Disadvantages Of Robots In Space

This claim is not necessarily true being that robots cannot get the experience of space like humans can. In Kennedy’s speech gives an example by stating, “An instrument recently developed to record automatically the impact of acceleration upon an astronaut’s eyes will also be of help to small children suffering miserably from eye defects…”. The robots are incapable of experiencing the physical change when leaving Earth and entering space so we are unable to observe these changes when using robots. Secondly, robots do not have the desire to search for more like humans. Robots do not contain the same drive and want to learn the possibilities of space so it is pointless to consider sending them.

There has been a large debate over whether or not the future of space exploration should include sending humans on mission with the support of robotic missions, or if the future of space exploration should comprise exclusively of robotic missions. There are a few reasons in which exploring space with only robotic missions might be easier and more cost friendly, but the advantages of sending humans on the missions with the support of robotic missions far outweighs those which only include robots. Humans are driven to explore the vast amount of unknown space, discover new worlds, and to push the boundaries of human knowledge. With human exploration we will expand technology, curiosity, and have a deeper understanding of the surrounding

Allen, Paul G., and Mark Greaves. "The Singularity Isn't Near." MIT Technology Review 12 Oct. 2011: n. pag. Rpt. in Robotic Technology. Ed. Louise Gerdes. Farmington Hills, MI: Greenhaven, 2014. Opposing Viewpoints. Opposing Viewpoints in Context. Web. 7 Oct. 2015. .

Nevertheless, If NASA were to cut back on sending humans and instead send robots, they could save bundles of cash, and possibly, in some cases, lives (Etzioni, Amitai). Because of the vast expanses of space and the mystery that it contains, along with the action-packed movies made about space that captivate America even beyond their opening weekends, such as Star Wars, BattleStar Galactica, the humorous Space Balls, etc, and the simple fear of not knowing what, or who, is or is not out there, every person has some amount of curiosity in them in regard to the dark skies surrounding our earth. It is simply human nature to want to discover the unknown (Boucher, Marc p.2).

prepared for it due to their deep understanding of their field of study. The laws that were

The debate between sending humans or robots to space has been and remains highly controversial. They both have pros and cons but ultimately, the best way to explore space is with robots. There is so much that still needs to be explored in outer space and doing so has the potential of finding another location able to sustain life. Since a lot of space is unknown it is crucial that we understand what is going on up there in order to send a properly equipped object into space. That being said, scientists can predict what a particular object in space is like, but there is always uncertainty. It will always be a mystery until something travels to space and supplies the necessary information for humans to better understand the way the object will operate in space. The best method for space exploration is by using robots. Although robots will require more trial and error, they will help sculpt the bigger picture in the most effective way.

Big companies like “Google” are signing a 60 year, $1.16 billion lease Moffett Naval Airfield in San Francisco the historic Hangar One as part of its expansion into robotics, aviation and space exploration. Kyrre Glette, Associate Professor at Oslo University’s Department of Informatics states “In the future, robots must be able to solve tasks in deep mines on distant planets, in radioactive disaster areas, in hazardous landslip areas and on the sea bed beneath the Antarctic. These environments are so extreme that no human being can cope. Everything needs to be automatically controlled. For an example a robot is entering the wreckage of a nuclear power plant. It finds a staircase that no-one has thought of. The robot takes a picture. The picture is analyzed. The arms of one of the robots is fitted with a printer. This produces a new robot, or a new part for the existing robot, which enables it to negotiate the stairs.” This is the primary example of what the future could hold with robotic technology.

Space. Possibly the most unforgiving place possible for humans, and yet we desire to go there. We desire to travel to distant planets, new galaxies, and to know all that there is to know. We want all of this, and yet the mission to mars, and the first missions to the moon, we sent robots. There are many reasons for this and why we didn’t send humans, but the main reason we haven’t sent as many humans to space, is cost. It is extremely expensive to travel to space. So, robots are just cheaper. However, we want to send humans. We want to explore space ourselves. Therefor to accomplish our goals of sending humans into space, we need to make it cheaper to go to space.

As humans, we always push to explore for new discoveries, it is in our blood to explore and push scientific boundaries. Space exploration has allowed us to expand our technology, foster a curiosity in humans, discover new worlds, and most importantly push even further to discover life in a new planet. With the advancement of new technology and innovators, there has been a significant discussion whether sending humans with the support of robots is the most efficient method. However, there are great arguments made that sending exclusively robots on space exploration is the best strategy. There is

Space exploration is devoted to seeking out the unknowns of the universe. Manned and robotic missions alike have contributed priceless knowledge of our planet’s surroundings and beyond. However, with the current geopolitical climate, funding, and other practicalities, it is not reasonable for the exploration of space to be done exclusively by humans.

Space has become a big part of everyday life without anyone realizing it. With a growing understanding of space, people are able to learn new things and send humans and other objects out of the atmosphere and solar system. Space exploration has an important history and future involving advanced technology and engineering.

Some very common robots are washers, dishwashers, automatic vacuums, and some voice activated devices. We have these robots to make everyday tasks easier, to do a better job, or to do something that humans could never do. The three main components of any given robot are the sensors, the actuators, and a computation process. The term ‘robot’ comes from the extravagant playwright by Karel Čapek who introduced the word in his hit play in the 1920’s,

Humans have a few obvious skills that robots historically have failed at such as quick thinking on their own (Mann, 2012). When an emergency occurs deep in space and a decision needs to be made, astronauts can do what it takes to salvage a mission while a robot may be helpless to the circumstances. Rovers continue to make progress on the intelligence front though. Within the last few years, NASA has had the opportunity to implement autonomous driving of their rovers on Mars (Ackerman, 2013). While it certainly isn’t absolutely trusted by the engineers, it indicates the role autonomy may have in making exploration swifter and more productive as direct control becomes less convenient (Ackerman,

While using robots is the cheaper route to go sending humans actually has certain advantages over sending robots into space. For example, humans don't have to wait react to their surroundings because they're waiting on commands to be sent from earth. There are those that think it will be extremely difficult to continue learning more about the solar system if the only focus is on trying to cut cost by only sending robots out into space. Humans and robot should continue working hand in hand because without the use of robots, we really wouldn't know the layout and dangers of the places we're sending

Otherwise, it would need bigger rockets -- and the cost of building such a rocket would be pretty significant.”(Springer). Khoshnevis is certain of the limitations, which leads readers to the thought that colonization on Mars is doubtful. The 3D printer explains the limitations of colonization on a foreign planet in a way that creates an image of barriers for readers to easily comprehend. In another clear statement of the restrictions of colonization, Khoshnevis states, “Of course, humans will try to control (robotic) construction on Mars from Earth. And in the case of the moon, some control is possible -- we can tell the robotics what to do. But on Mars, because the distance from Earth is so far (401 million km apart, at their greatest opposing positions) you don't have real-time controls. There is a big delay. It will be like moving a joystick on a video game, but it takes 8 minutes for the cursor to move.”(Springer). Khoshnevis explains in incredible numeric detail that there are possible technical difficulties in the plan to colonize Mars, and supplies all the barriers to the idea that countless people have