was an Olympic sport. Three teams from two NOCs competed: a U.S. team, a Canada team, and the Mohawk Indiansin some sources referenced as Iroquoisa team mostly from the Six Nations of the Grand River reserve carved from southern Ontario. The Mohawk team was sponsored by Canadas NOC.

When the United Nations was founded in 1945, the Haudenosaunee traveled to San Francisco for the new world bodys creation, which brought with it simultaneous waves of emancipation and codified order. In 1949, six chiefs of the confederacy attended the U.N. headquarters groundbreaking at 42nd Street in Manhattan with other heads of state. The New York Times reported they were the center of attraction. It didnt last.

As the tide of colonialism receded and people from India to the Democratic Republic of the Congo gained independence, they received a key ring to their new units of sovereignty: U.N. membership. The IOC swiftly ushered them in too, with NOC codes of their own. The confederacy and its pronounced desire to join the world wasnt forgotten; it was neglected. Should an attempt at participation, either limited or comprehensive, be made by the Nations of the Iroquois, a 1961 study of U.N. procedure and statehood found, it could not be entertained.

In 1977, a Haudenosaunee delegation traveled to Geneva to partake in a U.N. conference on Discrimination Against Indigenous Populations in the Americasthe first time Indigenous delegations were invited to a U.N.-led event. The delegation was led by Oren Lyons, a member of Onondaga nation and a multiple All-American lacrosse star for nearby Syracuse University.

They traveled on new Haudenosaunee passports, brown booklets with Hau de no sau nee Passport written on the cover. The document befuddled Swiss border police, who suggested they allow the delegation into the country on a special permit instead.

According to a Mohawk newsletter covering the trip, a delegate swiftly rebuked the Swiss guard, lecturing that a special permit dared to undermine the validity of the Haudenosaunee passport.

The important thing is not to get in but that every step of the way, our validity as Indian nations is recognized, one delegated reportedly said.

The standoff eased when the Swiss officials clarified entry permits were standard for passports from all nations Switzerland had yet to formalize relations with, and the stamp endorsed freedom of that passport. So, stamped passports in hand, the new diplomats walked into Europe.

Although the Geneva trip fell short of clinching formal U.N. recognition for the confederacy, its new Haudenosaunee passports would prove key to entering a tinier, cliquey, and humble club: that of international lacrosse competition.

Thanks in part to Lyons leadership, more Haudenosaunee athletes joined collegiate teams in the 1970sin addition to running their own native leagueand, by 1980, overtures grew between tendrils of sporting federations and Indigenous athletes.

The Haudenosaunees first chance was an amateur tournament held in Vancouver in 1980, with U.S. and Canadian national teams also competing. Lyons, together with a Tuscarora student named Rick Hill and a stick-maker named Wesley Patterson, slapped up a Haudenosaunee All-Star team and won second place. Well-respected in the sport, Lyons represented a bridge between the litism of formal Canadian and American organizing bodies and native athletes, argued Allan Downey, a professor of history at McMaster University, in the Journal of the Canadian Historical Association.

After the tournament, some suggested the Iroquois Nationals apply to the then-named International Lacrosse Federation (ILF). Impressed by the teams success and charmed by its effort, the ILF members at the timethe United States, Canada, England, and Australiaoutlined a series of challenges, essentially requiring the group to prove itself capable to field a viable national teamfinancially, competitively, and politically.

In 1983 at Onondaga, the Grand Council of Chiefs of the Haudenosaunee Confederacy formally sanctioned the Iroquois Nationals as the official team representing its nations. The declaration was formative to Haudenosaunee history, centering the confederacy on a single unit. For the Grand Council, it was a fundamental and explicit move to pivot to traditional culture and philosophy as opposed to, say, proliferating casinos. It also offered a potential track to national recognition.

Ahead of the 1984 Summer Games in Los Angeles, Lyons and the Iroquois Nationals helped host the Jim Thorpe Memorial Pow-Wow and Native Games, which brought members of more than 40 native nations and the national teams of Australia, Canada, England, and the United States together. That year, a womens team was also founded. In 1985, the Iroquois Nationals toured England, successfully journeying on Haudenosaunee passports as they had in Switzerland.

