You Can Now Tour the International Space Station From the Comfort of Your Home – Robb Report

Chances are the coronavirus outbreak has curtailed any ambitious summer vacation plans you may have had. But as far as Google is concerned, that doesnt need to be the case. In fact, the internet giant wants to take you to space.

Google Arts & Culture now offers a full, 360-degree virtual tour of the International Space Station, and its accessible to anyone with internet access. Making use of the companys Street View technology, the tour lets you explore every single nook and cranny of the 21-year-old space station without the decades of hard work and preparation that would normally require.

A look inside the International Space StationGoogle Arts & Culture

While you wont get to experience the feel of floating through the space station, Googles digital exhibition feels like the next best thing. You can travel down any of ISSs long and winding tunnels and look around all of its equipment-packed rooms. You can even check out the crew quarters and see some of the astronauts personal items.

In addition to the tour, Google has also whipped up a fun and educational ISS-themed informational program. Aimed specifically at younger virtual space tourists, the show attempts to illustrates what life on the station is like. It covers everything from what and how the visiting astronauts eat to the effect that zero-gravity takes on their bodies while they orbit the Earth.

Google Arts & Culture

If your virtual trip to the ISS has only managed to stoke your appetite for more space content, Google has you covered. The station tour is just one of several digital exhibitions Arts & Culture has on its Space Exploration page. Other exhibitions of interest include a closer look at the moon landing, a tribute to women who have gone to space, as well as scores of high-definition video content shot from space. Of course, if your virtual traveling interests are more earthbound, theres still plenty of content for you to check out on Arts & Culture, too. The company also has countless virtual tours of tourist attractions, national parks and museums around the world.

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You Can Now Tour the International Space Station From the Comfort of Your Home - Robb Report

They Want to Sell Balloon Rides 19 Miles Up. Havent We Heard This Before? – The New York Times

That is only about one-third of the way to the 62-mile altitude that is often considered the boundary of outer space, but it is still high enough to see that our planet is indeed round. Ms. Poynter said the price for a ride would be more expensive than the $75,000 that World View had planned to charge, probably about $125,000.

The new design is simplified. Instead of trying to steer by finding winds blowing in the desired direction, Space Perspectives balloon will lift off and head in the direction of that days winds. By letting out some of the hydrogen that makes the balloon lighter than air, the craft slowly descends to a splashdown in either the Atlantic Ocean or the Gulf of Mexico.

The craft will have a parachute to allow a safe return if the balloon somehow deflated.

Ms. Poynter said Space Perspective has to obtain enough investment for its initial development work, including an uncrewed test flight in the first quarter of next year. If all goes according to plan, the first flights with passengers might take off around the beginning of 2025, nearly a decade after the target date the founders had set for World View.

In addition to World View, Ms. Poynter and Mr. MacCallum have attempted other ambitious space projects. They worked on the balloon and craft that lifted Alan Eustace, a Google executive, to near the top of the stratosphere for a successful record-setting parachute dive in 2014.

They also collaborated with Dennis Tito, an entrepreneur who is one of the few private citizens to visit the International Space Station, on Inspiration Mars, a private endeavor to launch two people on a flyby of the red planet. That proved out of reach because available rockets were not powerful enough.

We have done a lot of hard things in our day, Mr. MacCallum said, and some have worked out and some of them havent. And, some of them were, Wouldnt it be fantastic? Maybe low probability, but worth giving it a shot like Inspiration Mars.

Ms. Poynter said a marketing study that Space Perspective commissioned found that roughly 2 million people would be interested in their balloon trips, potentially a market worth a quarter of a trillion dollars.

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They Want to Sell Balloon Rides 19 Miles Up. Havent We Heard This Before? - The New York Times

Green glow seen in the atmosphere of Mars, similar to Earth’s from space station – Firstpost

FP TrendingJun 19, 2020 14:29:52 IST

Astronomers have identified a green glow in the Martian atmosphere,not unlike the glow observed by astronauts from the space station when they look towards the Earth.

According to a BBC report, the glow comes from oxygen atoms when they get excited by sunlight. While it has long been predicted to occur on other planets, the Trace Gas Orbiter (TGO), which is a joint European-Russian satellite at Mars, is the first to make the observation outside Earth.

"Youd never plan a mission to go look for this kind of thing. Today, we have to be very clear about the science were going to do before we get to Mars," Dr Manish Patel from UK's Open University said, speaking aboutthe finding."But having got there, we thought, well, lets have a look. And it worked."

Artist's impression of the TGO at Mars. The TGO detects the excited oxygen not with an imaging camera (hence no pretty pictures) but with its Nomad spectrometer package. This instrument sees the oxygen at very particular altitudes. Image: ESA

The study's results, published in the journalNature Astronomy,add that the emissions are a consequence of collisions between atmospheric molecules and charged particles that are racing away from the Sun. On Earth, these interactions are heavily influenced by theplanet's strong magnetic field, which pulls the particles down towards the two magnetic poles.

In a statement by the European Space Agency, lead author Jean-Claude Gerard of the Universite de Liege in Belgium said, One of the brightest emissions seen on Earth stems from night glow. More specifically, from oxygen atoms emitting a particular wavelength of light that has never been seen around another planet.

The statement also points out that this emission has been predicted to exist at Mars for around 40 years.

Astronauts aboard the ISS in 2011 saw a green band of oxygen glow is visible over Earths curve. On the surface, portions of northern Africa are visible, with evening lights shining along the Nile river and its delta. Image: NASA

Jean-Claude and the team were able to spot the emission using NOMAD (Nadir and Occultation for Mars Discovery) and including the ultraviolet and visible spectrometer (UVIS).

Co-author of the study Ann Carine Vandaele, Principal Investigator of NOMAD, said that the study's authors decided to point at the edge of Mars and found emission at an altitude of around 80 kilometres, which also depended on the changing distance between Mars and the Sun.

Understanding the properties of the Mars atmosphere is key towards operating missions to the planet, USA Todayreported.

According to theESA, studying the glow of the planetary atmospheres can provide a host of information about its composition and dynamics,even revealing how energy is deposited in it by both the suns light and solar wind.

Find latest and upcoming tech gadgets online on Tech2 Gadgets. Get technology news, gadgets reviews & ratings. Popular gadgets including laptop, tablet and mobile specifications, features, prices, comparison.

