Big Science Drives Wallops’ Upgrades for NASA Suborbital Missions

Big Science Drives Wallops’ Upgrades for NASA Suborbital Missions

Large amounts of data collected by today’s sensitive science instruments present a data-handling challenge to small rocket and balloon mission computing systems.

“Just generally, science payloads are getting larger and more complex,” said astrophysicist Alan Kogut, of NASA’s Goddard Space Flight Center in Greenbelt, Maryland. “You’re always pushing the limit of what can be done, and getting their data back quickly is clearly a high priority for the balloon science community.”

Suborbital science platforms provide low-cost, quick-turnaround test opportunities to study Earth, our solar system, and the universe. Engineers at NASA’s Wallops Flight Facility in Virginia are developing new, higher-capacity systems to process, store, and transmit that data using the IRAD Internal Research and Development Program.

NASA's new suborbital avionics system: A stack of computer components on a white background - CGI
The CASBa, Comprehensive Avionic System for Balloons, under development at NASA’s Wallops Flight Facility in Wallops Island, Virginia, will occupy about 6 by 8 by 6 inches — about the size of a gallon jug of milk — of payload space while offering higher performance than the existing system. CASBa in this digital rendering includes a computing module, power switching unit, dual antenna GPS system and modem.
Credit: NASA’s Wallops Flight Facility

One high-data effort, Kogut said, requires new types of sensors to capture faint patterns within the cosmic microwave background: the oldest light in the cosmos, which was produced 380,000 years after the big bang, when the universe had cooled enough to form the first atoms.

Capturing the polarization — the orientation of this light relative to its path of travel — should show patterns from the original quantum state of the universe, he explained. If seen, these patterns could point the way to a quantum theory of gravity: something beyond Einstein’s general theory of relativity.

“Observing this polarization takes a lot of data,” Kogut said. “The results are limited by noise in any individual detector, so scientists are looking to fly as many as 10,000 detectors on a balloon to minimize that noise.”

While a high-altitude balloon floating high above the clouds is an ideal place for missions to stare into space without disturbances from Earth’s atmosphere, it’s also a good place to be hit by cosmic rays that our atmosphere filters out, he explained. These high-energy particles spatter throughout the balloon payload’s solid structures, producing unwanted signals — noise — in the detectors.

Faster, Lighter, Less Expensive

The CASBa, Comprehensive Avionic System for Balloons, aims to replace a system originally developed in the 1980s, said Sarah Wright, suborbital technology lead at NASA Wallops. CASBa will capture, process, and transmit gigabytes rather than the megabytes capacity of the current system. Building it around commercially supplied computer cores also keeps mission costs down while reducing mass, Wright added.

A large white box studded with components sits on a table or cart
The current avionics system (left) for operating NASA’s balloon science platforms measures 48 by 30 by 22 inches — about the size of a shopping cart.
NASA’s Wallops Flight Facility

“That is the essence of sounding rocket and balloon science,” she said. “If it’s relatively inexpensive and off-the-shelf, scientists could put more resources into developing the science package.”

CASBa will provide a variety of options and configurations for different mission needs, she said and will work with the core Flight System operating software developed at NASA Goddard.

Once proven on a balloon flight this summer, a sounding rocket version will be tested in 2025. Additional IRAD projects seek to develop more efficient power-switching electronics and higher-data-rate transmission capabilities which, taken together, complete the computing and download capacity overhaul.

Engineer Ted Daisey leads the IRAD effort to integrate a commercially available computer the size of a credit card into their control module.

“We’re building this around a Raspberry Pi Compute Module 4, which is an industrial product intended for embedded systems,” Daisey said, “so it’s going to be very cost-effective for suborbital projects we do here at Wallops.”

Engineer Scott Hesh is developing the power switching unit to complement the Raspberry Pi CM4 computer. He described it as a modular switch that distributes the system’s power supply between up to eight different hardware systems. It uses programmable software “fuses” to protect components from overheating as well as hardware fuses to protect the power switching unit.

“The avionics package takes a little less space and less mass than a current sounding rocket system,” he said. “But it’s a game changer when it comes to implementing avionics and communication. Each module measures approximately 8 by 6 inches, which is much smaller compared to our current balloon systems.”

“This whole 21st century avionics system was designed based on our Wallops philosophy of fast, agile, and cost-effective solutions for our suborbital platforms,” Hesh added.

