NASA Technology

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NASA Technology

@NASA_Technology

Technology drives exploration to the Moon, Mars & beyond. We’re building transformative tech for future missions and providing solutions on Earth and in space.

自己紹介を翻訳

Washington, DCnasa.gov/space-technolo…2010年6月からTwitterを利用しています

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NASA Technologyさんのポスト

NASA Technology

@NASA_Technology

2019年7月5日

Snapping the perfect #4thofJuly firework

photo? The image sensor enabling your cell phone

camera evolved from one created to take pics of distant galaxies, astronomical events & scientific breakthroughs. See more

@NASAspinoff

technologies in your life: go.nasa.gov/2YuOEah

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NASA Technology

@NASA_Technology

2019年7月15日

Going to the Moon was hard—but the benefits were huge. The massive, 400,000-person effort that put astronauts on the Moon 50 years ago led to new innovations that spread into public life. Here are just a few of the Apollo technologies still in use today: go.nasa.gov/32xpZEH

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NASA Technology

@NASA_Technology

2021年10月6日

For #WorldSpaceWeek we are celebrating #WomenInSpace! 👩🏼‍🚀

Inspired by real

@NASA_Astronauts

, our new graphic novel follows Callie Rodriguez, from her childhood dreams of space travel to becoming the "First Woman" on the Moon. More about her story: go.nasa.gov/3a35nJn

First Woman" tells the tale of Callie Rodriguez, the first woman to explore the Moon. While Callie is a fictional character, the first female astronaut and person of color will soon set foot on the Moon – a historic milestone and part of upcoming NASA Artemis missions.

Issue No. 1: Dream to Reality follows Callie's trailblazing path as she and her robot sidekick, RT, overcome setbacks, disappointment, and tragedy along the way. From her childhood dreams of space travel to being selected as an astronaut candidate, Callie takes us on her journey to the Moon.

Through a series of graphic novels and interactive digital platforms "First Woman" aims to capture our attention and unite the next generation of explorers who will return to the Moon.

Available now: https://go.nasa.gov/3Bcw9ee

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Congratulations to

on another successful #NewShepard mission, completing the first integrated test of our precision landing technologies. Our engineers look forward to analyzing the data and preparing for the next flight! Rewatch the launch: youtu.be/O97dPDkUGg4

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NASA Technology

@NASA_Technology

2022年11月10日

#LOFTID is estimated to be at about 78 miles in altitude, the point the team considers the start of atmospheric re-entry. The spacecraft has begun its rapid descent through Earth's atmosphere as it heads for a splashdown in the Pacific Ocean.

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NASA Technology

@NASA_Technology

2021年4月18日

Excited for the first flight of our

#MarsHelicopter? Learn more about the trailblazing technologies aboard the

@NASAPersevere

rover and how testing new capabilities in space is helping us learn for future missions: go.nasa.gov/32bnzw8

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NASA Technology

@NASA_Technology

2020年11月28日

For Small Business Saturday we want to tell you about an opportunity for your #smallbiz to work with

@NASA

on your space technology innovations. Read the thread to see how small businesses contribute to our missions and the lives of people everywhere.

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NASA Technology

@NASA_Technology

2021年4月21日

In yet another first,

@NASAPersevere

has extracted oxygen from the Martian atmosphere – a critical step toward future human exploration. An instrument on the rover called MOXIE is working, converting carbon dioxide into oxygen: go.nasa.gov/3emeOFp

Technicians at NASA's Jet Propulsion Laboratory lower the Mars Oxygen In-Situ Resource Utilization Experiment (MOXIE) instrument into the belly of the Perseverance rover.
Credits: NASA/JPL-Caltech

NASA JPLさんと他1人

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NASA Technology

@NASA_Technology

2019年5月11日

.@AFSpace is teaming up with

@SpaceX

to launch a Falcon Heavy rocket in June that will carry 20+ satellites to space. Apply to come behind the scenes of

@NASAKennedy

in FL to meet experts, learn about our technologies on board & see liftoff!

Details: nasa.gov/social/spacex-

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NASA Technology

@NASA_Technology

2019年4月10日

Rather than using chemical energy to heat propellant and create thrust for rockets, Mike Houts at

@NASA_Marshall

works on nuclear thermal propulsion systems as a way to explore the solar system more efficiently. More about this game changing technology: go.nasa.gov/2KnehY5

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NASA Technology

@NASA_Technology

2021年11月3日

In 2022, an ice-mining experiment will arrive on an

@Int_Machines

lander at the lunar South Pole, along with a

@nokia

communications network and a hopper robot. Learn about the landing site – where we'll begin finding and extracting resources on the Moon: go.nasa.gov/3CP0MY4

Illustration of Intuitive Machines’ Nova-C lander with a depiction of NASA’s Polar Resources Ice-Mining Experiment-1 (PRIME-1) attached to the spacecraft on the surface of the Moon.
Credits: Intuitive Machines

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NASA Technology

@NASA_Technology

2022年6月26日

LAUNCH UPDATE: We're standing down from the June 27 launch attempt for #CAPSTONE to allow

@RocketLab

to perform final systems checks. Teams are evaluating weather and other factors to determine the date of the next launch attempt. Details: go.nasa.gov/3u4zdHB

A technician in clean room gear works on the solar panels for the CAPSTONE spacecraft, a small satellite about the size of a microwave oven.