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Green glow seen in the atmosphere of Mars, similar to Earth's from space station - Firstpost

Students chat with the ISS from their homes – Brentsville District High

Antietam Elementary School students talk with the International Space Station through a multipoint telebridge

Antietam Elementary School students talked with Commander Chris Cassidy through Amateur Radio on the International Space Station (ARISS) in the first-ever virtual multipoint telebridge. Six students asked Cassidy questions during the short time frame that was allotted for the event.

Throughout the school year, ARISS assists with connecting schools to the crew aboard the International Space Station (ISS). Normally, at a school site, students would gather in one room to participate. A licensed amateur radio operator would set-up equipment at the school that would connect students to the ISS at a scheduled time. However, this year, with the closure of schools, ARISS found a way to add the element of connecting students virtually from their homes. The solution was building a multipoint telebridge.

Antietam Elementary Gifted Education Teacher Kathy Lamont, who is also a member of the ARISS education and executive committee, volunteered Antietam students to take part in the first multipoint telebridge with the ISS. From their homes, each student dialed into a conference call and logged into ARISS newly created YouTube channel. From his home in Rhode Island, Steve Rys was the master control of the live YouTube feed, which included a graphic depiction tracking the location of the ISS. The channel also served as a way to share informational videos with students about ARISS and the technology used to conduct space chats with the ISS.

John Kludt, based at his home in Atlanta, Georgia, served as the program moderator. Kludt kept tabs on the ISS, shared information and introduced Fred Kemmerer, the radio operator responsible for making contact with the ISS. Kemmerer used his 40-foot antenna at his home in New Hampshire to contact Cassidy aboard the ISS. Rys shared a live video feed of the ISS as it started flying over Canada.

The students and volunteers were excited as the time drew closer to begin contact with the ISS, which would only be in range of Kemmerers radio signal for about 10 minutes.

November Alpha One Sierra Sierra this is Alpha Bravo One Oscar Charlie, any copy? Kemmerer called out. After several attempts, Kemmerer switched from his primary channel, then to his back-up channel and back to his primary channel. Five minutes had past before Kemmerer called his contact at NASA in Huntsville, Alabama. Cassidy was having technical difficulties with the radio on-board the ISS. Determined to have a successful space chat for the Antietam students, Kemmerer continued to call and finally made contact.

Miles, a second-grader, was the first to ask Cassidy a question, What does the sun look like from outer space? He can barely be heard through the teleconference connection. Kemmerer asked Miles to repeat the question and the audio was still hard to understand.

Cassidy, who had a list of the questions, volunteered to answer them. In response to Miles he said, Good question Miles. The sun is the same exact appearance that we see on Earth. Its the same size and the same intensity, although we dont have the protection of the atmosphere, so its very, very bright for us.

Cassidy continues with the next question, which is from Henry, a kindergartner, who asked, How comfortable is it to sleep in space? The astronaut explained that they float inside sleeping bags tied to a wall and once they get use to not having a pillow, its very comfortable.

Kemmerer chimes in asking Cassidy to stand-by, then asks Catherine, a kindergartener, to ask her question. Despite some static, the question can be heard by Cassidy. Two more student questions were heard and answered by Cassidy before the ISS moved out of the range of Kemmerers antenna.

Lamont was excited to provide this opportunity for students.

I love being able to connect students to real activities and real careers. Anything that gets students more aware of their surroundings and shows them that they are a part of the much larger community is key, she shared.

Check out the video to hear Antietam students making history by talking to an astronaut aboard the ISS from their homes. ARISS has also shared the full program on their YouTube channel.

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Students chat with the ISS from their homes - Brentsville District High

Curious Kids: What is the ‘zero gravity’ that people experience in the vomit comet or space flight? – Kiowa County Press

People in a special airplane flight get to float like there is no gravity - just like astronauts.Steven Collicott

Steven Collicott, Purdue University

Curious Kids is a series for children of all ages. If you have a question you'd like an expert to answer, send it to curiouskidsus@theconversation.com.

In the zero-gravity airplanes or vomit comet, why does stuff behave like there is no gravity when it is just falling? - Austin B., 11, Scranton, Pennsylvania

I have flown many times in zero-gravity airplane flights. Each time I still enjoy the feeling of floating free, the ability to fly across the cabin from just one gentle push on the wall, just like astronauts in the International Space Station, and the novelty of rotating your body in whatever direction you choose. The feeling is like the brief sensation on some roller coasters or off of a diving board, but for close to half a minute and without the air rushing past you - it's fun!

People feeling weightlessness without being in spaceflight might seem like a contradiction. But it is possible, and people frequently choose to do this for recreation or for research in an airplane that is flying in the atmosphere, not out in space.

I am a researcher in aerospace engineering and am interested in how to control and use liquids and gases in spaceflight. Examples are liquid rocket propellants in spacecraft or water in life support systems in human spacecraft.

When standing still, you actually experience the force we call gravity when you feel the Earth pull us toward its center. Gravity pulls you down, and the floor pushes up on your feet. If gravity disappeared, you could push off of the floor and float away, never returning to the floor unless you found a ceiling to push off of again. You would appear to float around like someone in a "vomit-comet" airplane flight or an astronaut in the International Space Station.

You may have learned that the space station orbits the Earth because the force of gravity on it is balanced by the sideways force caused by the circular flight path. This force is called centrifugal force, the same that you feel when turning in a car, train, amusement park ride or similar.

Airplanes fly closer to Earth's surface, so gravity is a little stronger for the airplane than the International Space Station. But clearly the force of gravity caused by the Earth exists at the space station and at the vomit-comet, yet astronauts in space station and researchers or tourists in the vomit-comet look like there is no gravity. Why?

I have flown in the vomit-comet flights with science experiments and Purdue University students, and indeed, the experience feels like there is no gravity.

Yet each time I fly, gravity pulls the airplane down to the ground for the landing on the runway. Therefore, we know gravity must be present, and yet people look like and feel like there is no gravity during part of the vomit-comet flight.

These research flights are typically full of qualified researchers who have earned an advanced degree, in my case a Ph.D.

One everyday event might help you understand how apparently gravity is both present and absent at the same time. When you ride in a car that turns to the left, you feel pushed to right. You may even feel pushed against the right-hand side of the car's interior, and the door pushes back on you. Turning in the direction the car is traveling also changes what we call the velocity of the car.