By Karl B. Hille

NASA’s Goddard Space Flight Center, Greenbelt, Md.

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May 01, 2024

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Asian-American and Native Hawaiian Pacific Islander Heritage Month

Asian-American and Native Hawaiian Pacific Islander Heritage Month

In honor of Asian-American and Native Hawaiian Pacific Islander Heritage Month, we recognize astronauts with Asian roots who have flown to the International Space Station and contributed to its assembly, operations and research activities. Other pioneers preceded them into space. The first person of Asian origin to reach space, Phạm Tuân of Vietnam spent eight days aboard the Salyut-6 space station in 1980 as part of the Soviet Union’s Interkosmos program to fly cosmonauts from friendly socialist countries. The first American of Asian descent in space, Ellison S. Onizuka, flew as a mission specialist aboard space shuttle Discovery’s STS-51C mission in 1985. He tragically lost his life in the January 1986 space shuttle Challenger accident.

Phạm Tuân and Ellison S. Onizuka

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Left: Vietnamese cosmonaut Phạm Tuân. Middle: Official NASA portrait of astronaut Ellison S. Onizuka. Right: Onizuka, far left, in the official STS-51L crew photograph.

In this article, we recognize the American astronauts of Asian, Native Hawaiian, and Pacific Island heritage and astronauts from Asian nations who have flown aboard the space station, contributing to its construction and operation and conducting the world-class research for which the station is well known. The table below lists these individuals who have shared in this remarkable international adventure. Asian-American astronauts from recent selections await their chance to contribute to the success of the space station and to future exploration missions.

Table of Asian and Asian-American astronauts and cosmonauts who have lived and worked aboard the International Space Station.
Table of Asian and Asian-American astronauts and cosmonauts who have lived and worked aboard the International Space Station

Edward T. Lu

NASA astronaut Edward T. “Ed” Lu holds the honor as the first Asian-American to fly to the International Space Station. Already a veteran of STS-84, the sixth shuttle docking mission to the Russian space station Mir, Lu served as a Mission Specialist on STS-106. He and his six crewmates launched on Sep. 8, 2000, with the primary goal of preparing the station for its first long-duration occupants. At the time, the station comprised just three modules – the Zarya Functional Cargo Block, the Unity Node 1, and the Zvezda Service Module. Zvezda, the latest addition to the station, had just arrived two months earlier. At the station, the crew’s duties included unloading a Progress resupply craft of its cargo and transferring logistics from the double Spacehab module in Atlantis’ payload bay. Lu and crewmate Russian cosmonaut Yuri I. Malenchenko conducted a six-hour spacewalk to connect electrical cables between the Zarya and Zvezda modules and to install a boom magnetometer on the outside of Zvezda.

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Left: The International Space Station as it appeared in September 2000. Middle: NASA astronaut Edward T. Lu installs the treadmill in the Zvezda module during the STS-106 space shuttle mission. Right: Lu during the STS-106 spacewalk.

Lu returned to the space station in 2003, this time as Expedition 7 flight engineer, with his STS-106 crewmate Malenchenko as his commander. They launched on April 26 aboard Soyuz TMA2, the first two-person long-duration crew following the Columbia accident. The station had grown significantly since their last visit, with the addition of the Destiny U.S. laboratory module, the Canadarm2 robotic manipulator, the Quest airlock, a pair of large solar arrays, and two truss segments. In tribute to his home state of Hawaii, Lu enjoyed wearing colorful Aloha shirts and used Hawaiian musical instruments called pu’ili sticks for an educational demonstration. Aware of his penchant for the colorful Hawaiian shirts, personnel in the Mission Control Center at NASA’s Johnson Space Center in Houston all wore them to remotely celebrate Lu’s 40th birthday in July. Lu and Malenchenko returned to Earth in October 2003 after spending 185 days in space.

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Far left: The International Space Station as it appeared in 2003. Second from left:  NASA astronaut Edward T. Lu runs on the treadmill he helped to install during STS-106. Second from right: Lu takes Earth photographs from the Zvezda module. Far right: Lu plays the keyboard while wearing one of his signature Aloha shirts.

