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Daily Archives: May 28, 2022
Artemis I: The uncrewed space mission carrying unusual passengers – The Boar
Posted: May 28, 2022 at 8:27 pm
In 61 years of human space exploration, NASA has sent 336 people to space. But how many of these astronauts are women? 45.
In the 1950s, before any American had been to space, Dr Randolph Lovelace considered women as good candidates for spaceflight. In fact, the doctor began to test female pilots at his clinic in New Mexico in 1960. In his tests, Lovelace found women to be just as capable as their male competitors, with a much higher percentage of women passing the rigorous tests. In fact, women excelled in some of the most crucial aspects of the assessment including isolation tests.
NASA vows that the Artemis project will land the first woman and the first person of colour on the Moon by 2025
But despite these promising results, Lovelace raised concerns about the potential for the menstrual cycle to alter performance during spaceflight, and it was another 23 years before Dr Sally Ride became the first American woman in space. Even in more recent years, female astronauts continue to find themselves greatly outnumbered. However, the upcoming Artemis missions hold the promise of fresh air (excuse the pun) and new opportunities.
NASA vows that the Artemis project will land the first woman and the first person of colour on the Moon by 2025. The project is a series of three increasingly complex missions, starting with a test flight that will launch an uncrewed Orion capsule into a distant orbit around the Moon before returning to Earth. After several delays and setbacks, including a failed wet dress rehearsal in April that resulted in the rocket being rolled back off the launchpad, Artemis I is now due to launch no earlier than August 2022.
Despite being an uncrewed mission, the Artemis I rocket will carry three very important passengers: mannequins. These mannequins will be used to study the effects of space travel on the human body. In particular, two of the mannequins are designed to allow NASA scientists to study the effects of radiation in female astronauts.
The female mannequins, Helga and Zohar, are specially designed to measure the effects of radiation by mimicking the female body and the organs within
For over half a decade, women have fought against a multitude of arguments stating why they should not be allowed in space. These arguments included menstruation, differences in personality and strength, and a lack of military training. Although many of these concerns have been resolved (or debunked), one discomforting possibility remains: female astronauts may be at greater risk of radiation-induced illnesses.
Sources of powerful radiation are abundant in space, and during flight, astronauts are no longer naturally protected by an atmosphere as we are here on Earth. Some organs such as breasts and ovaries are particularly sensitive to radiation, putting female astronauts at greater risk of developing cancer than their male colleagues.
The female mannequins, Helga and Zohar, are specially designed to measure the effects of radiation by mimicking the female body and the organs within. Designed by Thomas Berger and his colleagues at the German Aerospace Centre in Cologne, the two mannequins host radiation detectors in sensitive regions within the torso. While Helga will act as a control study, Zohar will wear a specialised radiation-blocking vest called AstroRad built by the Israeli Space Agency. AstroRad vests have been trialled by astronauts on the International Space Station to test their fit, comfort, and mobility. The difference in the two mannequins attire will allow scientists to determine the effectiveness of the vests at protecting vital organs.
Each of the two mannequins will host 5600 passive radiation sensors that will count the total radiation dose over the course of the mission. They will also contain a series of battery-powered sensors to create a timeline of the radiation dose each mannequin experiences throughout the trip. Researchers can use this data to create a 3D image of the radiation exposure of the mannequins and identify the most vulnerable areas on the female body.
The use of female bodied mannequins in the Artemis I mission is key for the future of female astronauts, allowing scientists the opportunity to create inclusive designs, and compile vital, sex-specific data. Furthermore, NASA has shown that their promises arent empty and that moving forward we can, and should, expect support for female astronauts.
NASA intends to use the Artemis project to establish a long-term presence on the Moon. They will apply the knowledge they gain from areas on and around the Moon to make their next big leap: sending the first astronauts to Mars. Perhaps we will see true female representation there too.
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Photos: NASA previews a new water-hunting lunar rover in Oakland – The Mercury News
Posted: at 8:27 pm
Before humans return to the Moons surface by 2025 through NASAs Artemis program, the space agency is sending a rover to scope out the hydration situation.
The Volatiles Investigating Polar Exploration Rover, or VIPER, is about as large as a golf cart. Its expected to spend 100 Earth days searching the moons south polar region for water ice deposits below the surface in 2023.
You can see VIPER for yourself this Memorial Day weekend at Chabot Space & Science Center, which is introducing the first full-scale replica of the robot to the public as part of the NASA Artemis Preview Weekend hosted by NASAs Ames Research Center in Silicon Valley. The event is open from 10 a.m. to 5 p.m. Saturday, May 28 and Sunday, May 29.
VIPERs mission will follow up work done by the Lunar Crater Observation and Sensing Satellite in 2009 that detected evidence of water ice at the Moons poles. VIPER is making the trip to better learn how much water ice is up there and in what form. Scientists at NASAs Ames Research Center in Mountain View are leading the VIPER mission and already created high-resolution maps of the lunar surface to plan routes for the rover.
The Artemis missions will return astronauts to the Moon and land the first woman and first person of color on the lunar surface.
