Space Technology We Have – China plans to send its first cargo spacecraft, Tianzhou-1, into space before the end of April to dock and refuel at the Tiangong-2 lab. This is an important step in China’s efforts to build a space station by 2022. But with every space mission, people will ask: Is space exploration good?
In 1970, a Zambian named Sister Mary Jokunda wrote today at NASA’s Marshall Space Flight Center. He questioned whether it was right to spend billions of dollars on a trip to Mars when so many children on Earth were starving.
Space Technology We Have
Activities on Mars seem far from our daily lives, but many products that we use every day have been invented as a result of the progress of space exploration, and “spin-offs ” of the area has received high commercial value in recent years. Here are some of the inventions we use every day that are derived from space technology:
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In China, space exploration has also made its mark on Earth. Space technology is used for societal applications in everything from new energy and information technology to biotechnology and precision manufacturing.
. For example, the Central Aviation System on Subway Line 9 in Beijing used temperature control technology developed for the Chang-3 lunar probe.
In October 2016, China’s Tiangong-2 Space Laboratory hosted three projects by Hong Kong secondary school students in its key space: the creation of porous clay, the breeding of worms and the study of double pendulums. In December, a group of students from Beijing Bai High School designed the BY70-1 small satellite for education that was launched on the March-2D long-range rocket.
Space exploration is not only about astronomy, but the development of basic sciences, biology, physics and mathematics. Today’s space projects will be the catalyst for further development in the future.
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The famous British astronomer Stephen Hawking “spent all the effort and money to find a few pieces of moon rock.” Hawking said in a speech: “It won’t solve any of our current problems on planet Earth, but it will give us a new perspective on them, and make us look beyond the have a look inside.” in 2008 at George Washington University.
Finally, the space program can help man better understand his relationship with the universe. Dr. Ernst Stollinger, deputy director of science at NASA’s Marshall Space Flight Center, said in his response to Sister Mary Gioconda: “It will be a better Earth, not just because of all the new technology. and the science we will have. Fulfill. A better life, but also to develop a deeper appreciation for our Earth, life and humanity. If you continue to use this website we think you will be happy with it. All Accept Decline all options
Exploring space, while a lot of fun, is very expensive. Did you know that NASA’s annual budget is $21.6 billion this year? With this high standard, consider the technological advancements that the organization is able to achieve. Our daily use of technology such as cell phones and smart speakers may seem advanced to you, but it is nothing compared to the challenges of space technology. Let’s take a look at some of the newest ways space exploration has helped us in our quest to learn as much as we can about the universe.
Since its launch in 1990, this telescope has been the most successful development in space exploration. Located 569 kilometers above the earth, this technology prevents atmospheric distortion, allowing thousands of jaw-dropping images to be beamed back down to earth. In addition, it has helped explain many of the great mysteries of space. It has helped us to know the age of the universe, to show us the existence of dark energy, discovered planets, quasars and much more. Antennas on the telescope send and receive data to the Goddard Space Flight Center. Using satellites, engineers can communicate with it by sending commands. The telescope consists of two main computers and many small systems. One computer is responsible for the commands that control the telescope while the other communicates with other devices, receives its data and sends it to a satellite that transmits the data to the center. Here are some of the rare images this telescope has taken over the years.
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Did you know that a space suit weighs over 300 pounds and cost $22 million to build? Although they are very expensive, they are very technologically advanced. Spacesuits allow us to survive in extreme temperatures and conditions that humans would normally not survive for more than a few seconds. In addition, they provide us with oxygen to breathe in space and water to drink while traveling in space. Also, these suits protect astronauts from the dangers of space dust, space radiation, solar radiation, and allow them to travel on surfaces with weak gravity. Without these complex space suits, we would not be able to travel on other planets.
The low-cost Kepler telescope was expected to last only three to four years but lasted nearly ten years. This telescope is designed to find exoplanets similar to our Earth. In its time, it has revealed more than 4,500 planets and planets. In the nine years he spent in space, Kepler spent four years facing the Cygnus constellation, where many planets and stars were discovered. Kepler discovered exoplanets (planets orbiting stars outside our solar system) by seeing faint stars as planets pass in front of them. Kepler’s greatest achievement was discovering how diverse our universe is, sometimes with planets orbiting as many stars as the universe of star wars. Without telescopes like these, humans would not be able to see what is outside of us. In fact, the farthest distance man has traveled from our planet is only 400,171 kilometers. Our telescopes, like Hubble, can see about 13 billion light-years in space, which is amazing since one year’s light is about 9 billion kilometers, 46.
The ISS is the largest and most expensive spacecraft ever built, weighing nearly a million pounds and costing about $160 billion. This high-tech technology allows its passengers to travel five kilometers per second, which means that it will take only 90 minutes to circle the Earth. It also allows up to six spaceships to dock with the station at a time. Although this technology is very advanced, it requires a lot of work to maintain it. More than 50 computers control operations on the space station and more than three million lines of software code on Earth support 1.5 million lines of flight code. Although these space costs are expensive, they are very useful. ISS works as a scientific laboratory and because of this, we learn a lot about the effects of space on the human body, physically and mentally.
Spirit and Opportunity were two successful Mars rovers that helped us make many discoveries on Mars and were advanced enough to be controlled from Earth. When they reached the opposite sides of Mars, their mission was to conduct geology and observe the atmosphere. Not only did they give us the first, color and clear images of the Martian surface, but they also discovered temporary flowing water on Mars in 2015. Both rovers exceeded their lifetimes. expected of 90 days for several years, which made it some of NASA. The most successful designs.
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The wide range of technologies discussed above are just a few of the many available. The money we invest in technology has greatly helped us expand our understanding of the universe. Without technology, we would not know as much about space exploration as we do today. For example, on April 10, 2019, Dr. Katie Bowman took the first photo of a black hole. The black hole in this image is about 55 billion years away from the center of a galaxy called M87. Our understanding of space is constantly expanding and technology is a key enabler of this. Who knows what technology we will bring in the future. Maybe one day we will be able to travel very close to the speed of light and our scientists will be able to visit different constellations. In my previous article, I made these two points important to anyone who believes that UFOs are spacecraft from a distant star system. (I’m not that interested.) These are also very important points to consider if you want people out of the planetary system. (I do.)
Last week, we talked about the first point about interstellar space. This week, we follow the second point, which binds us
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