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Left: NASA astronaut Edward T. Lu, wearing an Aloha shirt, demonstrates the Hawaiian pu’ili musical instruments for an educational activity. Middle: Lu, wearing an Aloha shirt, enjoys a snack. Right: Personnel in the Mission Control Center at NASA’s Johnson Space Center in Houston wear Aloha shirts to celebrate Lu’s birthday.

Leroy Chiao

By the time NASA astronaut Leroy Chiao made his first visit to the space station, he had already flown two space shuttle missions, STS-65 and STS-72. During STS-92, he and his crewmates continued to prepare the station for its first occupants. Launching aboard Discovery on Oct. 11, 2000, they docked with the station two days later and began their assembly tasks. Chiao participated in two of the mission’s four spacewalks with crewmate NASA astronaut William S. McArthur to install the Z1 truss segment, the Space-to-Ground Antenna, Control Moment Gyros, and the third Pressurized Mating Adapter, spending more than 13 hours outside.

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Left: NASA astronaut Leroy Chiao and his STS-92 crewmates in Discovery’s middeck. Middle: Chiao during STS-92’s first spacewalk. Right: The space station as it appeared with the addition of the Z1 truss and high-gain antenna.

For his second visit to the space station, Chiao went to stay, as commander of Expedition 10. He and his crewmate, Russian cosmonaut Salizhan S. Sharipov, originally from Kyrgyzstan, launched aboard Soyuz TMA-5 on Oct. 14, 2004. The two conducted maintenance on the station and performed a pair of spacewalks. Part of Chiao’s research program involved ultrasound studies in microgravity. As a first, he submitted the results of the experiment to a scientific journal from the space station. Chiao and Sharipov landed back on Earth in April 2005 after 193 days in space.

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Left: NASA astronaut Leroy Chiao works on a colloid physics experiment in the Destiny module. Middle: Chiao, right conducts an ultrasound examination on Russian cosmonaut Salizhan S. Sharipov. Right: Holiday season aboard the space station during Expedition 10.

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Left: NASA astronaut Leroy Chiao enjoys a meal aboard the space station. Right: Chiao shortly after landing back on Earth.

Mark L. Polansky

On his first space flight, Mark L. Polansky served as pilot of STS-98, the mission that delivered the U.S. Laboratory Module Destiny to the space station in February 2001. In addition to accommodating research facilities and life support systems, Destiny significantly increased the station’s habitable volume. Atlantis’ astronauts performed three spacewalks to complete the installation of the module, that they jointly dedicated with the Expedition 1 crew, nearing the end of history-making mission.

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Left:  NASA astronaut Mark L. Polansky, front row, left, with his STS-98 crewmates. Middle: The robotic arm lifts the Destiny module from Atlantis’ payload bay. Right: Polansky, back row, left, with his STS-98 crewmates and the Expedition 1 crew in the newly delivered Destiny module.

For his second visit to the space station in December 2006, Polansky served as commander of STS-116, the flight that delivered the P5 truss segment to the orbital laboratory. The first post-Columbia accident crew rotation took place during STS-116, in which NASA astronaut Sunita L. “Suni” Williams replaced European Space Agency (ESA) astronaut Thomas Reiter on the Expedition 14 crew. The STS-116 astronauts conducted four spacewalks to install and connect the P5 truss and to reconfigure the station’s electrical power channels, some of the most complex tasks ever accomplished in space.

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Left: The station’s robotic arm lifts the P5 truss segment out of Discovery’s payload bay. Middle: NASA astronaut Roman L. Polansky, middle row, left, with his STS-116 crewmates and the Expedition 14 crew. Right: Polansky prepares breakfast burritos in Discovery’s middeck.

Polansky once again served as commander for his third and final visit to the space station, STS-127 in July 2009. During this mission, space shuttle Endeavour delivered the Exposed Facility for the Kibo Japanese Experiment Module (JEM-EF), a platform for hosting external payloads. Several members of the crew completed five spacewalks to perform a variety of assembly and maintenance tasks. As part of a crew rotation, NASA astronaut Timothy L. Kopra replaced Japan Aerospace Exploration Agency (JAXA) astronaut Koichi Wakata on the Expedition 20 crew.

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Left: The station’s robotic arm lifts the Japanese Experiment Module’s Exposed Facility from the shuttle’s payload bay. Middle: NASA astronaut Mark L. Polansky, lower left, with his STS-127 crewmates and the Expedition 20 crew. Right: Polansky, right, and Expedition 20 commander Russian cosmonaut Gennadi I. Padalka compare their eyeglasses.

