The Necessity Of Solar Exploration

We believe that satellite imagery is an important part of exploring our solar system, the main goal is to improve the lives of all of us here on Earth. Our NASA planetary system is a world leader in the study of the solar system, and I would like to take a brief look at this solar system. From the time of the cosmos, we have come to know that the Earth is the only body of our planet in our solar system, in which human life forms.

Maybe the people of the future will be Martians who will never set foot on Earth. Space may be the last resort, but it is expensive to explore. Understanding the environment in which human beings can live one day, as well as learning our biological principles and how materials behave when they are not affected by gravity, are important efforts in our future and in exploring space which help us find answers to our questions.

From the beginning of space work, scientists realized that spacecraft could not collect vital scientific information about the various planets, moons, and smaller bodies of the solar system. These mission explorers seek information about the origin and evolution of the solar system and the various building blocks, including chemical composition; the appearance of the place; data for magnetic fields, atmosphere, and volcanic activity; and, especially Mars, the present or Proof of water in the past, perhaps even some kind of alien life.

The launch of the first active object in Earth orbit, the Soviet Sputnik-1, on October 4, 1957, and the first arrival of the American Apollo 11 mission on July 20, 1969, are often regarded as references. first time. We have been able to see from Pluto's successful flight two weeks ago and last week's announcement of the discovery of a planet-like planet in the habitat of another solar system are the latest examples of remarkable results. achieved in the planetary system. astronautics and space exploration in recent years.

Also, it is important to note that all of NASA's observations of the solar system during the last half-century have raised many new research questions as they have been answered. The success of the Dawn asteroid mission to Ceres and the New Horizons mission to Pluto demonstrates the importance of land exploration and planetary science. NASA is also launching an exploration of Mars, Jupiter, Saturn, and the asteroid belt. The United States was the first country to use space exploration to successfully reach all the planets from Mercury to Pluto, but the exploration of the solar system is not limited to Voyager or New Horizons.

Space exploration allows us to confirm or refute scientific ideas developed on Earth. Exploring the modern world benefits from knowledge of the Earth in two important ways. One of the things that make satellite imagery of planets, moons, and asteroids interesting is that the same data can be applied to both planetary science and space missions, often in orbit.

In this case, photography does not directly produce the product of scientific data, but it is an enabling technology in the infrastructure that allows us to place scientific instruments as spectrometers in hard-to-reach areas of our solar system. An integrated and comparable planetary approach is needed to integrate space deployment, independent spatial testing, sample retrieval laboratories, and post-deployment data processing. Spacecraft such as Voyagers1, Magellan2, Giotto3, Cassini-Huygens4 or more recently Rosetta5, New Horizon6, Hayabusa 7, Parker Solar Probe8, OSIRIS-Rex9, and now Solar Orbiter10 allow us to visit the Sun, all the planets and more. moons, comets, asteroids, and even Kuiper belt objects.

NASA is developing the first American ability to explore deep human space with the help of the Space Launch System (SLS) and Orion spacecraft. Supported by the Exploration Ground System (EGS), SLS and Orion will transport more people into space than ever before, which is crucial to exploring the deep ocean, including human exploration of Mars in the future. NASA's Human Exploration Portfolio will be the first facilitator to improve Earth's health, to improve U.S. leadership. space, and paving the way for peace, diplomacy, and international cooperation. On September 30, 2015, NASA will complete the Key Design Review (CDR) for the Space Delivery System, Orion, and Ground Exploration Systems, allowing the system to continue developing in Exploration Missions (EM- 1 and EM- 2).

Drawing on its years of experience in orbital infrastructure, robots, space systems, and research, Thales Alenia Space has become a leading partner in the provision of 3 compressed modules at Lunar Space Station Gateway. Through Thales Alenia Space, 67% of the Group and 33% of Leonardo, Thales is an important partner in the excellent exploration of the solar system.

Saturn was only tested by an unmanned spacecraft launched by NASA, which included a planned (Cassini-Huygens) mission planned and executed in collaboration with other spacecraft. The Titan has the distinction of being the only object in the Outer Solar System that has been tested by a man on Earth.

Follow the Voyager flight path past the Jupiter, Saturn, Uranus, and Neptune gas giants and pass Pluto. Passing through the gravitational fields of the planets, they gained enough “speed” to orbit the planet and headed toward Saturn. Dawn finally fell silent as it orbited the dwarf planet Ceres (where it will stay for decades on the orbit) in 2018, three years after the completion of the project.

Aircraft to other planets in the solar system is powered, which means a change in spacecraft, or delta-v. Because of the height of the delta-v reaching Mercury and its proximity to the Sun, it is difficult to detect it, and its orbit is not stable.

Moonlight exploration is also important, as it will serve as a key basis for deep space missions. Lunar Village is the future center of international technology and space development center for these robotic experimental robots. There is still much work to be done in this area, but the goal is to make solar energy plants a reality in the decades to come.

Although other aeronautics such as Lucy has used solar energy to generate energy, Psyche will be one of NASA's first deep-rooted solar power plants in both onboard and propulsion operations. The Parker Solar Probe is designed to fly about 4 million miles (6.5 million miles) from the surface of the Sun to monitor the flow of energy, check the temperature of the solar corona and determine what accelerates the solar wind.