A SpaceX Dragon spacecraft carrying more than 5,800 pounds of science experiments, supplies, and other supplies is on its way to the International Space Station after it lifted off at 8:44 p.m. EDT (5:44 p.m. PDT) Thursday from NASA’s Kennedy Space Center in Florida.
Kumbon launched a Falcon 9 rocket from Launch Pad 39A at Kennedy Space Center for NASA’s 25th space shuttle mission. It is scheduled to dock directly with the space station at approximately 11:20 a.m. EDT on Saturday, July 16, and remain there for about a month. Coverage of the arrival will begin at 10 a.m. EDT on NASA Television, the agency’s website, and the NASA app.
Among the science experiments that Dragon delivers to the space station are:
The Earth’s Dust Mineral Survey (EMIT), developed by NASA’s Jet Propulsion Laboratory in Southern California, uses NASA’s imaging technology to measure the mineral content of dust in the Earth’s dusty regions. Mining dust blown into the air can travel great distances and affect the Earth’s climate, climate, vegetation, and more. For example, dust containing dark minerals that absorb sunlight can heat up a space, while light colored mineral dust can cool it down. Dust pollution also affects air quality, land surface conditions such as the rate of snowmelt, and the health of phytoplankton in the ocean. The survey will collect images for a year to create maps of the mineral composition of dust-producing regions around the world. Such a map could improve our understanding of the impact of mine dust on human populations now and in the future.
Aging is associated with changes in the immune response known as immunosenescence. Microgravity causes changes in human immune systems that are similar to this condition but occur faster than the actual aging process in the world. Immunosenescence research, sponsored by the U.S. Space Agency, uses computers to study how microbes affect immune function during flight and whether germs return after flight. Tissue brains are small devices that carry human cells in a 3D system, allowing scientists to test how these cells respond to stress, medications, and genetic changes.
Globally, complex communities of micro-organisms carry out vital functions in the soil, including carbon cycles and other nutrients and support plant growth. Dynamics of Microbiomes in Space, sponsored by NASA’s Division of Biological and Physical Sciences, examines how microgravity affects life interactions in micro-organisms. This study focuses on the micro-organisms that destroy chitin, the natural carbon polymer on Earth.
Study of the environment of Secondary Students
BeaverCube is an educational mission that will teach high school space science students by designing CubeSat. BeaverCube will host two viewers and infrared photographers to measure the properties of clouds, oceans, and oceans to analyze the Earth’s climate and weather patterns. It will also show the application to use the technology along with feature memory through in-orbit adjustment strategy.
Cellular technology is the platform for the production of protein without the special mechanisms of living cells that require normalization. Genes in Space-9, sponsored by the National Lab, show free protein production in microgravity and evaluate two non-biological factors that can detect specific target molecules. This technology can provide simple, portable, and low-cost equipment for medical diagnosis, on demand for medicines and vaccines, and environmental stewardship on future space projects.
Biopolymer research for In-Situ Capabilities looks at how microgravity affects the production of concrete substitutes made with organic materials and materials, such as moon or Martian dust, known as biopolymer earth compounds. Utilizing the resources available at the construction site allows for increased shielding.
These are just a few of the hundreds of research currently being conducted in the navigation labs in the fields of biology and biology, physiology, and earth and space science. Advances in these areas will help astronauts stay healthy during long-distance space travel and demonstrate skills for future human and human exploration beyond the Earth’s orbit to the moon and Mars through the program Artemis and NASA.
Learn more about NASA’s SpaceX project at:
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Comment Elon Musk à changer le monde ?
SpaceX. Ainsi, Elon sepprocha des personnes les plus qualifiés to discretion of his successful comments: voyager dans l’espace da changer le monde. Most of the time, the objectives of the enterprises that the cottages do not have in the course of the season. To see also : Queer Arts Space cancels Documenta programming after harassment incidents. Consider SpaceX and embaucha and staff.
Comment on Elon Musk’s business? Tesla. Defensive story: Tesla (business). Elon Musk is more of a great public figure for the role he played in his Tesla. It was introduced in the capital city of the city in 2004, in front of the contingent and in the fall of October 2008, the date of its arrival as president.
Comment vie Elon Musk ?