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Photos: NASA previews a new water-hunting lunar rover in Oakland - The Mercury News
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Supply chain challenges also present opportunities for the space industry – SpaceNews
Posted: at 8:27 pm
LONG BEACH, Calif. Supply chain disruptions continue to pose a challenge for the space industry, but some see those disruptions as an opportunity for new approaches and innovation.
During a panel discussion on supply chain issues at Space Tech Expo here May 24, government and industry officials said the industry continued to feel the effects of broader supply chain issues that was slowing its growth.
We want to buy products and services at scale, said Brig. Gen. Steve Bucky Butow, director of the space portfolio at the Defense Innovation Unit, citing efforts like satellite constellations for the Space Development Agency (SDA) for missile tracking and communications. You cant do that without healthy supply chains.
Chris Winslett, Lockheed Martin program director for its work on the SDA Transport Layer, said that many smallsat manufacturers had, in recent years, shifted away from space-grade components because of their long lead times in favor of more widely available commercial and automotive-grade alternatives. But with the issues of the pandemic, we actually saw a lot of commercial and automotive parts have longer lead times than space parts, he said. Its been an interesting few years.
Ron Faith, president and chief operating officer of RBC Signals, which operates a network of ground stations, said his company has seen a significant impact in lead times for components such as antennas, radios and other electronics. Theyve stretched out from what used to be weeks to now many, many months, he said.
Supply chain issues have also affected logistics. Faith said the company traditionally transported six-meter antennas, manufactured in the United States, to ground stations around the world through traditional shipping, but now transports them by air freight. It does increase costs, but quite frankly the time compression is way more important right now given the other challenges that are in the supply chain.
Those problems can slow the growth of companies. We see companies that, during a healthy supply chain and healthy markets, would be thriving, said Jordan Noone, co-founder and general partner at Embedded Ventures who previously cofounded Relativity Space. Today, many of those companies have major struggles.
Those struggles, he said, also present an opportunity to shore up the supply chain. He cited technologies like additive manufacturing and digital engineering to speed up the design and production of components. You can modify the factory at the speed of software, he said. That brings that flywheel of software to the aerospace manufacturing world.
The current supply chain disruptions, some panelists said, are a sign that some technologies, like electronics, whose production shifted to outside the United States in recent decades to reduce costs should be onshored, or brought back to the United States. Doing so could reduce supply chain reductions but increase costs.
Does onshoring have to be more expensive? countered Jeffrey Smith, element architect for deep space logistics for NASAs Gateway program, arguing innovative technologies can reduce costs. We have to find a way to do it, especially for space exploration.
Its really imperative that we evolve and pull our acquisition heads out of the 1960s, said Butow. Look at how the industry is postured today, how to be more innovative, how to rapidly adopt and incentivize new technologies and new methodologies, and build and grow a healthy supply chain.
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Supply chain challenges also present opportunities for the space industry - SpaceNews
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To infinity and beyond – Cullman Times Online
Posted: at 8:27 pm
West Elementary School sixth graders recently visited the U.S. Space & Rocket Center in Huntsville, as part of an annual field trip that was added back to the calendar following a hiatus due to the pandemic the past two years.
Sixth grade students spent part of their science classes studying space exploration and planetary systems earlier this year and the trip was a chance to expand on those lessons and see the concepts in action.
We began with understanding our place in the universe. In this, we discussed our solar system and did group research on each of the planets. The history of space exploration was next, sixth grade science teacher Jessica Posey said. We did research on Project Mercury, Gemini, Skylab, and even the International Space Station. We discussed the Apollo missions and watched a documentary. The students were so excited to have the chance to actually see, in person, all this space history up close and personal.
As for highlights from the U.S. Space & Rocket Center, students most enjoyed the G-Force ride, and learned about cutting-edge NASA tech currently in the works, including a new suit with a helmet that will allow astronauts to have a 360-degree view.
I got to ride on the Multi-Axis Trainer. It was very fast. I couldnt tell which direction I was going, because it was going everywhere at the same time, student Brittlee Hopper said. It felt like I was drifting off into space. Also, it felt like there was no gravity while on the ride.
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Axiom Space and Italian Government Sign Historic MOU to Expand Commercial Utilization of Space – PR Newswire
Posted: at 8:27 pm
HOUSTON, May 25, 2022 /PRNewswire/ -- Axiom Space, a leader in human spaceflight currently building the world's first commercial space station, has signed a memorandum of understanding (MOU) with the Italian government to further their existing collaboration, including the potential for the development of space infrastructure integrated with the future Axiom Station. The agreement was signed by the President and CEO of Axiom Space, Michael Suffredini, and Italy's Minister for Technological Innovation and Digital Transition, Vittorio Colao, on 19 May in Rome, Italy.