Velocity encompasses both the speed of the car and the direction that it is traveling. Changing the direction feels like sideways gravity to you. Changing the speed, such as a sudden stop, feels like forwards gravity to you. Elevators starting and stopping feel for a moment like there is more or less gravity. These changes in velocity are called accelerations. Acceleration has an amount and direction, just like velocity does, and both are examples of vectors. Another vector is force, and one example is gravity, which pulls us down to the Earth's surface.

You have experienced that acceleration feels the same as gravity does. Suppose you could find a way to create an "anti-gravity" acceleration: that is, an acceleration acting in the right direction and in the right amount to cancel out gravity. Is this possible?

The answer is yes - this is what happens in a vomit-comet flight and in an orbit.

The shape of the vomit-comet flight path is called a parabola. Pilots achieve this by flying upwards at an angle of about 45 degrees and then they level out and dive at about 45 degrees, which creates the acceleration needed to cancel out gravity. The maximum speed for the airplane and how rapidly the airplane can pull up before and after a parabola determine how long this acceleration can last, about 25 seconds.

Gravity pulls down on us, and by accelerating down in just the right way in an aircraft or spacecraft, we can feel like we are in zero gravity. The correct physical term is weightlessness, but zero gravity is a descriptive term that also describes the sensation, so even in the aerospace research world and in NASA, "zero gravity" is the common term used most often by experts.

Flight trajectory for a typical zero-gravity flight maneuver.C-9B Flight Trajectory, NASA Reduced Gravity Research Program

Hello, curious kids! Do you have a question you'd like an expert to answer? Ask an adult to send your question to CuriousKidsUS@theconversation.com. Please tell us your name, age and the city where you live.

And since curiosity has no age limit - adults, let us know what you're wondering, too. We won't be able to answer every question, but we will do our best.

Steven Collicott, Professor of Aeronautics and Astronautics, Purdue University

This article is republished from The Conversation under a Creative Commons license. Read the original article.

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Curious Kids: What is the 'zero gravity' that people experience in the vomit comet or space flight? - Kiowa County Press

The International Space Station is Getting a Toilet Upgrade From NASA – Beebom

For years astronauts living on the US side of the International Space Station (ISS) have been using an outdated toilet in the spacecraft. The waste management system for the US astronauts in the ISS was designed way back in 1990 and hasnt been upgraded since then. Now, the space organization is planning to install a more advanced waste management system called the Universal Waste Management System (UWMS) that will be easier to use by the astronauts.

Now, as the current lavatories on the US side of the space station are pretty inferior, these have quite a few issues. For starters, astronauts find it quite difficult to align themselves on the seat of the current toilets. As a result of this, the lavatories become a place with fecal materials and foul odor.

Another problem with the current toilet is that astronauts cannot find it pretty difficult to use and it also cannot facilitate simultaneous urination and defecation for mixed-gender crews.

So, the latest UWMS developed by NASA aims to eradicate these issues. The new toilet system is reportedly pretty easy to use, has a lower mass, has improved performance, and provides maximum crew comfort.UWMS volumetric mockup with urine storage tanks. | Image: NASA

Apart from fixing these issues, the new toilet system will also use a feature that is used in toilets on the Russian side of the ISS. This feature will reportedly help astronauts to hook themselves to battle microgravity using toe bars instead of thigh bars. This will make the process of anchoring themselves pretty easy for the astronauts.

Now, the new waste management system fixes many issues of the current toilet system. However, if NASA wants to organize longer space missions for the astronauts, like the Artemis Project, then they have to think about a bigger storage facility for the biological wastes of the astronauts.

The space organization is planning to deliver and install the new waste management system by this fall. And the UWMS will remain on the US side of the ISS till the end of the space stations lifetime.

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The International Space Station is Getting a Toilet Upgrade From NASA - Beebom

A Special Guest From Outer Space To Give The Race Command in This Sundays NASCAR Race – Essentially Sports

This Sunday, A special guest from out of this world will give the race command to start the engine. NASA Astronaut Doug Hurley will give the race command in the NASCAR Cup Series race at Talladega.

Doug Hurley was the commander of the historic SpaceX Demo-2 (DM-2) spaceflight. And he became part of history as a member of the first crew on board a private space flight. It is the first manned spacecraft from America after July 2011.

NASCAR celebrates this occasion by inviting him to give the command to fire engines for Sundays GEICO 500 NASCAR Cup Series race at Talladega Superspeedway. Additionally, The GEICO 500 will start at 3 PM EST and Doug will join from the International Space Station.

After that, Fox NASCARs Bob Pockrass reveals in a tweet. He writes, Giving command to start engine Sunday, Astronaut Doug Hurley, who is on board of the International Space Station #nascar @NASCARONFOX

Notably, Joe Gibbs Racing trio of Martin Truex Jr, Denny Hamlin, and Kyle Busch will lead the race. And NASCAR star, Jimmie Johnson will start his last Talladega race in the fourth place.

Dougs appearance in NASCAR will be the first one in recent years. However, the two companies share a long history. In 2010, NASAs famous From Rockets to Race Cars exhibit was part of the NASCAR show. The exhibit primarily focused on all the innovations that are common in racing but have roots in space exploration.

Additionally, In 1994, Apollo 11 astronaut Buzz Aldrin was the Grand Marshal of the Talladega 500. Aldrin is thesecond man to walk on the moon. In the race, he gave a special twist to the common announcement for the drivers to start their engines. He said, Gentlemen, energize your ground craft.

Read More: NASCAR to Host Fans at The Texas Motor Speedway Next Month: Reports

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A Special Guest From Outer Space To Give The Race Command in This Sundays NASCAR Race - Essentially Sports

Amyloid formation in the International Space Station – Space Daily

Amyloids, abnormal fibrillar aggregates of proteins, are associated with various disorders such as Alzheimer's disease. Therefore, an in-depth understanding of the mechanisms of amyloid formation is critical for developing clinical strategies and drugs against these diseases. However, accumulating evidence suggests that amyloid formation processes and the consequent morphology of fibrils can be affected by various environmental factors.

This is an obstacle for the integrative understanding of the mechanisms underlying amyloid formations. As gravity causes convectional perturbations in the microenvironments surrounding amyloid fibrils in solution, it may unavoidably affect the processes of molecular assembling.