Daniel M. Tani

NASA astronaut Daniel M. Tani completed his first space flight during the STS-108 mission. Launched on Dec. 5, 2001, space shuttle Endeavour carried the Rafaello Multi-Purpose Logistics Module (MPLM) in its payload bay, bringing supplies and scientific equipment to the station. Tani completed a 4-hour spacewalk with fellow NASA astronaut Linda M. Godwin to install insulation blankets on the station’s solar array rotary joints. The mission also completed the handover between the Expedition 3 and 4 crews.

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Left: NASA astronaut Daniel M. Tani waves during his STS-108 spacewalk. Middle: Tani, left, with STS-108 crewmate NASA astronaut Linda M. Godwin inspects stowage bags in the Multi-Purpose Logistics Module. Right: Tani, front row, center, with his STS-108 crewmates and the Expedition 3 and 4 crews.

Next up for Tani involved a long-term visit to the space station, as a member of Expedition 16. He launched as part of the STS-120 crew on Oct. 23, 2007, the flight of Discovery that brought the Harmony Node 2 module to the station. A critical element, Node 2 served as a hub for the addition of the European and Japanese research modules. With Discovery still docked to the station, Tani conducted one spacewalk with fellow NASA astronaut Scott E. Parazynski to disconnect the P6 truss segment from its Z1 location prior to its robotic relocation to the main station truss. After joining the Expedition 16 crew, and having exchanged places with NASA astronaut Clayton C. Anderson, Tani performed five spacewalks with station commander NASA astronaut Peggy A. Whitson to finish the installation of the Harmony module. Swapping places with ESA astronaut Léopold P. Eyharts, Tani returned to Earth in February 2008 during the STS-122 mission of Atlantis, the flight that brought the European Columbus research module to the orbiting laboratory. His efforts helped to greatly enlarge the station’s capabilities. During his two flights, Tani spent 132 days in space and 39 hours on spacewalks.

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Left: NASA astronaut Daniel M. Tani, upper left, with his STS-120 crewmates and the Expedition 16 crew. Middle: Tani during his fourth Expedition 16 spacewalk. Right: Tani works with the SPHERES experiment in the Destiny module.

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Left: Personnel in the Mission Control Center at NASA’s Johnson Space Center in Houston wish astronaut Daniel M. Tani a happy birthday – inset shows a close-up of his golf cart-shaped birthday cake. Middle: Tani, front row at left, with his Expedition 16 crewmates and the STS-122 crew. Right: Tani on Discovery’s flight deck with the space station, including the Node 2 and Columbus modules added during his stay, visible through the window.

Franklin R. Chang-Díaz

During his record-tying seventh trip into space, NASA astronaut Franklin R. Chang-Díaz made his only visit to the space station. The main goals of Endeavour’s STS-111 mission, launched on June 5, 2002, included the exchange of the Expedition 4 and 5 crews and the resupply of the orbiting facility using the Leonardo MPLM. The resupply module’s cargo included two new research facilities. Chang-Díaz completed three spacewalks with crewmate French astronaut Philippe Perrin to install the Mobile Base System portion of the Canadarm2’s remote manipulator system and perform maintenance tasks on the space station.

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Left: NASA astronaut Franklin R. Chang-Díaz, to left of center, with his STS-111 crewmates and the Expedition 4 and 5 crews. Middle: Chang-Díaz during the first STS-111 spacewalk. Right: Chang-Díaz in Endeavour’s middeck following undocking from the orbiting outpost.

Sunita L. Williams

As noted above, NASA astronaut Suni Williams arrived at the space station with STS-116 in December 2006 during one of the busiest and most complex periods of assembly. In addition to the arrival of new truss segments, the astronauts reconfigured the station’s power system. While still a Shuttle crewmember, Williams participated in one of the spacewalks with fellow NASA astronaut Robert L. Curbeam as part of the power reconfiguration. She joined the Expedition 14 crew, replacing ESA astronaut Reiter. With Expedition 14 commander NASA astronaut Michael E. López-Alegría she performed three more spacewalks to complete the activation of the station’s ammonia cooling system. In April 2007, during her transition to the Expedition 15 crew, Williams “ran” the Boston Marathon on the station’s treadmill, wearing number 14000 and finishing in 4 hours 24 minutes. She exchanged places with NASA astronaut Anderson during the STS-117 mission that delivered the S3/S4 truss and a new pair of solar arrays to the station. Williams returned to Earth after 191 days in space, at the time the longest single spaceflight by a woman. The more than 29 hours she spent outside on her four spacewalks also set a record for women.