In 1987, the ILF admitted Iroquois Nationals as the national team of the Haudenosaunee Confederacy, making it the fifth member of their federation. ILF membership hoisted new scaffolding around the concept of Haudenosaunee nationhood as a physical sovereign unit: Only after the Iroquois Nationals formed did the Haudenosaunee Confederacy design a national flag and compose a national anthem.

Since then, the Iroquois Nationals presence has been irksome, everything from a media headache to a political controversy to a fetish. As the Haudenosaunee passport grew famous and the team ascended global ranks, it was perceived as both an unbeatable Goliath and lacrosses golden ticket.

Iroquois Nationals tryouts brought athletes from all six nations of the confederacy. The first match was in Perth, Australia, in 1990. It was a big deal from the beginning: The Iroquois Nationals arrived on Haudenosaunee passports, the Haudenosaunee flag was flown, and the team lost every game. From there, things could only go up.

By 2006, Nike inked a deal with the Iroquois Nationals, which has been continually renewed since. More than a modeling gig, Nike provides the team with footwear, clothing, and equipment. It was one of the first-ever deals between a Native American nation and a Fortune 500 company and has since been renewed and expanded. It also instilled a confident, motivated momentum in the team, which has lingered with the medal circle; this was seen particularly in its new recruits, who would lift a golden generation of Iroquois lacrosse.

But the Iroquois Nationals newfound prominence also drew scrutiny to the Haudenosaunee passport, a growing symbol of the confederacys broader pursuit for recognition of its sovereignty.

In 2010, the now-named Federation of International Lacrosse (FIL) championships were held in Manchester, England. Although a Haudenosaunee delegation had traveled to Sweden earlier that year without issue, both the United Kingdom and the United States said they would not honor the Haudenosaunee passports, nominally due to post-9/11 security standards.

The United States offered to deliver emergency U.S. passports, but the teams athletes refused.

The Iroquois Nationals became stranded in Manhattan, and the ordeal created a diplomatic crisis. By the time then-U.S. Secretary of State Hillary Clinton approved travel on Haudenosaunee passports, U.K authorities said it had no guarantee the travelers would be permitted to return. In 2015, the United Kingdom again barred the Haudenosaunee womens lacrosse team from entering on Haudenosaunee passports to compete in Scotland.

When Haudenosaunee passports work, its often with prearranged clearance. Outside of athletics, citizens have traveled on Haudenosaunee passports around the world: in 2004 to Japan; many times to Switzerland; in 2010 to Bolivia, El Salvador, and Peru; to New Zealand and Venezuela, and through much of the European Union. (The EU, for its part, continues to list the Haudenosaunee passport as a fantasy passport.)

Since 2006, when the confederacy formed a Documentation Committee, it has been working to update travel documents consistent with international standards. In February 2008, a Haudenosaunee delegation met with the U.S. Department of Homeland Security and the Canadian Embassy in Washington to iron out details. In March, the Grand Council of Chiefs chose to contract Siemens AG for $1.5 million to manufacture new biometric passports. When the prototypes of the new passports finally arrived in 2009, however, some key features were absent, such as the microchip.

In 2015, the Iroquois Nationals hosted the World Indoor Lacrosse Championships in Onondaga. The theme was lacrosse comes home, and rather than travel on their own passports, the Haudenosaunee stamped those of visiting nations. The tournamentthe first ever global sporting event hosted by an Indigenous nationproved to be a success. It was attended by former U.S. Vice President Al Gore and 12 passport-carrying nations, from Israel to Australia to Serbia. (Canada refused to get its passports stamped by the Haudenosaunee hosts.) The Iroquois Nationals opened the tournament by beating the United States.

The now-2022 World Lacrosse Championships; 2022 World Games, and 2028 Olympics will all be in the United States, effectively removing the obstacle of Haudenosaunee passport trouble from the Iroquois Nationals Olympic path. But going from FIL competition to the Olympics still means a second layer of legal vetting and political scrutiny that will involve encountering the United Nationswhether by announcement or vote.