To test this possibility, the collaborative research team of Japan, involving Exploratory Research Center on Life and Living Systems (ExCELLS), Institute for Molecular Science (IMS), and National Institute for Physiological Sciences (NIPS) of National Institutes of Natural Sciences, Nagoya City University (NCU), and Japan Aerospace Exploration Agency (JAXA), characterized amyloid formation under microgravity conditions using the International Space Station (ISS).

They compared the fibril formation of Alzheimer's disease-related amyloid B (AB) proteins on the ISS with that on the Earth and found that the process of AB fibrillization significantly slowed down in the microgravity environment.

Furthermore, distinct morphologies of AB fibrils were formed on the ISS. Therefore, the project highlights the utility of the ISS as an ideal experimental environment for investigating the mechanisms of amyloid formation without uncontrollable perturbations caused by gravity, thereby providing fundamental insights into the pathological amyloid formation.

Research paper

Related LinksNational Institutes Of Natural SciencesSpace Tourism, Space Transport and Space Exploration News

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Amyloid formation in the International Space Station - Space Daily

Massive dust plume over the Atlantic seen from space – WTSP.com

ST. PETERSBURG, Fla. Dust from the Sahara Desert in Africa continued its trek across the Atlantic Ocean this weekend, and it just reached Puerto Rico.

It's quite easy to see where it is -- from ground level or even way up into space onboard the International Space Station. NASA astronaut Doug Hurley, who took a trip on a SpaceX rocket earlier this month, tweeted a view of the Saharan dust plume Sunday.

"We flew over this Saharan dust plume today in the west central Atlantic," he said. "Amazing how large an area it covers!"

Back on dry land, Jeffrey Holsman tweeted what's just about a night-and-day view from San Juan, Puerto Rico. Clouds appear to dot the sky in one picture but as the dust moved in, it's a whole different view.

The dust, known as the Saharan Air Layer, helps to inhibit the development of tropical cyclones as it's about 50 percent drier than the typical tropical air mass. It, too, tends to be associated with strong wind shear -- something that can rip up cyclones.

But the dust also can help to set off some great-looking sunsets. With all of the tiny particles hanging in the air, the light refracts more at sunset and will provide a deep red or orange color to the sky, Kearbey said.

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Massive dust plume over the Atlantic seen from space - WTSP.com

Outer space is a sausage fest but that’s set to change – TNW

Only 566 people have ever travelled to space. Sixty-five of them, or about 11.5%, were women.

NASA recently proclaimed it will put the first woman and next man on the Moon by 2024. Despite nearly 60 years of human spaceflight, women are still in the territory of firsts.

The first woman in space was cosmonaut Valentina Vladimirovna Tereshkova, who orbited Earth 48 times from June 16 to 18, 1963.

Her flight became Cold War propaganda to demonstrate the superiority of communism. At the 1963 World Congress of Women, Soviet leader Nikita Khrushchev used Tereshkovas voyage to declare the USSR had achieved equality for women.

Women across the world took heart and dreamed they too might travel to space. Ekaterina Ergardt, a Soviet state farm worker, wrote to Tereshkova:

I am eighty years old. I started to live in the years of the beginning of womens struggle for a life of freedom and equality now the road to space is open for women.

Despite this optimism, it was 19 years before another woman was allowed to venture beyond Earth.

In the United States, women were excluded from space by the restriction that astronauts had to be military test pilots a profession barred to them.

While the first American astronauts known as the Mercury 7 were training in the 1960s, aerospace doctor Randy Lovelace recruited 13 women pilots and put them through the same paces as the male astronauts. The Mercury 13 outperformed the men on many tests, particularly in how they handled isolation.

But NASA wasnt convinced. A congressional hearing was held to investigate whether women should qualify to be astronauts. In her testimony, Mercury 13 astronaut candidate Jerrie Cob said:

I find it a little ridiculous when I read in a newspaper that there is a place called Chimp College in New Mexico where they are training chimpanzees for space flight, one a female named Glenda. I think it would be at least as important to let the women undergo this training for space flight.

She was prepared to take the place of a chimp, if that was the only way to get into space.

Historically, even those like Lovelace who believed women should go to space have seen their role as helping men, acting as a civilizing influence, or providing sex.

In one sense the first women on the Moon were Playboy playmates, in the form of pictures jokingly included in the Apollo 12 astronauts checklists. Their names were Cynthia Myers, Angela Dorian, Reagan Wilson, and Leslie Bianchini. The womens bodies were likened to the lunar landscape: both the object of male conquest.

In popular culture in the 1960s, women were often associated with magic and emotion rather than science and technology.

The sitcom I Dream of Jeannie depicted the relationship between a US astronaut and a magical djinn or genie, imaginatively named Jeannie. NASA was an advisor for the series, which mirrored real space events. Jeannie represented seductive oriental femininity in opposition to the strait-laced, masculine, all-American astronauts.

While Major Tony Nelson was carried into space enclosed in his capsule, Jeannie was imprisoned on Earth in hers. Still image from the opening sequence of I Dream of Jeannie. YouTube

(In the similar sitcom Bewitched, the witch Samantha travelled to the Moon for picnics before she renounced her craft to be a regular housewife.)

The message was clear in popular culture: women needed to stay in the kitchen or the boudoir. These sitcoms are still aired around the world.

By the 1970s, the womens movement had made great strides and NASA had to adapt. The first women were admitted to astronaut training in 1978. Not to be outdone, the USSR rushed more women into its own program.

In 1982 Svetlana Savitskayavisited the Salyut 7 space station, becoming the second woman in space and the first to perform a spacewalk. But she wasnt allowed to forget the nature of womens work: when she arrived, her male colleagues presented her with an apron.

The following year, Sally Ride flew as a mission specialist on the Space Shuttle Challenger, becoming the first US woman in space. The first American woman to spacewalk was Kathryn Sullivan in 1995.

Astronaut Mae Jemison was the first African American woman in space in 1992 as the science mission specialist on the Space Shuttle Endeavour. Here she looks toward Earth from the flight deck. NASA

In the 21st century, there are still barriers to womens equal participation in space. In March 2019 the first all-woman spacewalk was cancelled because there were not enough medium-sized spacesuits. Astronauts Christina Koch and Jessica Meir subsequently accomplished the feat in October 2019.