Fils d’énieur et d’une nutritionist, Elon Musk was born on June 28, 1971 in Pretoria da South Africa. Après da saki de ses iyaye, it is elevé by son père. Féru de lacca, l’adolescent s’intéresse à tous les sujets de la philosophie à la science-fiction en passant pa la programmation de jeux vidéos.
Comment Elon Musk influence le monde ?
If Tesla’s action, the fortune of Elon Musk and his fortune, Elon Musk’s amassée principalement grâce à Tesla. The biggest success for industry and investors, generating a profit of 5. On the same subject : Crew Works Biomedical Science and Hologram, Robotics Tech.5 billion dollars in 2021.
Comment réussir comme Elon Musk ?
See more of 7 Elon Musk’s Consultations to discover the richest and richest: See the article : Undergraduate Scholarships Working to Diversify Quantum Science.
- Vivre ses rêves et ne jamais abandonner;
- Ignore critiques and respect for others;
- Croire in soi et voir plus grand;
- Sortir de sa zone de confort;
- Developer an alternative;
Who owns the Moon?
The short answer is, no one owns the Moon. This is due to a section of international law. The 1967 space agreement, introduced by the United Nations, states that space does not belong to another country.
How many acres a month? Over the years, Hope has made sales reps to the moon and other parts of the space; estimated at nearly $ 12 million so far. The monthly acres cost $ 24.99. The entire Pluto travels over $ 250,000 â € maia good deal, but a difficult journey.
Who are the owners of the Moon?
The space treaty means that – no matter who hoists the country’s flags on the surface of the moon – no nation can ‘own’ the moon.
Who purchased the land on the Moon?
Suman Debnath claims that he bought the land from Lunar International. (Correspondent photo) A teacher from Tripura claims to have given himself one acre of lunar land on Valentine’s Day.
Does anyone legally own the Moon?
“The rest of the outer space, including the moon and other parts of the outer space, cannot be divided by the country by claiming sovereignty, by use or occupation or by any other means.” she said the space is for everyone.
What will SpaceX do in the future?
SpaceX expects to reach low Earth orbit in 2022, followed by regular flights and refueling in orbit in 2023. A tourist mission around the moon is planned for 2023. SpaceX aims to send the satellite the first human to Mars in 2024.
Will SpaceX go to Mars in 2022? SpaceX COO Elon Musk says that crews will reach Mars by 2030. NASA says otherwise. Humanity can reach the red planet and the moon sooner than we think. SpaceX President and Chief Operating Officer (COO) Gwynne Shotwell said that the mission of a spacecraft to Mars could happen before the end of the 2020s.
Why is SpaceX doing better than NASA?
SpaceX, however, outperformed NASA in all three categories: range, cost effectiveness, and speed. It’s easy to admire legendary missions like the Apollo missions, which after all marked a huge leap in technology and humanity’s understanding of space. This is why they are so beautiful.
What is the goal for SpaceX?
Why was SpaceX created? In 2002 SpaceX was created by an entrepreneur Elon Musk, whose mission is to revolutionize the space industry and make space affordable.
What are NASA plans for future space exploration?
NASA’s Artemis program aims to land humans on the moon by 2025 to begin building a base. This long-term human presence on the surface of the Moon will help NASA prepare for longer and longer human space exploration missions, including a mission to Mars.
What is the latest technology in space travel? Hubble telescope Since its launch in 1990, this telescope has been one of the most advanced in space exploration. Located 569 kilometers above the Earth, this technology avoids pollution, which will allow it to bring back thousands of black-and-white images to Earth.
How does space exploration benefit us?
Space exploration therefore supports innovation and economic prosperity by encouraging advances in science and technology, as well as empowering global science and technology workers, thus expanding the field of human economic activity.
What are 3 benefits of space exploration?
The benefits of regular space exploration
- Improving health. …
- Protect our world and our environment. …
- Creating scientific and technological projects. …
- Improving our daily lives. …
- Promoting safety on Earth. …
- Doing scientific research. …
- Spread the interest of young people on science. …
- Cooperation with countries in the world.
What is the purpose of space exploration?
Space exploration allows us to confirm or disprove the scientific principles developed around the world. The study of the solar system, for example, has shed some light on phenomena such as gravity, magnetosphere, atmosphere, motion and the evolution of other stars.