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NASA Technology

@NASA_Technology

2020年11月9日

We selected 17 U.S. companies for 20 partnerships to mature industry-developed space technologies for the Moon and beyond! These companies will work with NASA centers across the country to accelerate emerging commercial capabilities for future missions: go.nasa.gov/35cxYdv

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NASA Technology

@NASA_Technology

2019年5月7日

Meet Kalind Carpenter, a robotics engineer at

@NASAJPL

, who employs his background in gymnastics to make robots that move in novel ways. Kalind helps scientists get their tools where they need to go, like with the Pop-Up Flat Folding Explorer Robot: go.nasa.gov/2ng6zj6

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NASA Technology

@NASA_Technology

2022年3月4日

We just announced the newest batch of futuristic space tech concepts that could one day become reality! These sci-fi-sounding ideas could be the beginning of future

, or

missions. Learn more: go.nasa.gov/3hiYYxc

Graphic depiction of Zac Manchester of Carnegie Mellon University's NASA Innovative Advanced Concept Phase II study on Kilometer-Scale Space Structures from a Single Launch
Credits: Zac Manchester

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NASA Technology

@NASA_Technology

2022年11月10日

Over the past few minutes, the #LOFTID re-entry vehicle should've experienced peak heating – temperatures reaching as high as 3,000 degrees Fahrenheit – and endured maximum pressure load. The countdown to splashdown begins!

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NASA Technology

@NASA_Technology

2021年5月5日

The government is getting America's small businesses back on track! We invest millions of dollars in them each year and in turn, companies across the U.S. develop innovations to empower our space missions. We asked what working with NASA has meant to them: go.nasa.gov/3eQGsL6

NASA Astronaut Christina Koch activates Techshot’s BioFabrication Facility on the International Space Station.
Credits: NASA

Christina H Koch

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NASA Technology

@NASA_Technology

2020年3月29日

Women at NASA make history every day. In honor of #WomensHistoryMonth meet a few of these women who are contributing to the technologies that make exploration possible while inspiring the next generation. To learn more about

@WomenNASA

, visit: nasa.gov/women.

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NASA Technology

@NASA_Technology

2020年11月6日

The technologies we're developing for #Artemis – to help our astronauts explore more of the lunar surface than ever before – won't fit in one picture. Check out our #NASAMoonKit, showing some of the new innovations we're building and testing for the Moon: go.nasa.gov/38fJBCo

The Space Technology Mission Directorate is building and testing critical, transformative technologies to make the Artemis missions to the Moon possible, all with an eye on how we can further what we learn and charge onward to Mars and beyond. NASA scientists, engineers, and technologists are working with universities and companies across the nation to build the hardware and advance the capabilities we need to land astronauts and equipment on the Moon, live and work on the lunar surface, and safely return to Earth.

Although our #NASAMoonKit won’t fit into one picture, these are just a few of the innovations to help humans explore more of the lunar surface than ever before.

NASA Amesさんと他8人

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Jennifer Inman at

takes pictures of spacecraft from planes to study atmospheric re-entry. She is a physicist who believes that the world only gets more profound as you start to look at the fundamental forces and particles all around us. More: asomb.larc.nasa.gov/index.htm

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NASA Technology

@NASA_Technology

2020年8月27日

Technology developed to get us where we want to go in space has also improved transportation on Earth. Future collaborations with the auto industry and car manufacturers could change how we travel. Here are 5 auto innovations driven by space exploration: go.nasa.gov/3hvjZ6h

Astronaut Andrew Feustel watched cars on the Daytona International Speedway in 2008.

A.J. (Drew) Feustelさんと他1人

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NASA Technology

@NASA_Technology

2023年6月5日

We're investing $45 million in 200+ American small businesses and research institutions to develop new technologies designed to protect the health of astronauts, lower the risks posed by orbital debris, and more in support of future missions: go.nasa.gov/3MLlWwe

A nighttime view of Earth with aurora and scattered city lights as seen from the International Space Station. A part of the station's solar arrays can be seen in the top left corner of the image.

SBAさんと他1人

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LIVE 11 a.m. ET: NASA Senior Advisor

@blal

will provide the keynote

@NASAArtemis

update at the Lunar Surface Innovation Consortium Spring Meeting. Tune in to hear about the latest collaborations to advance cutting-edge lunar exploration capabilities: go.nasa.gov/2PDOLRR

The LSIC Spring Meeting will be held virtually on May 11-12, 2021. The meeting will feature a keynote address from the Acting NASA Senior Advisor for Budget and Finance, Dr. Bhavya Lal, and will include updates from NASA, networking opportunities, and contributed technical content from the community (the abstract deadline has passed).

Johns Hopkins APL

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NASA Technology

@NASA_Technology

2021年1月22日

Two CubeSat missions – one to develop the next generation of communication & navigation tech and one to demonstrate a new water-based propulsion system – will launch and deploy to low-Earth orbit aboard SpaceX's Falcon 9

on Jan. 23. About the SmallSats: go.nasa.gov/3bZNehG

引用

SpaceX

@SpaceX

2021年1月22日

Falcon 9 and 143 spacecraft are vertical on pad 40 ahead of tomorrow’s launch of the Transporter-1 mission, the first dedicated SmallSat Rideshare Program mission; SpaceX's 42-minute launch window opens at 9:40 a.m. and weather is 60% favorable → spacex.com/launches

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