While the MOU is exploratory in nature, areas of cooperation outlined in the agreement include mutual definition of potential user requirements as well as technological solutions and operational concepts for an Italian module that could later be developed and integrated into the Axiom Space Station. The project could take the form of a public-private framework with the governance and business models developed over time. Other areas of cooperation include collaborative development and implementation of research supporting space exploration and technology, including advanced materials, pharmaceuticals, on-orbit manufacturing, space security, aerospace medicine, simulation and robotics, and other areas of mutual interest as determined by the two parties, as well as training and mission operations.
The MOU a first-of-its-kind approach between the Italian government and a private international corporation - is the latest effort between Italy and the Houston-based Axiom Space. Earlier this year, Axiom announced Italian Air Force (ItAF) Colonel Walter Villadei as the company's first international professional astronaut. He is currently in training in Houston. Col. Villadei has been selected by Axiom as a backup on the Ax-2 mission, and an initial agreement has been signed for a reservation on a mission targeting late 2023. Based on ItAF's significant competencies in the field of astronautics, modeling and simulation, and aerospace medicine, such a mission will allow the implementation of multidisciplinary scientific and technological experiments from the Italian research and industrial community and will further strengthen the relationship being established under the MOU just signed.
Together, these agreements between Axiom and Italy demonstrate the promise and viability of business to government (B2G) relationships that can help grow and expand the commercial space economy across multiple industries and market sectors. A Joint Working Group, composed of representatives from Axiom and institutions and industrial representatives appointed by the Italian Government, will pursue the implementation of the MOU.
"As one of the first European countries invested in the International Space Station, this agreement with the Italian government will bring an experienced partner to Axiom Station, helping to open a new paradigm as we build this next generation microgravity platform in low Earth orbit", said Michael Suffredini. "The MOU is a significant addition to Axiom Space's long-standing relationship with Italy and reflects our shared commitment to expand global access to space and grow the LEO economy while advancing science and technology to benefit all of humanity."
Axiom Station will provide the international community with a modern, efficient, and cost-effective space infrastructure that enables microgravity research, further technological developments, and operations to continue seamlessly after the ISS end of life. The collaboration between Axiom and Italy will harness microgravity for the development of advanced scientific research, innovative technologies, on-orbit manufacturing, and space exploration.
"The agreement intends to deepen cooperation for the development and implementation of projects in the aerospace sector[it represents] the enrichment of the excellent and historical bilateral relations between the United States and Italy, with cooperation also in the field of commercial space flight seen as an opportunity to develop a new chapter of the human presence around the Earth and on the Moon for the benefit of the whole humanity", according to a statementreleased by the Italian government.
The agreement with Italy adds to Axiom Space's list of recent accomplishments in its efforts to grow the commercial space industry. Earlier this month, Axiom Space celebrated the groundbreaking at the company's new, long-term headquarters at Houston Spaceport, which will be home to the development and construction of Axiom Station. Axiom Space also recently welcomed home the Axiom Mission 1 (Ax-1) crew after successfully completing the first all-private astronaut mission to the ISS. The company has also signed agreements with several nations, including Hungary and the United Arab Emirates (UAE) to fly on future space missions.
About Axiom SpaceAxiom Space is guided by the vision of a thriving home in space that benefits every human, everywhere. The leading provider of human spaceflight services and developer of human-rated space infrastructure, Axiom operates end-to-end missions to the International Space Station today while privately building its successor, Axiom Station, the first permanent commercial destination in Earth's orbit that will sustain human growth off the planet and bring untold benefits back home.
SOURCE Axiom Space
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How 100 years of Antarctic agriculture is helping scientists grow food in space – Fast Company
Posted: at 8:27 pm
Figuring out how to feed people in space is a major part of a larger effort to demonstrate the viability of long-term human habitation of extraterrestrial environments. On May 12, 2022, a team of scientists announced that they had successfully grown plants using lunar soil gathered during the Apollo moon missions. But this is not the first time that scientists have attempted to grow plants in soils that typically do not support life.
The greenhouse at McMurdo Station in Antarctica is the only source of fresh food during winter. [Photo: Flickr user Eli Duke]I am a historian of Antarctic science. How to grow plants and food in the far southern reaches of Earth has been an active area of research for more than 120 years. These efforts have helped further understanding of the many challenges of agriculture in extreme environments and eventually led to limited, but successful, plant cultivation in Antarctica. And especially after the 1960s, scientists began to explicitly look at this research as a steppingstone to human habitation in space.
The earliest efforts to grow plants in Antarctica were primarily focused on providing nutrition to explorers.
In 1902, British physician and botanist Reginald Koettlitz was the first person to grow food in Antarctic soils. He collected some soil from McMurdo Sound and used it to grow mustard and cress in boxes under a skylight aboard the expeditions ship. The crop was immediately beneficial to the expedition. Koettlitz produced enough that during an outbreak of scurvy, the entire crew ate the greens to help stave off their symptoms. This early experiment demonstrated that Antarctic soil could be productive, and also pointed to the nutritional advantages of fresh food during polar expeditions.
Early attempts to grow plants directly in Antarctic landscapes were less successful. In 1904, Scottish botanist Robert Rudmose-Brown mailed seeds from 22 cold-tolerant Arctic plants to the small, frigid Laurie Island to see if they would grow. All of the seeds failed to sprout, which Rudmose-Brown attributed to both the environmental conditions and the absence of a biologist to help usher their growth.