Discussing the cancellation, NASA administrator Ken Bowersox made clear the ideal astronaut body is still male. He blamed womens smaller average stature, saying they were less able to reach in and do things a little bit more easily.

Is it womens bodies that are the problem, or a space world built for men? What would space technology designed by and for women look like?

There is a massive gender data gap in space. There has been much less research on the effects of microgravity on womens bodies than there has been for men.

However, women in many ways are ideal astronauts. Physical strength and height are not advantages in microgravity.

Women use less food and oxygen, maintain their weight better on restricted diets, and create less waste. In the words of Sally Ride, weightlessness is a great equalizer.

Womens access to space, not just as astronauts but as users and creators of space services like Earth observation and satellite telecommunications, is still far from equal. But there are signs of progress.

One is the Space4Women program run by the United Nations Office of Outer Space Affairs (UNOOSA), which aims to ensure

the benefits of space reach women and girls and that women and girls play an active and equal role in space science, technology, innovation, and exploration.

As UNOOSA director Simonetta di Pippo has noted, 40% of the targets of the UNs sustainable development goals rely on the use of space science and technology.

Scientists shown are Dorothy Vaughan, Katherine Johnson, Mary Jackson and Christine Darden (upper left) and Marie Curie (lower right). UNOOSA

NASAs plan to land a woman on the Moon is another positive sign. On her post-orbit world tour in 1964, Valentina Tereshkova expressed her own desire to go to the Moon, but she never made another spaceflight.

Now aged 83, Dr Tereshkova has had a distinguished career in science and politics and remains a sitting member of the Russian parliament. To see a woman set foot on the lunar surface within her lifetime would truly be a ground-breaking moment.

This article is republished from The ConversationbyAlice Gorman, Associate Professor in Archaeology and Space Studies, Flinders Universityunder a Creative Commons license. Read the original article.

Why is queer representation so important? What's it like being trans in tech? How do I participate virtually? You can find all our Pride 2020 coverage here.

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Outer space is a sausage fest but that's set to change - TNW

Reason transforms team-building with innovative remote escape room experiences – SF Weekly

Its now the end of June. Months since youve seen your team in person or did something fun and exciting together. Sure, virtual team happy hours and Zoom trivia meetups are fun, but there has to be more right? You bet. Here is what prominent Silicon Valley companies, such as Facebook, Salesforce, Google, Dropbox, Twitter, and Square are doing with their teams Reason.

Shifting Trends Successful companies recognize remote team building is an essential part of any distributed organization. In a world where in-person interaction is no longer an assumed aspect of the work environment, virtual interactions must step up and evolve. Reasons approach to remote team building is compelling because its experiences not only act as an alternative for in-person interaction, they also improve a teams ability to problem solve in a remote environment. Reasons immersive games challenge the mind, demand team cooperation, and inspire creativity. They help team members step away from the daily routine, work more cohesively as a unit, and bond with one another.

Lola in Space for Small Teams:

If you have a team of less than 10, check out Lola in Space, the worlds first remote team escape experience from Reason. You and your colleagues are Mission Control for a tourist visiting Space, Lola, who is trapped in the supply module on the International Space Station. Your team will need to dial into the International Space Station via video conference and work through a series of station malfunctions to help Lola plan her escape is your team up to the challenge?

Moonshot for Large Teams

If you have a large team, say anywhere from 10-100 members? Check out Moonshot, the massive remote escape game from Reason that was trending on Product Hunt last month. Incorporating a virtual assistant, remote controllable props, live host over video conference, and puzzles in the real world & the digital world, its the most advanced remote team escape experience in the industry. Players are grouped into teams and must work together in a race against time to launch a successful rescue mission to save an astronaut who is stuck on the Moon.

Looking AheadFounded in 2016 by a husband and wife team in San Francisco, Reasons mission is to humanize our relationship with technology and each other. In an ever-evolving world where teams are becoming more distributed every day, team building is crucial now more than ever. Whether remote or IRL events, expect to experience cutting edge technologies and unique challenges that bring teams closer together.

But what if you fail? We care about every single participants experience, says Lily, Operations Manager from Reason. and we make sure that every person has a great time, every time.

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Reason transforms team-building with innovative remote escape room experiences - SF Weekly

SpaceX is building a floating, superheavy-class spaceport in the Gulf of Mexico – Houston Chronicle

SpaceX is looking to add an offshore rocket launch facility to the infrastructure its building in South Texas, according to company job postings seeking offshore operations engineers and offshore system technicians.

Founded by billionaire Elon Musk, SpaceX has been developing and testing prototypes of its Starship spacecraft planned to take people to the moon, Mars and beyond at a launch site just outside Brownsville.

Now, it appears that Musk wants floating launchpads, too.

SpaceX is building floating, superheavy-class spaceports for Mars, moon & hypersonic travel around Earth, Musk said on Twitter.

On HoustonChronicle.com: SpaceX connects Brownsville to a new world of space enthusiasts

Its the latest announcement in a now six-year adventure for those living in South Texas.

The company announced it would build a launch site for its Falcon 9 and Falcon Heavy rockets near Boca Chica Beach in 2014, but the proposed launch site sat idle for several years.

Construction was delayed by unstable ground that required trucking in 310,000 cubic yards of soil, enough to cover a football field 13 to 14 stories tall, to settle and compress the land. Anomalies during a flight to the International Space Station in 2015 and a launchpad test a year later also forced the company to put Boca Chica on the back burner.

Activity increased gradually and then suddenly. And it wasnt with the originally planned Falcon 9 and Falcon Heavy rockets. SpaceX opted to build and test a 65-foot-tall prototype called the Starhopper.

In April 2019, SpaceX fired its first engine at the Texas launch site. The prototype made a tethered hop that same month. Then came two hover tests in July and August, the latter having the Starhopper lift itself to nearly 500 feet before returning safely to Earth.

Its more recent testing of Starship prototypes has seen a variety of leaks or explosions, the most recent a small rupture on Monday. But Musk keeps pushing forward with a fast-paced cadence of test, fail, fix, test again, fail again and then fix again.

This Starship vehicle is one of three selected by NASA to potentially lower astronauts to the lunar surface in 2024. And this vehicle wont be the first to partner with the agency.

On May 30, a SpaceX Falcon 9 rocket and Crew Dragon capsule launched NASA astronauts Bob Behnken and Doug Hurley toward the International Space Station.