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Far left: NASA astronaut Sunita L. Williams, upper left, with her STS-116 crewmates and the Expedition 14 crew she was about to join. Middle left: Williams during the third STS-116 spacewalk. Middle right: Williams conducting a session of a Canadian coordination experiment in the Destiny module. Far right: Williams placing blood samples in the space station freezer.

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Far left: NASA astronaut Sunita L. Williams participates in the Boston Marathon. Middle left: Williams during the handover between Expedition 14 and 15. Middle right: Williams with her Expedition 15 crewmates and the STS-117 crew. Far right: The space station from the departing STS-117, showing the significant reconfiguration that occurred during her stay.

For an encore, Williams returned to the orbital laboratory in July 2012 when she launched aboard Soyuz TMA-05M with Russian cosmonaut Malenchenko and JAXA astronaut Akihiko Hoshide. They joined the Expedition 32 crew, aboard the station since May. In September, Williams took over command of the station as its second female commander. In addition to a full complement of research activities, Williams and her crewmates oversaw the arrival of four resupply vehicles including two Progresses, one HTV (H-II Transfer Vehicle), and the first operational mission of Space Exploration Corporation’s (SpaceX) Dragon commercial cargo craft. With Hoshide, Williams performed four spacewalks for a variety of repair and maintenance tasks, extending her record to more than 50 hours across her career 7 spacewalks.  Williams returned to Earth after 127 days in space.

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Far left: NASA astronaut Sunita L. Williams, top row, middle, with her pensive Expedition 32 crewmates. Middle left and middle right: Williams demonstrates two ways to weigh yourself in space, using the Russian massmeter and NASA’s mass measurement device. Far right: “Dinner is served,” by “chef” Williams.

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Left: NASA astronaut Sunita L. Williams, front row, right, with her Expedition 33 crewmates. Middle: A masked and goggled Williams in the newly arrived Japanese HTV-3 cargo resupply vehicle. Right: Williams, right, and Hoshide during their third spacewalk.

NASA assigned Williams along with fellow astronaut Barry “Butch” E. Wilmore to the inaugural crewed mission of Boeing’s Starliner spacecraft. During the Crew Flight Test (CFT), currently planned for May 6 2024, Williams and Wilmore will launch atop an Atlas V rocket and rendezvous and dock with the space station. After a planned 10-day stay aboard the orbital laboratory, they will make a parachute- and airbag-assisted touchdown in the western United States.

NASA astronauts Sunita L. Williams, left, and Barry “Butch” E. Wilmore suited up for a training session in the Boeing Starliner simulator NASA astronauts Barry “Butch” E. Wilmore, left, and Sunita L. Williams arrive at NASA’s Kennedy Space Center in Florida to prepare for their launch
Left: NASA astronauts Sunita L. Williams, left, and Barry “Butch” E. Wilmore suited up for a training session in the Boeing Starliner simulator. Right: Wilmore, left, and Williams arrive at NASA’s Kennedy Space Center in Florida to prepare for their launch.

Kjell N. Lindgren

NASA astronaut Kjell N. Lindgren’s first flight into space began on July 22, 2015, with a launch aboard Soyuz TMA-17M with Russian veteran cosmonaut Oleg D. Kononenko and first-time flyer JAXA astronaut Kimiya Yui. They joined the Expedition 44 crew. Lindgren began a busy research program that among other experiments included the growing of lettuce in the Vegetable Production System, also known as Veggie, apparatus. As a bonus, the scientists allowed the crew members to taste the lettuce, first plain and then with oil and vinegar, prior to freezing the remaining plants for analysis back on Earth. A new crew arrived in September, including Kazakh cosmonaut Aidyn A. Aimbetov making a short visit to the station. Lindgren performed two spacewalks with fellow NASA astronaut Scott J. Kelly, spending 15 hours outside performing upgrades and maintenance on the station. Lindgren returned to Earth in December after spending 142 days in space.