There have been many more attempts to introduce non-native plants to the Antarctic landscape, but generally they didnt survive for long. While the soil itself could support some plant life, the harsh environment was not friendly to plant cultivation.
By the 1940s, many nations had begun setting up long-term research stations in Antarctica. Since it was impossible to grow plants outside, some people living at these stations took it upon themselves to build greenhouses to provide both food and emotional well-being. But they soon realized that Antarctic soil was of too poor quality for most crops beyond mustard and cress, and it typically lost its fertility after a year or two. Starting in the 1960s, people began switching to the soil-less method of hydroponics, a system in which you grow plants with their roots immersed in chemically enhanced water under a combination of artificial and natural light.
Hydroponic systems grow plants without the need for soil. [Photo: Flickr user Eli Duke]By using hydroponic techniques in greenhouses, plant production facilities werent using the Antarctic environment to grow crops at all. Instead, people were creating artificial conditions.
By 2015, there were at least 43 different facilities on Antarctica where researchers had grown plants at some time or another. While these facilities have been useful for scientific experiments, many Antarctic residents appreciated being able to eat fresh vegetables in the winter and considered these facilities enormous boons for their psychological well-being. As one researcher put it, they are warm, bright and full of green life an environment one misses during the Antarctic winter.
As permanent human occupation of Antarctica grew through the middle of the 20th century, humanity also began its push into space and specifically, to the Moon. Starting in the 1960s, scientists working for organizations like NASA began thinking of the hostile, extreme and alien Antarctic as a convenient analog for space exploration, where nations could test space technologies and protocols, including plant production. That interest continued through the end of the 20th century, but it wasnt until the 2000s that space became a primary goal of some Antarctic agricultural research.
In 2004, the National Science Foundation and the University of Arizonas Controlled Environment Agriculture Center collaborated to build the South Pole Food Growth Chamber. The project was designed to test the idea of controlled-environment agriculture a means of maximizing plant growth while minimizing resource use. According to its architects, the facility closely mimicked the conditions of a Moon base and provided an analogue on Earth for some of the issues that will arise when food production is moved to space habitations. This facility continues to provide the South Pole Station with supplementary food.
Since building the South Pole Food Growth Chamber, the University of Arizona has collaborated with NASA to build a similar Prototype Lunar Greenhouse.
As people began spending longer times in space toward the end of the 20th century, astronauts began putting to use the lessons from a century of growing plants in Antarctica.
In 2014, NASA astronauts installed the Vegetable Production System aboard the International Space Station to study plant growth in microgravity. The next year, they harvested a small crop of lettuce, some of which they then ate with balsamic vinegar. Just as Antarctic scientists had argued for many years, NASA asserted that the nutritional and psychological value of fresh produce is a solution to the challenge of long-duration missions into deep space.
EDEN ISS is the newest experiment designed to mimic a food production facility on the Moon and can successfully feed a six-person crew. [Photo: DLR/Flickr]Antarctic research plays an important role for space to this day. In 2018, Germany launched a project in Antarctica called EDEN ISS that focused on plant cultivation technologies and their applications in space in a semi-closed system. The plants grow in air, as misters spray chemically enhanced water on their roots. In the first year, EDEN ISS was able to produce enough fresh vegetables to comprise one-third of the diet for a six-person crew.
Just as in Antarctic history, the question of how to grow plants is central to any discussion of possible human settlements on the Moon or Mars. People eventually abandoned efforts to cultivate the harsh Antarctic landscape for food production and turned to artificial technologies and environments to do so. But after over a century of practice and using the most modern techniques, the food grown in Antarctica has never been able to support many people for very long. Before sending people to the Moon or Mars, it might be wise to first prove that a settlement can survive on its own amid the frozen southern plains of Earth.
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How 100 years of Antarctic agriculture is helping scientists grow food in space - Fast Company
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Opening the Word: Scripture answers the ‘why’ of the Ascension – Our Sunday Visitor
Posted: at 8:25 pm
Christ's ascent to heaven is depicted in a stained-glass window at St. Clotilde Church in Chicago in 2008. The feast of the Ascension celebrates the completion of Christ's mission on earth and his entry into heaven. (CNS photo/Karen Callaway, Catholic New World)
In Bethany, near Jerusalem, there is a small domed Church that commemorates Christs ascension into heaven. Inside, you can see the exact spot, marked as it is by Christs own footprint in the stone floor. This earthly vestige of Christ, seemingly the result of the force required to ascend to heaven, might better represent the questions we ask about the Ascension.
Where did Christ go? And why? (My kids also wonder, How? But this is a question I cannot answer fully, though it has to do more with his glorified body than a supernatural blast upon a stone floor.)
So, where did Christ go? The psalm in the Sunday readings suggests he ascended to his throne, while the other readings tell us that he ascended to sit at the right hand of the Father. This imagery is also found in the wording of the Apostles Creed. Now, friends, this language makes it seem like Christ is reposing in heaven, enjoying some respite from the work of salvation for which he was sent by the Father in the first place. But, lets look a little closer.