The United Nations celebrates Indigenous issues but has kept expressions of sovereignty at arms-length. From the outset of the Iroquois Nationals membership to the ILFnow the FILthere was pushback from Canada and Australia, which had concerns about whether and how the Iroquois precedent might affect Indigenous aspirations in their own territories. When a 2007 U.N. nonbinding Declaration on the Rights of Indigenous Peoples passed overwhelmingly, Australia, Canada, New Zealand, and the United Statesall settler colonial states with major Indigenous groupsdid not vote for it.

The most promising precedent for a special Olympic invite may be the IOCs special refugee team. With help from the United Nations, the IOC cobbled together a squad of athletes from the Democratic Republic of the Congo, Ethiopia, South Sudan, and Syria to draw attention to migration crises. Its launch was announced during the 70th session of the General Assembly in 2015. The team also featured in Tokyo this year, bulked up by the presence of athletes from a number of new countries who competed in 13 sports. The IOC is planning for a refugee team to reappear for the 2024 Olympics in Paris.

If the Iroquois Nationals and theHaudenosauneeflag meet Olympic fanfare in 2028, some post-colonial governments with active Indigenous minorities could see power slipping through their hands, said Helen Lenskyj, a professor emerita at the University of Toronto who is an Olympics specialist. The Olympic Games recognize a nation in quite a remarkable way, she continued. It might be a slippery slope.

In 2000, when Australian sprinter Cathy Freeman won the 100 meter dash at the Sydney Olympics and did a lap of the field waving an Australian aboriginal flag, it did not go over well in the upper echelons of Australian politics, Lenskyj said.

In recent years, a proliferation of National Olympic Committees have formed throughout semi-autonomous regions, including Somaliland, Macao, Gibraltar, Catalonia, the Faroe Islands, and New Zealands island of Niueall for a chance at the world stage to win a medal.

In the interim, Indigenous nations do what they can: wear hearts on sleeveswith a bazaar of merchandise. Iroquois Nationals gear gets scooped on eBay for hundreds of dollars in bidding wars. An Iroquois Nationals helmet was up for $600. A T-shirt went for $80. And a vintage baseball cap is going for nearly $70. Nike has partnered with the Iroquois Nationals and Thompson Brothers Lacrosse.

But bling doesnt erase red tape. The Iroquois Nationals would like to be in Los Angeles in 2028, in time to meet up with its pastime and win. It needs a way to transform the Haudenosaunee lacrosse federation into a fully fledged NOC.

An NOC requires at least five different sports be represented. In a Haudenosaunee NOC, there could be room for an ice hockey teamalso popular with native athletesas well as baseball or swimming. There is already a Native American Olympic Team Foundation, which counts Lyons as a board member.

On the public relations side, things have been moving swiftly in the months since the World Games reversed its decision to exclude the Iroquois Nationals from the 2022 World Games. In addition to gaining new visibility on social media, the U.S. and Canadian National Olympic Committees signed on in support of the Iroquois Nationals.

Now, the team and Haudenosaunee leaders are working to form a National Olympic Committee and are coordinating with now-named World Lacrosse, the World Games, and the International Olympic Committee. Theyre keeping their fingers crossed that U.S. President Joe Bidens Syracuse connectionhe studied law at the university, graduating in 1968could help.

Meanwhile, the Haudenosaunee will revisit its application for U.N. membership, according to some of the confederacys leaders.

Like many Haudenosaunee, Thompson, widely regarded as the best lacrosse player on the planet, calls lacrosse our vehicle.

Lyons, at age 90, likes the phrase flagship. They have a flag. They want the championship.

But Rick Hill is more philosophical.

The ball will go where the ball will go, Hill told Foreign Policy, and we hope it goes to the back of Canadas net.

