Today’s space station would not exist if we didn’t have this race. Today’s aviation would not be, if we didn’t have this race, many flight instrument have been invented during this period of time. The Space Suit has also been invented, without this, the astronauts would not be able to go on IVA (outside of the rocket). Development and new theories in physics have allowed new technologies in the spacecraft industry to be elaborated such as the satellite. The radio and telecommunication have also been improved (NASA), space has changed our life, and without the invention of the satellite, there won 't be Internet, no communication, no international trade, and no economy… One of the Long-term effects of this race would be that the government started to spend more money on education because of the great enthusiasm with science that society had because of this race (University Nebraska).
Cold War Era Space Race versus Current Space Race The first space race may have ended, but another one has just begun. The finish line is to put the first human on Mars. The current race is not one between two countries, but within one country among multibillion dollar corporations in the United States. The space race of the Cold War Era was one of great ingenuity and accomplishment which opened the door for space exploration and travel. These races do share one major similarity in that the goal of both was and is to make the United States a leader in space exploration; however, the reasons and participants in each race are very different.
Unquestionably, one noteworthy objective would be for it to permit shuttle to go through the earth's planetary group more rapidly than they can now. While a great deal of things have changed in excess of 40 years, today's rocket are even now going at about the same speed that John Glenn did when he turned into the first American to circle the Earth in 1962. One conceivable approach to change that would be the Variable Specific Impulse Magnetoplasma Rocket (VASIMR). Test of the VASIMR engine.not just would VASIMR consider quicker space travel, it would have some really inconceivable side advantages, too. For instance, NASA scientists accept that VASIMR would have the capacity to head out to Mars a great deal more rapidly than a contemporary concoction fueled rocket, and afterward, once there, to refuel on Mars for the return flight to Earth.
However, in the year of 2016, fifty-four years after his speech, the question he answered still remained a question. So why do we explore the space? In this essay, three main reasons for space exploration will be illustrated, in terms of the curiosity of human nature, the capability of advancing basic science theories and the opportunity of accelerating the development of earth-benefitting technology. Human’s curiosity towards the unknown world is the first main cause of space exploration. Human being is a curious specie, which can be easily revealed through the language we speak in our daily life.
Why do so many people deny the childlike curiosity of knowing what goes on past what we can see? There are a number of good reasons to expand the space program. Although it can be an extremely costly endeavor, space exploration could provide the world with a far greater knowledge of our universe and planet, spark revolutionary innovations, and take the next steps in human expansion. Many people reject the idea of space travel because of how expensive and dangerous it is, and suggest that the United States fix the problems on Earth before worrying about the problems beyond it. Of the United States’ funds, NASA has spent “more than $900 billion since its creation in 1958 through 2014” (Fowler).
Should humans continue developing space exploration technologies despite high costs? Tilekbergen Abishev 201589017 EAP Reading/Writing Tutor: Mark Raisen EAP Group: 16 Introduction More than 50 years have passed since the beginning of the space age. In today's world, space exploration is a controversial topic and humankind faces the important decisions about the further implementation of space exploration, because billions of dollars are spent annually for the developing of space technologies. Until now, the space exploration technologies have evolved significantly. At present, there are many private and public companies which are engaged in the realization of space missions.
It is believed that between the years 2040 and 2050 humans will overpopulate the Earth, which would mean we will need a second home. Although, is colonizing Mars the best location for humans to start a new home? For starters, colonizing the moon would be a much more efficient second home. Terraforming Mars is very tedious and challenging process with many methods that are only theoretical. Mars is a very costly project that will cost organizations and investors a metric ton of money.
After mastering in Space Exploration and Development Systems at university, I feel privileged to be functioning among an elite group of aerospace engineers. Our main venture is the International Space Station, a first step to exploring other worlds. It prepares astronauts
Astronauts will expose to a much higher level of radiation than individuals on the Earth when they are without the Earth 's atmosphere to protect them. Weightlessness impacts almost every system in the body, including those of the bones, muscles, heart and blood vessels, and nerves. Nutrition for Bone Bone loss are common occur in space especially is the legs and it is significant during spaceflight. This is the most important on flights longer than thirty days because the amount of bone lost increases as the length of time in space increases. Weightlessness also increases excretion of calcium in the urine and the risk of forming
Space exploration is a highly debated on topic on whether or not it should be funded by the government. Currently, the United States spends $19.3 billion on space exploration out of its $3.95 trillion budget. Many people argue that the money needs to be spent on other issues like health care and help for the impoverished. Space exploration is an important field that the US government needs to focus on and fund because these endeavors can provide a national space defense, push us towards the future of science and technology, and create new economic opportunities for businesses to take advantage of. The use of space exploration could be used to better protect ourselves from any attack by having more satellites in space to view the rest of the world and better detect threats.