Lets look at the language in Pauls epistle, where it shows that being at Gods right hand is to be: far above every principality, authority, power, and dominion, and every name that is named, not only in this age but also in the one to come. And he put all things beneath his feet and gave him as head over all things to the church, which is his body, the fullness of the one who fills all things in every way (Eph 1:21-23).
Aha! So Christ being enthroned and sitting at the right hand of the Father is language that describes Christs reign over the Kingdom of God. Christ is not lounging in heaven, having accomplished our salvation, but he is continuously carrying out our salvation, with power and glory. Christ continuously gives himself to the Church, which is his body, his spouse.
And here we run into the why. Why did Christ ascend to heaven? Why didnt he, the glorified risen Lord, who was victorious over death, stay here with us, his spouse, forever? Because he wanted us to be bound even more intimately to God, and with one another, as the Church. Christ told us about this intimate dwelling-with twice in this Sundays readings: I am sending the promise of the Father upon you and you will be baptized with the Holy Spirit.
The Holy Spirit comes to dwell in our hearts, to dwell interiorly. When Christ ascends such that the Holy Spirit comes to dwell within us, the Church (which we are!) is bound to her spouse by the very love that is God. And, friends, because Christ ascended in his glorified body, our very humanity has been taken up into the life of God! Truly, this is an exchange of love carried out for us by Gods desire to dwell intimately with us.
And so, friends, as we celebrate this ascension of the Lord to the right hand of the Father, perhaps looking intently at the sky, let us also begin to look for the promise of the Father: the Holy Spirit. And so I close with a few beautiful words from a homily by Pope Francis for Pentecost in 2017:
The Holy Spirit is the fire of love burning in the Church and in our hearts, even though we often cover him with the ash of our sins. Let us ask him: Spirit of God, Lord, who dwell in my heart and in the heart of the Church come! Like water, we need you to live. Come down upon us anew teach us to love as you love us, to forgive as you forgive us. Amen.'
Catherine Cavadini, Ph.D., is the assistant chair of the Department of Theology and director of the masters in theology program at the University of Notre Dame.
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The GroupMe Game: An Unlikely Aid in Washington University’s Ascension to Nationals – Ultiworld
Posted: at 8:25 pm
A pandemic-inspired pickup game became the locus of the sport on campus while official club play wasn't allowed.
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You dream about being the first team in your programs history to make Nationals, but actually being in a position to take that giant leap can feel more feverish than a soft slumber. Up 11-6 in the game-to-go to Nationals, the last of three bids in the South Central region up for grabs, and Washington University Contra are within reach of something that has eluded their program through its 35-year history.
Its been a long weekend of hard-won successes and a humbling loss to Texas that knocked Contra into this do-or-die game against Colorado State. One win to cement the program into a new echelon of the sport, or one loss to add to the pile of season-ending Regionals bummers. In these conditions, even a five-point second-half lead feels precarious. You could wake up at any moment and find yourself back in the land of also-rans. So by the time the score narrowed to 12-10, game to 13, a potential nightmare had started to stir.
Another break from Colorado State and the meltdown would truly be on. So in this moment of intense pressure, a legacy-defining moment, who steps up? For Contra, it was a first-year, Cam Freeman, putting the disc into the end zone to sophomore Noah Stovitz and locking up Wash Us first-ever bid to Nationals. A lot of teams making Natties for the first time are led by a golden generation of upperclassmen, often a generation optimized by mortgaging the development of underclassmen. But in this case, its appropriate that it was an underclassman putting the rock in for the winning goal, as this Contra team was propelled over the final hurdle by a swath of first years and sophomores playing huge roles in the biggest moments for the team.
Okay, youre thinking. They must have gotten a bunch of YCC kids. Big recruiting pipeline from some high school powerhouse programs. All of these underclassmen have probably been playing high-level ultimate since they were in braces.
Not exactly.
Contra forged their youth movement through a COVID-era necessitated, team-unaffiliated pickup game facilitated by a Snapchat group, which grew organically out of the pandemic boredom of a bunch of first years and blossomed into the spine of the team that made Nationals for the first time in program history. Not quite Triforce or ATLiens, but for Wash U, it was exactly the thing they needed. The story of how this pickup game came together forever changed the legacy of the Contra program, and the lives of the people involved.
Flash back to fall 2020. The COVID-19 pandemic is still in its pre-vaccine era of unknowns and anxieties, no one feeling sure what the next few months or even weeks could bring. And while some parts of life are suspended on indefinite hiatus, others are moving forward in awkward lurches of not-quite normalcy. Leaves are changing color. Babies are being born. Students are still matriculating into universities.
Two specific first years, Seth Fisher-Olvera and Nic Sprague, arrive on campus at Washington University in St. Louis and are randomly assigned as roommates. Seth is from Vermont and already has the frisbee bug; he started playing ultimate before high school and was excited to have the quintessential college ultimate experience hes dreamed about. Nic is a high school soccer player from New Jersey, planning on trying out for the club soccer team. Hes never played ultimate before. His visions of glory in college involve kicking goals, not catching them. But they, like every other first year in the fall of 2020, were going to be in for a very different reality than what they had been envisioning.