In an interview aired on NASA TV ahead of that launch, NASA Administrator Jim Bridenstine praised SpaceX for its willingness to learn from failures.

SpaceX can do things that NASA historically has not done, Bridenstine said. They test, they fail, they fix, they fly. They test, they fail, they fix, they fly until the point where we are today where not only is SpaceX comfortable but NASA is comfortable.

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SpaceX is building a floating, superheavy-class spaceport in the Gulf of Mexico - Houston Chronicle

Kathy Lueders now has the job of making NASA’s 2024 moon landing happen | TheHill – The Hill

NASAs selection of Kathy Lueders to become the new associate administrator of the Human Exploration and Operations (HEO) Mission Directorate has been met with universal praise. Even former NASA Deputy Administrator Lori Garver, who is on record as wanting to cancel the Artemis return to the moon program, was quite effusive.

Lueders is coming off a highly successful term as program manager of the Commercial Crew program. Commercial Crew achieved a world historic milestone recently with the SpaceX Crew Dragon launch that delivered two NASA astronauts to the International Space Station. The mission was the first crewed spaceflight operated by a private company, placing SpaceX in the same category as NASA, Russia and China as a space power.

Lueders first task will be to exert steady leadership over the HEO directorate, shaken by the train wreck caused by the sudden departure of her predecessor Doug Loverro. Loverro was forced to resign, reportedly because he violated the Procurement Integrity Act by secretly favoring Boeing during the down select for the lunar lander contract. The matter is a subject of an ongoing investigation by the NASA Office of Inspector General.

Lueders, because of her work overseeing Commercial Crew, has a close working knowledge of two of the major players in the Artemis program. Those companies are Boeing, the prime contractor of the Space Launch System heavy lift rocket and SpaceX, one of the firms competing for the lunar lander contract. As Ars Technicas Eric Berger noted, She just spent a decade closely observing how two of NASA's key contractors, Boeing and SpaceX, approach and solve technical problems. She saw who executed, and who did not.

While trying to keep Artemis on track for the planned 2024 moon landing, Lueders has an even bigger problem: convincing Congress to provide enough funding to make that happen. A recent article in Axios suggests that making the 2024 landing would be difficult. Congress is spending a great deal of money on the coronavirus pandemic and may want to cut rather than increase funding for Artemis. On the other hand, it can be argued that fully funding Artemis would aid in the economic recovery from the pandemic.

Lueders stated in a recent teleconference, "We're going to try, right? Sometimes it's the trying that gets us closer to the goal than the not trying." The idea is that the surest way not to make the 2024 date is to not to try.

The upcoming presidential election provides another element of uncertainty. Former Vice President Joe BidenJoe BidenTrump mocked for low attendance at rally Trump makes defiant return to campaign stage amid controversies Trump, Pence scrap planned outdoor speeches at Tulsa rally MORE has not provided any hint of what his space policy will be should he win the election aside from some platitudes. He could choose to keep with the 2024 landing date. He could delay the date of the moon landing but continue Artemis at a slower pace. He could cancel the return to the moon program altogether.

The sort of uncertain future that Artemis faces has bedeviled long term, large scale NASA projects from the very beginning of the space age. The last two return-to-the-moon programs, both started by presidents named George Bush, were unceremoniously cancelled by their Democratic successors. The International Space Station was almost stillborn, except that President Bill ClintonWilliam (Bill) Jefferson ClintonWhere are the leaders lifting America up? Cuomo says he would not accept a Biden Cabinet position if asked Coronavirus Report: The Hill's Steve Clemons interviews Ron Klain MORE restructured it, brought in Russia as a partner and then threw his support behind it.

The 2024 landing date was President TrumpDonald John TrumpTrump mocked for low attendance at rally Trump suggests legislation that would jail people who burn the flag for a year Trump makes defiant return to campaign stage amid controversies MOREs attempt to forestall what happened to the previous return-to-the-moon programs. The theory was that if the first woman and the next man were to walk on the moon, Artemis momentum would be unstoppable. However, the plan depends on Trump winning a second term. Current polling suggests that a Trump victory this November may be difficult at best.

Of course, Biden has a number of documented weaknesses. Trump has a solid core of supporters who will walk across hot coals to vote for him. The president has an enormous campaign war chest. A change of administrations is by no means certain.

Lueders is not a political appointee but a civil service, NASA employee, having served in senior positions under both President Obama and now President Trump. She has a lot of street credit thanks to the success of Commercial Crew that will stand her in good stead for the Artemis program. Will that credibility be enough to save Artemis and land the first Americans on the moon since 1972 just four years hence, no matter who is president? The answer will determine the future of Americas space program and, indeed, of the United States itself.

Mark Whittington, who writes frequently about space and politics, has published a political study of space exploration entitled Why is It So Hard to Go Back to the Moon? as well as The Moon, Mars and Beyond. He blogs at Curmudgeons Corner. He is published in the Wall Street Journal, Forbes, The Hill, USA Today, the LA Times, and the Washington Post, among other venues.

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Kathy Lueders now has the job of making NASA's 2024 moon landing happen | TheHill - The Hill

UAE to become a global hub for outer space affairs – The National

The United Nations will soon open a space affairs office in the UAE, making the nation a global hub for fostering international progress in space-related activities.

The office will be based in Abu Dhabi and will focus on a variety of key areas and address challenges in space, including the growing issue of debris and large constellations of satellites.

The office will also work to ensure countries involved in space activities are achieving the United Nations Sustainable Development Goals.

The UAE Space Agency signed the agreement remotely with the United Nations Office for Outer Space Affairs (Unoosa) on June 10 but the announcement was only made on Monday.

"The UAE Space Agency is pleased to collaborate with Unoosa in the effort to ensure sustainable development in outer space so that all of humanity can continue to benefit from its uses for peaceful purposes and socioeconomic benefit now and in the long term, said Mohammed Al Ahbabi, director-general of the UAE Space Agency.

Scientists and researchers have increasingly voiced their concerns about the growing threat of space debris.

More than 80 countries have launched satellites since 1957 and more than 2,500 are currently operational.

US space agency Nasa calls the low Earth orbit as the space junk yard because of the large amounts of satellite and rocket pieces that have fallen after disintegration. It has said more than 500,000 pieces of man-made debris are currently floating in space.