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Lacrosse Returns to Olympics in 2028but Will the Sport's Indigenous Founders Be Allowed to Play? - Foreign Policy

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The Surprising Relief of the Tokyo Olympics – The New Yorker

Posted: at 3:42 pm

Whether the Olympic Gameswould, could, and, above all, should take place this year was a problem that preoccupied everyone from virologists toheptathletes. The emergence of COVID-19 prevented Tokyo from hosting theGames in 2020. A year on, with the virus continuing to spread, even the host nation was unconvinced. According to a poll conducted in May, eighty-three per cent of the Japanese public believed that the Olympics should not go ahead, and enthusiasm in the wider world had barely progressed beyond the featherweight. With so many fears at large, how could we be expected to worry about rhythmic gymnastics? Or dressage, which is rhythmic gymnastics plus horses? Who cares about mens badminton?

The answer to that last question turned out to be Viktor Axelsen, the Dane who dethroned Chen Long, of Chinathe defending championin straight sets, and wept for joy. Sightings of untrammelled happiness have been rare in the past eighteen months; we have grown all too accustomed to the opposite. Rightly or wrongly, the Olympics did proceed, and, to general astonishment, began to work their weird, if slightly shopworn, magic. This may not have been evident in the opening ceremony, which felt hollowed out by the dearth of spectators, but, once the sporting frenzy began, competitors displayed a formidable knack for blotting out their surroundings and knuckling down to their tasks. Somehow, even without your parents screaming helpfully from thirty yards away, you pick up your pole and vault.

Unless youre the American vaulter Sam Kendricks, in which case you pack up your poles and go home. On July29th, Kendricks tested positive for COVID. His Games were over before they had started, and his absence could be sensed in the contest; we were left to imagine the battle that he might have enjoyed with Mondo Duplantis, a Swede with the demeanor of a Disney prince and the name of a tropical night club. In the end, what we got was Duplantis versus himself, seeking to clear the bar at an unprecedented height of six metres nineteen centimetres, a pinch beyond the world record, and failing by the merest graze of a thigh.

How often the Games reveal such lonely eminence. Even at this peak of proficiency, some people leave their rivals far behind. Mijan Lpez, the great Greco-Roman wrestler from Cuba, calmly acquired his fourth Olympic gold at Tokyo; it must be chastening, as a fellow-wrestler, to know for sure that, however hard you train, youll always wind up bent double, with Lpez athwart you and your nose against the mat. In the pool, the swimmers Caeleb Dressel, of the United States, and Emma McKeon, of Australia, won a dozen medals between them, thus proving that they are, to all intents and purposes, porpoises. The lanky empress of the triple jump, Venezuelas Yulimar Rojas, demolished a record that had stood since 1995, and Karsten Warholm, the Norwegian four-hundred-metre hurdler, outstripped his own world record by so absurd a distance that he rejoiced by ripping open his vest. So Warholm can be beaten, but only by a dose of Kryptonite.

Some of the winning margins, on the track, merited not suspicion but complaint. Fingers were pointed at the latest footwear. Before the Games, Usain Bolt remarked, We are really adjusting the spikes to a level where its now giving athletes an advantage to run even faster. Two points need to be made. First, the only technology-assisted way to beat Bolts records, in the one hundred and two hundred metres, is to write to the Acme Company, as patronized by WileE.Coyote, and order those shoes with the giant springs. And, second, spikiness per se is no guarantee. Whereas the U.S. female runnersSydney McLaughlin and Dalilah Muhammad especially, who took gold and silver in the four-hundred-metre hurdleswere in spirited form, their male counterparts, however well shod, had a Games to forget. They came away goldless, and the sprint-relay team languished in the semifinal behind China, Canada, Italy, Germany, and Ghana. The American guys may not have dropped the baton, butthey lost the plot.

Yet the Tokyo Olympics, though menaced by a gruelling degree of heat and humidity, did offer surprising relief. And all because of the kids. So many gazes, understandably, were riveted on Simone Biles that when, to her credit, she nerved herself to compete on the beam and came in third, scant attention was paid to Chinas Guan Chenchen, who beat her to the gold. Guan is sixteen. In everything from schooling to social interaction, the past year and a half has been ruinous for young people, and the Games became an opportunity for a bunch of themthe lucky ones, loaded with freakish talentto exact revenge for the near-imprisonment of a generation. Whats more, they made the fight back look like fun.