As anyone who has gone through a regular first year of college remembers, the first weeks on campus should be full of random meet-ups, exploring campus, and finding your place in this new environment. Potentially that happens by joining one of the hundreds of clubs on campus all vying for your participation with varying levels of enthusiastic recruiting techniques. But this year, none of that was happening.
During that first fall of the pandemic, Wash U had closed off almost all activities on campus. Classes were all online for the semester, students were not allowed to be in dorm buildings that they didnt live in, seating in dining halls was severely restricted, and everyone was masked all the time. As you can imagine, it was particularly hard on the first years who did not have any of those traditional ways to meet people and make friends as they start their college journeys. Thinking back to those first weeks, it was very hard to socialize, said Sprague, especially in a safe manner.
While varsity sports were allowed to continue under restrictions, club sports were not allowed to organize any regular events. This meant that both the mens and womens ultimate teams at Wash U werent allowed to practice. The teams depend on funding from the school to go to tournaments, and they couldnt risk their good relationship with the administration. So even though they wanted to, none of the guys on Contra were practicing or getting to play regularly.
Against this backdrop, incoming first-years found themselves deprived of many of the opportunities and structures that would normally funnel them into the social and competitive environments college can offer. Instead, they would have to figure out how to create a college experience for themselves.
After dinner on their first day on campus, Nic asked Seth if he wanted to throw a frisbee in one of the central residential quads. While there usually would have been too many mandatory orientation activities, this year there was not a lot else they were even allowed to do.
It may not have been the most exciting experience of all time, but that first night tossing sure beat staring at a dorm wall and contemplating lost youth.
That evening out throwing at Mudd Field provided some semblance of collegiate normalcy, so Nic and Seth continued to throw regularly, making it an almost nightly ritual. A few days later they randomly sat down for lunch next to a fellow first-year named Sam Schwartz. Sam was interested in playing ultimate but had never been able to give it a shot. When he heard that Nic and Seth had been tossing, he wanted in. That weekend, the trio put together a Saturday morning game of 2v2 box with another first-year who had been drawn in by the flight of the disc during Nic and Seths sessions. It went great and became another part of the routine.
Soon, the word got out, and each time they played or were throwing, people would walk by and ask to join. More and more people wanted to get in on the action, and eventually a Snapchat group was created to coordinate the newly forged crew of frisbee obsessives.
The first womens player to join was Casey Ellyson, a first-year from Atlanta who had played ultimate in high school at Paideia, bringing the grand total of people who truly knew how to play the sport to two. At the beginning, Seth and Casey were basically the only ones who knew the rules. But the lack of knowledge did not bely any lack of enthusiasm, and soon the group grew and grew until they were playing 7v7 (and even 8v8 one time when Seth and Casey werent there to explain why that was sacrilege). They played all-gender mini, almost exclusively barefoot and always masked. No one knew what a force was, let alone a stack, and most people could only throw either a forehand or backhand, if that. But that pure, simple thrill of chasing down a disc, of running around with a bunch of peers, more than made up for any deficiencies in skill. It was a group of people who played the games for the sake of having fun and coming together through frisbee in a time when there were not a lot of other ways to make connections.
Before long, the group became the center of gravity for peoples lives, including Seth, Nic, Sam, Casey, and the other mainstays at the pick-up games and throwing sessions. The group forged close friendships just from the organic collection of people who were playing frisbee together. They all met the people who are now their closest friends through playing mini and throwing. For Sprague, It led to me having all of the friends I have now. 95% of the people I know on campus come from frisbee either directly or indirectly.
About two months after the birth of this pick-up group, one of the members of the mens team at Wash U, Rob Slutsky, walked by a mini session. Witnessing the closest thing to real ultimate hed seen on campus since the start of the pandemic, he jumped right in. After working up a nice sweat, Rob put the word out to some Contra players through the teams group chat: theres frisbee happening, and its really fun. Eventually, a bunch of other players from Contra started coming to games; since it wasnt associated with the team and thus was allowed by the school, it was a go.
By early February, there were over 100 people in the pick-up chat (which by that point had switched to a GroupMe to avoid the Snapchat group limit) and there were regularly over 20 people coming out for daily mini on nice days. It wasnt organized with any divining principle beyond enjoyment but through all of these reps, the level of skill had increased substantially over the course of the year. Seth and Casey had been teaching people some of the basic skills and schemes, and when some of the Contra guys started to come, the number of people with frisbee knowledge skyrocketed.
This wasnt how Contras leadership had envisioned their recruitment and player development process playing out, but this pick-up game soon became the locus point of ultimate on campus.