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Far left: NASA astronaut Kjell N. Lindgren taste tests the lettuce grown in the Veggie device. Middle left: Lindgren exercises using the Advanced Resistive Exercise Device equipment. Middle right: Lindgren works with the Combustion Integrated Rack. Far right: Lindgren, front and center, with his Expedition 44 and 45 crewmates.

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Left: NASA astronaut Kjell N. Lindgren takes a selfie during his second spacewalk. Middle: “And for this I went to Medical School and trained to be an astronaut” Lindgren gives Russian cosmonaut Oleg D. Kononenko a haircut. Right: Lindgren and his Expedition 45 crewmates commemorate the 15th anniversary of continuous occupancy aboard the International Space Station.

Lindgren returned to space as the Crew 4 commander aboard the SpaceX Crew Dragon Freedom, launched on April 27, 2022. Lindgren and his crewmates joined the Expedition 67 crew. During his mission, Lindgren conducted hundreds of science experiments in a wide variety of disciplines and the Boeing CST-100 Starliner spacecraft paid a four-day visit to the space station during the uncrewed OFT-2 mission. Lindgren splashed down on Oct. 14, 2022, with fellow Crew 4 astronauts after a 171-day flight.

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Left: NASA astronaut Kjell N. Lindgren, center, and his fellow Crew 4 astronauts arrive at the space station. Right: Lindgren, left, with fellow Expedition 67 crew members work at the scientific airlock in the Japanese Kibo module.

lindgren and exp 67 for watkins birthday may 14 2022 lindgren inside boeing starliner may 24 2022 lindgren lsg jul 26 2022
Left: NASA astronaut Kjell N. Lindgren, second from left, and fellow Expedition 67 crew members celebrate NASA astronaut Jessica A. Watkins’ birthday. Middle: Lindgren inside the Boeing Starliner spacecraft during its uncrewed OFT-2 mission to the space station. Right: Lindgren performs an experiment in the Life Sciences Glovebox.

Hazzaa Al Mansoori

Hazzaa Ali Al Mansoori holds the honor as the first astronaut from the United Arab Emirates (UAE) in space, spending eight days aboard the space station as a visiting crew member in 2019. He launched on Sept. 25 aboard Soyuz MS15. After spending eight days aboard the space station conducting research and cultural activities, Al Mansoori returned to Earth on Oct. 3 aboard Soyuz MS12.

al mansoori with exp 60 crew during handover oct 2 2019 al mansoori melfi oct 2 2019 al mansoori arab brunch sep 29 2019
Left: First astronaut from the United Arab Emirates in space Hazzaa Ali Al Mansoori, second from right, with his fellow Expedition 60 crew members. Middle: Al Mansoori places biological samples into the Minus Eighty-degree Laboratory Freezer for ISS. Right: Al Mansoori, center, in traditional Emirati garb during an Arab-themed brunch with his fellow crew members.

Soichi Noguchi and Akihiko Hoshide

On November 15, 2020, JAXA astronaut Soichi Noguchi became the first non-NASA crew member to fly on a commercial crew spacecraft when he launched aboard the SpaceX Crew Dragon Resilience on the Crew 1 mission to the space station. He also became the first person to have experienced a launch on a space shuttle, a Soyuz, and a Crew Dragon. On April 24, 2021, JAXA astronaut Hoshide arrived at the space station aboard Crew Dragon Endeavour as part of the Crew 2 mission, marking the first time that two JAXA long-duration crew members worked aboard the orbiting laboratory at the same time.

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Left: Crew 1 NASA astronauts Shannon Walker, left, Victor J. Glover, and Michael S. Hopkins, and Japan Aerospace Exploration Agency (JAXA) astronaut Soichi Noguchi leaving crew quarters on their way to the launch pad. Right: JAXA astronauts Akihiko Hoshide, left, and Noguchi aboard the space station.

Raja J. Chari

Selected by NASA as an astronaut in 2017, Raja J. Chari launched as the Crew 3 commander on SpaceX’s Crew Dragon Endurance on Nov. 10, 2021. Chari and his crewmates joined the Expedition 66 crew. During Chari’s stay aboard the space station, the Expedition 66 crew played host to a 12-day spaceflight participant mission with Russian cosmonaut Aleksandr A. Misurkin and Japanese citizens Yusaku Maezawa and Yozo Hirano. Their next visitors included the four crew members of the 17-day Ax-1 first private astronaut mission arriving aboard SpaceX’s Crew Dragon Endeavour. Chari completed two spacewalks, spending nearly 14 hours conducting upgrades and maintenance on the space station. He returned to Earth in May 2022 after a 176-day mission in space.