The problem with too much space debris is that it increases the chance of collision in space, Hassan Al Hariri, chief executive of the Dubai Astronomy Group, told The National.

It doesnt pose an immediate threat to human beings, but it does require a lot of monitoring so that no one is randomly launching satellites. This helps reduce the risk of danger.

Sheikh Mohammed bin Rashid, Vice President and Ruler of Dubai, and Sheikh Hamdan bin Mohammed, Crown Prince of Dubai, witness the installation of the final piece of the Hope Probe which will be launched to Mars in Jul. All photos by Wam

Sheikh Mohammed bin Rashid's image is reflected on the last component of the Hope Probe that contains the signatures of UAE rulers and crown princes.

Sheikh Mohammed bin Rashid was ceremonially handed the last component of the Hope Probe during an event held to mark its installation.

Sheikh Mohammed bin Rashid at the Mohammed bin Rashid Space Centre.

Sheikh Hamdan bin Mohammed bin Rashid at Mohammed bin Rashid Space Centre.

Sheikh Hamdan bin Mohammed bin Rashid looks at the Hope Probe at Mohammed bin Rashid Space Centre.

Hope Probe is a testament to the capabilities of the youth of the UAE. The project, which represents a historic achievement for the nation, also sends a message of hope to youth in the Arab world.

Sheikh Mohammed bin Rashid and Sheikh Hamdan bin Mohammed pose for a photograph with the Emirati Hope Probe team.

The Hope Probe, built at the Mohammed bin Rashid Space Centre in Dubai, is due to be launched into space in July.

Sheikh Mohammed was briefed by the Hope Probe team at the Mohammed bin Rashid Space Centre headquarters about the final technical and logistical preparations and testing procedures ahead of the Hope Probes launch in July.

Project officials explained the roles of the six key sub-teams working on the Hope Probe project.

Project officials explained the roles of the six key sub-teams working on the Hope Probe project.

Project officials explained the roles of the six key sub-teams working on the Hope Probe project.

Sheikh Hamdan bin Mohammed listens on the final preparations for the Hope Probe ahead of its launch to Mars in July.

Sheikh Mohammed bin Rashid and Sheikh Hamdan bin Mohammed are briefed on the final preparations for the Hope Probe ahead of its launch to Mars in July.

Last year, Indias space agency was criticised by Nasa after purposely destroying its own satellite during a test, causing enough space debris that could have posed a risk to the International Space Station.

In May, the core of Chinas Long March 5B rocket, weighing nearly 18 tonnes, crashed in the Atlantic Ocean becoming the largest piece of space debris to fall back to Earth since 1991.

Last year, UAEs space agency launched the UAE Meteor Monitoring Network to keep track of any space debris falling into the country.

This issue will be among the priorities for the Unoosa office.

"Through this agreement, Unoosa and the UAE take a big step towards establishing a new international hub for space sustainability," said Simonetta Di Pippo, director of Unoosa.

"With space technology accelerating sustainable development around the world and global investment in the space environment increasing, now is the time to strengthen global dialogue on space sustainability issues.

"Governments, private sector and academias support and investment in space activities needs to be reinforced more than ever.

"This office will further highlight the UAEs role in developing policies and programmes in the space sector. And, with its steadfast commitment to the Sustainable Development Goals and significant achievements in the space sector, the UAE is the perfect partner for this ambitious plan.

The collaboration between the agency and Unoosa aims to create dialogue, research and trend-analysis, as well as reinforce best practices in terms of maintaining a sustainable space environment.

Updated: June 16, 2020 10:47 PM

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UAE to become a global hub for outer space affairs - The National

BAND-IT Ties excel in the latest SpaceX Falcon 9 voyage – Cape Business News

We are thrilled to announce that our hero brand, BAND-IT, contributed towards the triumphant launch of the recent SpaceX Falcon 9 rocket to the International Space Station on 30 May 2020. BAND-IT ties were used to provide Electromagnetic Interference (EMI) shielding on cables for the International Space Station and its supply rockets and crew capsules.

BAND-IT EMI cable ties have been designed and manufactured to excel in mission-critical applications, such as MIL/AERO EMI/RFI, for the past 30 years. Aerospace, Aviation and Military, for example, take every precaution to ensure that EMI does not interfere with operations. Our robust range of EMI termination ties is the industry standard in wire-harness shielding.

The recent SpaceX Falcon 9 voyage made use of BAND-ITs 317L (Low Carbon) stainless steel cable ties. This alloy has superior corrosion resistance and is typically used to wrap bleach drums in the pulp and paper mills. The L indicates a low carbon content, which significantly improves its welding characteristics.

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BAND-IT Ties excel in the latest SpaceX Falcon 9 voyage - Cape Business News

Lockdown tips: Back pain while working from home? How to fix bad posture, as taught to astronauts – Scroll.in

Lockdown could be bad for you back. Thanks to measures to tackle the coronavirus pandemic, many of us are now working from home. This means you might not be moving around as much, and your home desk setup (and the posture you adopt while working) might not be as good as it should be. These are all things that can lead to back pain.

Common poor desk posture is actually very similar to the posture astronauts adopt during spaceflight in zero-gravity. Usually this is a forward leaning posture with a forward head position and the loss of normal spinal curves. Being in space also has similar effects to staying in bed all day.

At the Aerospace Medicine and Rehabilitation Laboratory at Northumbria University, our team of researchers look into ways of keeping the spine healthy in astronauts during space missions. But this research can also be used to help those of us on Earth keep our spines healthy when working from home.

At a very basic level, the spine is a stack of 33 bones called vertebrae. In between the vertebrae are thick jelly-like discs that provide space for the bones to move across the whole spine when we rotate or bend.

Alongside the vertebrae are many small and large muscles that either help stabilise the spine or help it generate movement. All these muscles are in a complex conversation with the brain in order to work together and maintain your upright posture and stability when sitting and moving. When even one of these vertebrae, discs or muscles becomes irritated, it can lead to back pain.

When you lean forward a lot you stop using the small postural muscles that control the spines normal curve. Over time, they become smaller, weaker, and dont activate properly when needed. So if youre working at home, you might find our our advice to astronauts helpful.

1. Move. Try to take a few moments to move around every one to two hours during the work day. For your spine this means gently rotating, leaning forwards, backwards and sideways. Avoid extreme ranges, and dont use weights or resistance to do this. Think of it like oiling the joints and moving that oil around by gently moving them.