Before the pandemic, Contra would have a fairly conventional recruiting process. Current 5th year player on the team Josh Gabella outlined the traditional steps of shoving flyers about tryouts under the doors of first years dorms, putting posters up in the student center and sending a delegation to student event fairs. That would all lead to about 80-100 guys showing up for tryouts. Wed get a mix of some people with experience at ultimate, some who came from other sports, said Gabella. It would be a quick process of open tryouts and a tryout tournament, and after about three weeks it usually boils down to about 8-10 guys getting rostered.
But shorn of normal recruiting methods, Contra found themselves getting a good look at some promising players in the GroupMe games, and starting to think about how they could make the two worlds come together.
There was some initial hesitation, said Gabella about potentially, like, moving in on their game. We had conversations about it, about not stealing their thing, but the people running the game had no problem with us being there. They were just happy to get more people at the games and we were just happy to be playing. The team and the pickup group integrated seamlessly.
As the Spring 2021 semester wore on, the recruiting brains of the Contra players switched on. At the close of the semester and into the fall, as the school began allowing official club activities again, the Contra returners in the group tried to bring the GroupMe gamers into the Contra fold.
Its hard to recruit athletic sophomores, said captain Ben Reimler. Because usually they have already found their thing, especially zero ultimate experience athletic guys. The mini group had good athletes gain experience that they may normally not have gotten during the normal fall tryout system.
Even despite this experience, the positive athletic upside, and the encouragement of the Contra players, several members of the pickup group had to be convinced that they were good enough to play ultimate at an officially organized level.
A lot of them were initially intimidated, reluctant to tryout, said Gabella. We made it as simple as possible. Told them that we have an A and a B team, let them know that no matter what happens there was a place for them in our community.
It worked. Heading into the 2022 season, Wash U Contra was flush with a strong sophomore class despite not having an official season the year prior, and a strong presence of first-years who had joined up through the continued presence of the pick-up game.
Fast forward to the spring of 2022, and Contra starts out the spring season with an encouraging showing at Santa Barbara Invite in late January. The team kept working through the cold winter weather in St. Louis, with a long stretch until their next tournament at Midwest Throwdown in early March. The contingent of sophomore rookies like Seth and Nic are carving out big roles for themselves, and soon almost the entire starting D-line is made up of new players, many of whom came from the pick-up GroupMe.
After a tough 11-10 universe point loss to Colorado College at Midwest Throwdown, the team doubled down even more on their youth movement, moving talented first years Cam Freeman and Joel Brown to the O-line to solidify Contras offensive firepower. They rolled through the competition at Huck Finn on their final day of the regular season and set themselves up for a run through the Series.
Then came Regionals, and the game-to-go, and Freeman finding Stovitz to seal Contras place in history.
Out of the nine sophomores on Contra who were on campus during 2020, all nine of them were regulars at the GroupMe games, and six of them had never played the sport before seeing it by chance one day in the early fall of 2020. Seth, Nic, and a third member of the pickup group Wilson Tryon are the leaders of the D-line, playing large roles all throughout the season. The contributions brought to the team by the underclassman who never got to play college ultimate before this season have been irreplaceable.
Messaging in the pick-up GroupMe has slowed this year with its core members playing on the organized club teams in a return to so-called normalcy. The empty void of time and in-person interaction that led to the groups creation has been filled with the hectic schedules of college students that are balancing regular practices, schoolwork, social gatherings, all while trying to get enough sleep.
Casey, now a member of WUWU, the Wash U womens team, notes some sadness that no one has the time [for pickup] anymore it was pretty special. As Seth describes the bittersweet feeling of living a more normal college life, he also recognizes how those strange days of pickup stay with him. Its legacy is the friendships and the players on our team who learned how to play frisbee on Mudd. Nic joins in, if I could go back, I wouldnt change a thing.
Its unlikely that Contra will ever get to repeat this formula for building the foundation of a Nationals qualifier. Hopefully, theyll never have to. But as we all reckon with the changes forced upon us by the pandemic, how our expectations and dreams have been shattered and diverted, take a little joy from seeing how Contra made a dream come true by picking up the pieces of how they thought things were, and creating something that should be.
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The GroupMe Game: An Unlikely Aid in Washington University's Ascension to Nationals - Ultiworld
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LSU Class of 2022 | Ascension | theadvocate.com – The Advocate
Posted: at 8:25 pm
LSU awarded a record 4,603 degrees at the universitys 307th commencement exercises.
Every degree candidates name was called individually at separate ceremonies for each college held at locations on campus Friday, May 20, and Saturday, May 21.
Starting this spring, graduates received a newly redesigned diploma inspired by the diploma awarded to students in 1899. Graduates received a digital version of their diploma on graduation day, along with a diploma cover. Printed diplomas will be shipped to graduates.