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Left: NASA astronaut Raja J. Chari, right front, enjoys Thanksgiving dinner with his Expedition 66 crew mates. Middle: Chari works on an experiment in the Life Sciences Glovebox. Right: Chari performs the final harvest of cotton cell cultures as part of the Plant Habitat-05 investigation.

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Left: NASA astronaut Raja J. Chari during the spacewalk to prepare for the installation of a rollout solar array. Right: Chari during the spacewalk to maintain the space station’s heat rejection system.

Sultan AlNeyadi

Sultan Saif AlNeyadi launched on March 2, 2023, as a member of Crew 6 aboard Crew Dragon Endeavour, and when he joined the Expedition 68 crew the next day, he became the first astronaut from the UAE on a long-duration space mission. In addition to conducting a robust research program, on April 28, AlNeyadi completed the first spacewalk by an Emirati astronaut, spending seven hours outside with fellow Expedition 69 crew member NASA astronaut Stephen G. Bowen to prepare the space station for new solar arrays. He returned to Earth after spending 186 days in space.

al neyadi exp 68 mar 2023 al neyadi lsg mar 23 2023 al neyadi eva apr 28 2023
Left: United Arab Emirates astronaut Sultan Saif AlNeyadi, center, and his fellow Expedition 68 crew members. Middle: AlNeyadi conducts an experiment in the Life Sciences Glovebox. Right: AlNeyadi conducts the first spacewalk by an Emirati astronaut.

An earlier version of this article appeared in May 2023.

The journey continues…

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Kelli Mars

May’s Night Sky Notes: Stargazing for Beginners

May’s Night Sky Notes: Stargazing for Beginners

3 min read

May’s Night Sky Notes: Stargazing for Beginners

by Kat Troche of the Astronomical Society of the Pacific

Millions were able to experience the solar eclipse on April 8, 2024, inspiring folks to become amateur astronomers – hooray! Now that you’ve been ‘bitten by the bug’, and you’ve decided to join your local astronomy club, here are some stargazing tips!

The Bortle Scale

Before you can stargaze, you’ll want to find a site with dark skies. It’s helpful learn what your Bortle scale is. But what is the Bortle scale? The Bortle scale is a numeric scale from 1-9, with 1 being darkest and 9 being extremely light polluted; that rates your night sky’s darkness. For example, New York City would be a Bortle 9, whereas Cherry Springs State Park in Pennsylvania is a Bortle 2.

Graphic of the Bortle scale showing different amounts of light pollution
The Bortle scale helps amateur astronomers and stargazers to know how much light pollution is in the sky where they observe.
International Dark Sky Association

Determining the Bortle scale of your night sky will help narrow down what you can expect to see after sunset. Of course, other factors such as weather (clouds namely) will impact seeing conditions, so plan ahead. Find Bortle ratings near you here: www.lightpollutionmap.info

No Equipment? No Problem!

There’s plenty to see with your eyes alone. Get familiar with the night sky by studying star maps in books, or with a planisphere. These are great to begin identifying the overall shapes of constellations, and what is visible during various months.

A map of constellations at night for mid-May 2024 in the Northern Hemisphere
A full view of the northern hemisphere night sky in mid-May.
Stellarium Web

Interactive sky maps, such as Stellarium Web, work well with mobile and desktop browsers, and are also great for learning the constellations in your hemisphere. There are also several astronomy apps on the market today that work with the GPS of your smartphone to give an accurate map of the night sky.

Keep track of Moon phases. Both the interactive sky maps and apps will also let you know when planets and our Moon are out! This is especially important because if you are trying to look for bright deep sky objects, like the Andromeda Galaxy or the Perseus Double Cluster, you want to avoid the Moon as much as possible. Moonlight in a dark sky area will be as bright as a streetlight, so plan accordingly! And if the Moon is out, check out this Skywatcher’s Guide to the Moon: bit.ly/MoonHandout

Put On That Red Light

If you’re looking at your phone, you won’t be able to see as much. Our eyes take approximately 30 minutes to get dark sky adapted, and a bright light can ruin our night vision temporarily. The easiest way to stay dark sky adapted is to avoid any bright lights from car headlights or your smartphone. To avoid this, simply use red lights, such as a red flashlight or headlamp.