2. Sort out your setup. While on the International Space Station, astronauts float rather than sitting. So theyre encouraged to keep a normal, upright position as much as possible, as well as exercising to maintain back strength. To keep good posture on Earth, making sure you set up your desk, chair and home office equipment correctly is key.

Ensure your screen is directly in front of you, with the middle of your screen at eye level. Be sure to sit back in a good chair that is upright and not reclined. Have your keyboard level, right in front of you, with your elbows by your side and at 90 degrees, ideally with wrists supported too. Make sure your feet are also flat on the floor in front of you.

3. Aim for a neutral upright posture. Try to avoid leaning forwards. Maybe even get someone to check your posture from the side. If you look hunched over, are leaning forwards, or craning your neck back to see your screen, then you have a high chance of developing spinal pain. You can reset to good posture by:

4. Exercise. If, like our astronauts, you have some weak spinal stability muscles from poor posture or not enough exercise from lockdown (or in their case, spaceflight) some spinal exercises might help. Things like beginner level pilates exercises can help strengthen your spine.

But remember to gently suck in your belly button towards your spine (to about 30-40% of your max power but not 100%) during your exercise as this can help engage the right muscles. Remember to move around every hour or two. At the end of the day, a walk may also help minimise back pain and build strength.

Of course, being in gravity is ultimately different to floating in space. If you find your spinal problems arent improving, seeing a physiotherapist may be useful to getting specific exercises tailored to you.

Andrew Winnard is Lead for the Aerospace Medicine Systematic Review Group and Lecturer at Northumbria University, Newcastle. Nick Caplan is Professor of Aerospace Medicine and Rehabilitation at Northumbria University, Newcastle.

This article was first published on The Conversation.

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Lockdown tips: Back pain while working from home? How to fix bad posture, as taught to astronauts - Scroll.in

International Space Station to Pass Over DFW Again Friday and Saturday – NBC 5 Dallas-Fort Worth

The International Space Station will be visible several times over the next few days as it passes over North Texas.

If you've never seen the ISS pass overhead, it looks a lot like a star but is moving incredibly fast -- about 17,150 mph (or about 5 miles per second). In low Earth orbit, at an altitude of 254 miles (1.3 million feet), it only takes the ISS 92 minutes to make a trip around the planet.

The ISS is generally visible within a few hours after dusk or before dawn, when the sunlight is able to be reflected off the space station and back to Earth.

Connecting you with your forecast and all the things that make North Texas weather unique.

So where do you look? It'll be visible Friday evening at 8:54 p.m. for about three minutes and again at 10:29 p.m. for about one minute. Friday's first pass will be 43 degrees off the horizon entering from the northeast to the southeast, but the second pass will be low at 12 degrees.

Saturday evening it will be visible for four minutes at 9:41 p.m., moving from the west to the south about 23 degrees off the horizon.

On Sunday, the ISS will be visible for three minutes beginning at about 8:55 p.m. at about 44 degrees off the horizon. The space station will be moving from the southwest to the southeast.

The last chance this week will be on Tuesday, June 9, at 8:56 p.m. for one minute. That trip will be low on the horizon at 12 degrees headed from the southwest to the southeast.

Since clock times vary, and when the ISS enters your field of view will vary depending on where you are in DFW, it's a good idea to go outside a few minutes before the expected arrival and to keep your eyes on the skies.

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International Space Station to Pass Over DFW Again Friday and Saturday - NBC 5 Dallas-Fort Worth

One More Chance to See the International Space Station! – WDRB

It has been almost one week sinceRobert BehnkenandDouglas Hurleylaunched into space! There are now 5 people on board the International Space Station. If you have never taken the opportunity to look for the ISS - it is really cool. And just think, you are watching something that is 230 miles above you, flying 5 miles per second! We have had some decent sightings of the ISS lately, but tonight will be the last chance to see it until at least June 16th.

The ISS will be visible once tonight at 9:53 pm for 4 minutes. The max height is not very high, at 25 degrees above the horizon, so it will be in the lower half of the sky.

It will appear at 9:53 pm in the western part of the sky at 17 degrees and move toward the south. It will set below the horizon in the southern part of the sky at 10 degrees above the horizon.

We have a chance for a few stray storms today, but that chance will be fading by this evening. Otherwise, it will be partly cloudy, warm and muggy!

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One More Chance to See the International Space Station! - WDRB

NASA will send another UC San Diego grad to the space station – The San Diego Union-Tribune

NASA said Wednesday it will send astronaut Kate Rubins back to the International Space Station this fall, making her the second UC San Diego graduate to serve aboard the orbiting outpost this year.

The 41-year-old Rubins spent 115 days on space station in 2016, during a mission in which she became the first person to sequence DNA in space. She was focusing on her specialty; Rubins earned a bachelors degree in microbiology at UCSD in 1999.

Rubins is now scheduled to fly back to the space station on Oct. 14 aboard a Soyuz spacecraft that will launch from the Baikonur Cosmodrome in Kazakhstan.

On Saturday, NASA sent astronauts to space station for the first time aboard the Falcon 9 rocket and Dragon spacecraft developed by SpaceX. It was the final flight test of Dragon. NASA will phase in the rocket-spacecraft for upcoming missions into space.

Rubins will conduct research using the Cold Atom Lab to study the use of laser-cooled atoms for future quantum sensors, and will work on a cardiovascular experiment that builds on an investigation she completed during her previous mission, NASA said in a statement.

The news about her new appointment comes five weeks after Jessica Meir returned to Earth after spending about seven months on the station. Meir earned a doctorate in marine biology at UCSDs Scripps Institution of Oceanography in 2009.

During the mission, Meir was part of the first all-female team of spacewalkers. Meir, 42, also appeared in station-to-ground telecasts in which she told people who were sheltering-in-place from the novel coronavirus how to deal with isolation.

Both women are New Englanders. Meir was born in Caribou, Maine. Rubins was born in Farmington, Conn.

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UC San Diego hires two star brain scientists who will bring at least $20 million in grant money to campus

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NASA will send another UC San Diego grad to the space station - The San Diego Union-Tribune

Space Station Flyover Tonight – FOX Carolina

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Space Station Flyover Tonight - FOX Carolina