Area graduates include:
Karina Ramirez Rodriguez, Gonzales
Carinne Elizabeth Tyrrell, Prairieville
Tyler Shawn Ward, Prairieville
College of the Coast & Environment
Jeremy J. Thompson, Prairieville
College of Agriculture
Anna Marie des Bordes, Prairieville
Brooke Allen Ducote, Prairieville
Currie Flynn Dudley, Prairieville
Danielle Monique Dugas, Prairieville
Meredith Giles, Prairieville
Blake A. Halbert, Gonzales
Sarah E. Lackey, Prairieville
Robert Paul Lemann III, Donaldsonville
Madison A. Marquette, Donaldsonville
Gwyneth Patrice Miller, Gonzales
Ryan Kenneth Moreau, St. Amant
Janice Ranae Neese, Prairieville
Mitchell Allen Reed, Prairieville
Riley Lauren Regira, Gonzales
Tanner Michael Royer, Prairieville
Maci Ann Schexnayder, Donaldsonville
Julie Jace Svec, Gonzales
Caroline E. Tousinau, Prairieville
Mackenzie L. Toussel, Geismar
College of Art & Design
Nnamdi Anyaele, Prairieville
Brennan James Cathey, Geismar
Rylee Ann Martin, Prairieville
William Stephen Stark, Prairieville
Kaileigh Mckenzie Thomas, Gonzales
Lauren Gianna Thompson, Gonzales
E.J. Ourso College of Business
Christine M. Boudreaux, Prairieville
Lauren Marie Delhaye, St. Amant
Madison Leigh Diez, Gonzales
Noah Benjamin Dollar, Gonzales
Aleshia Renia Fefie, Gonzales
Karina Rose Goldthorp, Prairieville
Joshua Michael Johnson, Prairieville
Paige Kimball Johnson, Prairieville
Hector Fransisco Joya, Geismar
Mallory Baker King, Prairieville
Nicholas Jude LeJeune, Gonzales
Matthew Douglas Maier, Prairieville
Jacob P. Marchand, Gonzales
Conley Andre Menard, Prairieville
Joshua Baden Mitchell, Prairieville
Christopher Michael Nicolay, Prairieville
Austin H. Price, Prairieville
Cambrie K. Reed, Donaldsonville
Gabrielle Robert, Darrow
Landon Paul Simoneaux, Geismar
Hayden Robert Utrera, Gonzales
Israel Ulysses Warr, Donaldsonville
College of Engineering
Nicholas John Anderson, Gonzales
Cade Oneal Babin, St. Amant
Gray Allen Bailey, Prairieville
Garrison Martin Beiriger, Gonzales
Colby Cameron Conish, Gonzales
Griffin Theodore Edwards, St. Amant
Tristan Seattle Evans, Geismar
Victoria Leigh Gautreau, St. Amant
Mason Anthony Gonzales, Gonzales
Jordan Andrew Guidry, Gonzales
Joshua Aaron Guitreau, St. Amant
Jordan Shea Hollier, St. Amant
Matthew Trey Jordan, Prairieville
Adam Emile Kardorff, Prairieville
Ava Elidia Landry, Geismar
Brandon Garrett Lara, Geismar
Theodore Sebastien Lecloirec-Swindell, Prairieville
Brock Daniel Lundin, Prairieville
Khoivu Dinh Nguyen, Prairieville
Cody Stafford Nickel, Prairieville
Joshua Michael Poirrier, Gonzales
Lindsey Rae Sassone, Prairieville
Dean Francis Schexnaydre, Gonzales
Lindsey Helen Settoon, Prairieville
Joshua Paul Severin, St. Amant
Zachary James Sherman, Geismar
Haleigh Lynne Stevens, Geismar
Chirsten Jacintha Concepcion Tolentino, Prairieville
Carlie Noelle Turk, Prairieville
College of Human Sciences & Education
Jocelyn Mari Arce Dudley, Gonzales
Lindsey Claire Boudreaux, Gonzales
Landon Timothy Burns, Prairieville
Ian Jacob D'Antoni, Prairieville
Camryn Nicole Green, Geismar
Tyler Neel Gremillion, Gonzales
Tylar Hadleigh Griffin, Prairieville
Carsyn Ann Guitrau, St. Amant
Kennedy Christin Honore, Gonzales
Kristin Dawn Lambert, Prairieville
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LSU Class of 2022 | Ascension | theadvocate.com - The Advocate
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Restaurant worker on the run after gunfight in parking lot of Ascension business – WBRZ
Posted: at 8:25 pm
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PRAIRIEVILLE - An employee at a restaurant along Airline Highway is on the run from law enforcement after he got into a shootout with another man outside the business.
The Ascension Parish Sheriff's Office said deputies are now searching for James Sims of Baton Rouge. The sheriff's office said Sims got into an argument outside a Freddy's restaurant around 9:40 p.m. Wednesday with an acquaintance of his, 29-year-old Justin Boudreaux of Raceland.
Boudreaux was treated at a hospital for injuries he suffered in the gunfight and later booked into the Ascension Parish Jail on charges of attempted second-degree murder, illegal use of weapons, aggravated assault with a firearm, possession of a firearm by convicted felon, and disturbing the peace.
Deputies are still looking for Sims, who faces charges of attempted second-degree murder, illegal use of a weapon, disturbing the peace, and seven counts of aggravated assault with a firearm.
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Restaurant worker on the run after gunfight in parking lot of Ascension business - WBRZ
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