The reason: white light constricts the pupils of your eyes, making it hard to see in the dark, whereas red light allows your pupils to stay dilated for longer. Most smartphones come with adaptability shortcuts that allow you to make your screen red, but if you don’t have that feature, use red cellophane on your screen and flashlight.

Up next: why binoculars can sometimes be the best starter telescope, with Night Sky Network’s upcoming mid-month article through NASA’s website!

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How NASA Continues Inspiring Engineer’s Future

How NASA Continues Inspiring Engineer’s Future

Briou Bouregois, a site engineer wearing a maroon striped polo-styled shirt, stands outside infront of the E Test Complex
Briou Bouregois is a mechanical test operations engineer at NASA’s Stennis Space Center near Bay St. Louis, where he enjoys working on a variety of projects to support NASA’s efforts of leading the way in space exploration for humanity.

Work at NASA’s Stennis Space Center near Bay St. Louis, Mississippi, takes one site engineer back to a childhood memory, where a dream of being a member of the NASA team began. Now, Briou Bourgeois is working to launch a career with even bigger aspirations.

A lot of the work we do at NASA Stennis … I think is going to be beneficial to the agency’s focus of establishing the first long-term presence on the Moon

Briou Bouregois

Briou Bouregois

NASA Stennis Mechanical Test Operations Engineer

The Bay St. Louis native recalls childhood watching the Apollo 13 movie with his dad. He became fascinated with the story of how astronauts overcame challenges when NASA attempted the third lunar landing in 1970.

Even as the lunar portion of the mission was aborted due to the rupture of a service module oxygen tank, Bourgeois was fascinated by how everybody on the ground at NASA’s Johnson Space Center in Houston fought through challenges to come up with solutions.

Bourgeois said he did not understand the gravity of the situation he was watching unfold, but he was not short of questions. He wanted to learn more.

“That probably spurred me into wanting to become part of the NASA team but, even more so, to become an astronaut and be sort of the tip of the spear when it comes to space exploration and doing the hard things that allow humanity to further understand the universe and space in general,” Bourgeois said.

Now in his seventh year at NASA Stennis, the Mississippi State University graduate said the wide range of testing capabilities at the south Mississippi site, coupled with working alongside a variety of people “highly specialized in the aerospace operations realm” is what he enjoys most.

He currently works at the versatile E Test Complex, where the mechanical test operations engineer supports research and development testing as NASA collaborates with commercial companies pursuing a future in space.

The Pass Christian, Mississippi, resident is the mechanical operations lead for the Relativity Space thrust chamber assembly test project and the Blue Origin pre-burner project. In those roles, he has written test procedures and developed a thorough knowledge of test operations.

Even as Bourgeois continues adding to his experience, he also has applied to become a NASA astronaut. Thanks, to his work at NASA Stennis, he feels equipped to make the split-second decisions needed during highly critical and hazardous moments. In addition, his NASA Stennis experience has taught him greatly about the importance of teamwork.

“A lot of the work we do at NASA Stennis with propellant transfers, managing cryogenic systems, pneumatic systems, hydraulic systems, and just having the hands-on experience and operational knowledge of those systems, I think is going to be beneficial to the agency’s focus of establishing the first long-term presence on the Moon,” Bourgeois said.

Whether Bourgeois’ future is at NASA Stennis or beyond, the NASA employee looks forward to helping the agency explore the secrets of the universe for the benefit of all.

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LaToya Dean

U.S. Department of State Open House at NASA Headquarters

U.S. Department of State Open House at NASA Headquarters

In an auditorium at NASA Headquarters, NASA Administrator Bill Nelson, standing, listens to a woman who is standing and speaking into a microphone to ask a question during a U.S. Department of State Open House. Attendees of the event fill the four rows of seats visible in the image, and a banner with NASA Artemis Program logo is seen in the background.
NASA Administrator Bill Nelson addresses a Diplomatic Corps during a U.S. Department of State Open House, Monday, April 29, 2024, at the NASA Headquarters Mary W. Jackson Building in Washington.
NASA/Bill Ingalls

This event was part of Space Diplomacy Week, focused on deepening bilateral relationships, specifically how international partnerships are strengthened by space exploration.

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Sarah A. Loff