- In October 1957, the Russians ... launched the first artificial satellite, Sputnik 1, into space.
- Determined not to be outdone or left behind, the USA ... launched its first satellite, Explorer 1, in January 1958.
A satellite is a celestial body that revolves around a planet. Moon is the earth’s satellite. Saturn has 82 satellites. Humans also have made artificial satellites. The purpose of these artificial satellites is to the orbit around the planet, gather information, and send the information in visual form back to the earth. Scientists then analyze and study the information to understand the planet better.
The Beginnings of Space Exploration
In October 1957, the Russians (their country known then as the U.S.S.R. or the Union of Soviet Socialist Republics) launched the first artificial satellite, Sputnik 1, into space.
Determined not to be outdone or left behind, the USA or the United States of America launched its first satellite, Explorer 1, in January 1958.
It was the Americans who discovered the Van Allen radiation belts, two concentric rings of energetic particles surrounding Earth. The inner belt is composed of protons, and the outer belt is composed of electrons. James Van Allen was the scientist who supervised not only the design of the instruments which collected the data, but the study of the radiation data which was gathered. In 2018, NASA celebrated the 60th Anniversary of the launching of Explorer 1.
January 1958 was a historic month and year in the history of space exploration but it was in July 1969 when American astronaut Neil A. Armstong became the first human to set foot on the moon.
Determined not to be outdone or left behind, the USA or the United States of America launched its first satellite, Explorer 1, in January 1958.
It was the Americans who discovered the Van Allen radiation belts, two concentric rings of energetic particles surrounding Earth. The inner belt is composed of protons, and the outer belt is composed of electrons. James Van Allen was the scientist who supervised not only the design of the instruments which collected the data, but the study of the radiation data which was gathered. In 2018, NASA celebrated the 60th Anniversary of the launching of Explorer 1.
January 1958 was a historic month and year in the history of space exploration but it was in July 1969 when American astronaut Neil A. Armstong became the first human to set foot on the moon.
The Progress of Space Exploration
Star Trek is Fiction
Since the 1950s, those who have engaged in space exploration set out to accomplish many goals. The popular television series, Star Trek, which made its debut September 1966, may have led many to believe that the goal was “To boldly go where no one has gone before!” and “to explore strange new worlds.” But the reality is that from the late 1950s to the present day 2020, human life or humanoid life or any life form on other planets have never been found and likely never will be. None of the other planets – Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune, or Pluto ~ are suitable for sustaining human life. These are the conclusions reached by scientists who have thoroughly investigated information and data collected by means of satellites, and also acquired as a result of numerous lunar and planetary missions, using both manned and unmanned spacecraft.
Space Research Yields Facts
In fact, the myriad goals of space exploration, right from the very start, were primarily for the purpose of improving our life ON planet Earth. Although there are some scientists who are committed to researching whether or not certain planets can be colonized, or at minimum, whether the soil on other planets can be used to grow food for we earthlings.
Their commitment, while it may be futile (my opinion), is understandable. After all, the cries and warnings of the environmentalists and the preservationists are not being heeded. The resources of the Earth are not unlimited. They paint a bleak picture of the future of life on Earth. That’s why there are so many books and movies depicting what life would be like for humans living in a post-apocalyptic world. Those committed scientists have reasoned and rightly so, that it doesn’t really take much to keep us alive. All we need is nonpoisonous food, breathable air, and drinkable water. How hard can it be to truly create a Class-M planet? To quote George Bernard Shaw: “Imagination is the beginning of creation.” So? I guess. If you can imagine it; it can become a reality. Right?
But so far, none of the other places in the universe that have been explored have the air and water that we need. So some scientists reason that perhaps these planets have dirt! There are edible plants that do not require a lot of oxygen or sunlight to grow. It could be worth further examination.
Since the 1950s, those who have engaged in space exploration set out to accomplish many goals. The popular television series, Star Trek, which made its debut September 1966, may have led many to believe that the goal was “To boldly go where no one has gone before!” and “to explore strange new worlds.” But the reality is that from the late 1950s to the present day 2020, human life or humanoid life or any life form on other planets have never been found and likely never will be. None of the other planets – Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune, or Pluto ~ are suitable for sustaining human life. These are the conclusions reached by scientists who have thoroughly investigated information and data collected by means of satellites, and also acquired as a result of numerous lunar and planetary missions, using both manned and unmanned spacecraft.
Space Research Yields Facts
In fact, the myriad goals of space exploration, right from the very start, were primarily for the purpose of improving our life ON planet Earth. Although there are some scientists who are committed to researching whether or not certain planets can be colonized, or at minimum, whether the soil on other planets can be used to grow food for we earthlings.
Their commitment, while it may be futile (my opinion), is understandable. After all, the cries and warnings of the environmentalists and the preservationists are not being heeded. The resources of the Earth are not unlimited. They paint a bleak picture of the future of life on Earth. That’s why there are so many books and movies depicting what life would be like for humans living in a post-apocalyptic world. Those committed scientists have reasoned and rightly so, that it doesn’t really take much to keep us alive. All we need is nonpoisonous food, breathable air, and drinkable water. How hard can it be to truly create a Class-M planet? To quote George Bernard Shaw: “Imagination is the beginning of creation.” So? I guess. If you can imagine it; it can become a reality. Right?
But so far, none of the other places in the universe that have been explored have the air and water that we need. So some scientists reason that perhaps these planets have dirt! There are edible plants that do not require a lot of oxygen or sunlight to grow. It could be worth further examination.
The Benefits of Space Exploration
Even though there are those who are still waiting in anticipation and hoping that one day we will make “first contact” with “new worlds”, many of the scientific endeavors related to space exploration have yielded numerous benefits for the world we live in.- Communication satellites were used to enable remotely located or isolated communities to listen to the radio and watch television, and learn about the world, albeit on the same planet, beyond their borders.
- Space-based sensors help predict the weather and forecast hurricanes and the movement of other storms, warning people ahead of time so that they can gather a few survival essentials and seek shelter.
- High-intensity flashlights which were originally developed for use on spacecraft to imitate sunlight are also used for search-and-rescue missions and even by campers to spend the night in the woods.