Nowhere was that joy more frankly expressed than in the most recent disciplines. Fresh sports are frequentlyadded to the Olympic schedule, the rule being that, after expressing grave reservations about the new event, you then see it in action, get instantly addicted, and wonder how the Games ever managed without it. This year, the dbutants included skateboarding, surfing, BMX freestyle, and sport climbing, which demands three separate skills: Speed, Bouldering, and Lead. (Prizes are awarded to viewers at home for pretending tomaster the jargon.) The victorious climberwas an eighteen-year-old Spaniard, Alberto Gins Lpez. The loser was gravity, and a similar suspension of natural law was visible among the skateboarders, who dwell in a haze of dudeish fellowship where age has no dominion. The silver and bronze medallists in the Womens Park were, respectively, twelve and thirteen. The highest-placed American was Bryce Wettstein, a grizzled veteran of seventeen. She was praised by one commentator for her timeless backside ollie, which would have made Stan Laurel scratch his head.

Only a fool would argue that the world of the pandemic, of fire and flood, and of economic uncertainty was halted or healed by this years Olympic Games. Only a cynic, however, would deny that, for a fortnight, the darkness was put on hold. Faith in the future was restored by the sight of Athing Mu, aged nineteen, who was born and raised in Trenton, New Jersey, whose parents emigrated from Sudan, and whose long, commanding stride brought her a gold medal and a new U.S. record in the eight hundred metres. Afterward, she tweeted her reaction: Lol, I think its funny that we literally run so fast and just stop once we get to the line. Why stop, then? Mu could teach us something. She could run and run.

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The Surprising Relief of the Tokyo Olympics - The New Yorker

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Russian officials accuse United States, other countries of rigging 2020 Tokyo Olympics – CBS Sports

Posted: at 3:42 pm

Russians are not taking their fifth place finish in the medal count of the 2020 Tokyo Olympics well. Both commentators and officials from the country are accusing the United States and others of rigging the Games. This comes after the Russian Olympic Committee finish fifth in the medal count.

If you include the Russian Olympic Committee results as part of Russia's Olympic history, it is the lowest finish since the 1912 Olympics in Stockholm. Russian-born athletes competed under the Russian Olympic Committee name at the 2020 Games due to penalties Russia was handed after it was discovered the country was running a doping program.

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Russian lawmaker Aleksei Zhuravlyov,according to The Daily Beast, described other competing countries at the Games as "a pack of Russophobic beasts, headed by the United States."

On Monday, Olga Skabeeva, who is a television host on Russia's state-owned television channel, echoed those statements, saying on the air that the Summer Games were the "clearest example of total Russophobia."

"These Olympic Games stink," Skabeeva said. "Global sports forever ceased being an honest competition, turning into a cheap political farce. At the behest of Americans, the International Olympic Committee took away two gold medals from Russian."

Skabeeva didn't provide any evidence to support her claims, but that didn't stop other from agreeing with the claims.

"Americans are freaks. Moral freaks. Why are we even discussing this parade of freaks and perverts?" deputy speaker of the Russian State Duma Pyotr Tolstoy added, the Daily Beast reported.

Oleg Matveychev, who is a member of the Russian Expert Institute for Social Research, referenced Russian gymnast Dina Averina's loss in the rhythmic gymnastics all-around competition as an event that was fixed. Israel's Linoy Ashram won the gold medal in the event, even after the Russian team asked for that victory to be overturned.

Matveychev claimed that Ashram's gold medal should've been take away because she dropped the ribbon during her final exercise. He claimed that it would've been impossible for her to win.

Ironically, Averina of Russia dropped her ribbon at the 2018 world championship, but still managed to win a gold medal.

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Russian officials accuse United States, other countries of rigging 2020 Tokyo Olympics - CBS Sports

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