The question is valid to me.
Besides the English errors, the criticism and advice shows much ignorance of science & engineering.
Distance from sun as being the main factor for temperature. You can freeze in the shade near to Mercury and it's simple to heat objects in space. Hell, we can freeze easily in many places on earth.
The assumption and apparent belief that travel beyond our galaxy is barred. I guess photons are special, after all.
That the black hole question is a valid one and the original one implausible is quite frankly shocking.
wow, by the specifics of the thesis, one would think that is a thesis fort a science course/science major. but if that were true, you never would have gotten such uninformed feedback from your professor. what course is this for, or, if not for a particular course, what degree?
I don't understand what a research question is and what is he talking about.
Who's writing, and what did he have to say about the question? or did he have to answer it? Who wrote the question?
I too was shocked by the criticism.
I would assume that as inhabitants of a technological civilization we have a basic understanding of our world.Can you clarify your little story? Why would you be "shocked" over "peer" comments made in a "English 101" class?
I was assigned to write the question to guide my research in the topic of my choosing which was advancements in interstellar propulsion research. The comments under the typed question were by a peer editor who clearly is ignorant to say the least.
I think I would write a very strong rebuttal that demonstrates that the response to the thesis question was... moronic. But would do so pleasantly while stating that you would take the professor's advice and direct the research question elsewhere.
And, the problem in space wouldn't be freezing to death - the professor is probably thinking about the movie Apollo13 where it got cold inside with everything turned off.
Oh, and I almost forgot - the response, on the outside, is correct - it's not feasible to have explored beyond our solar system. We haven't explored regions beyond our solar system because we can't get there. We've sent out satellites 3 or 4 decades ago to get close-ups of the gas giants in our solar system. None of those have made it out of the solar system yet. Not even close. They're only a couple percent of the way to the edge of our solar system. Planet "Tyche" might be out toward the outer edge of our solar system, 15,000 times the distance from the Sun to the Earth away from the Sun. The Earth is 93 million miles from the Sun. At even 40,000 miles per hour, well... you do the math.
I believe Voyager II and one of the Pioneers are past the heliopause now.
As Voyager 1 heads for interstellar space, its instruments continue to study the solar system; Jet Propulsion Laboratory scientists are using the plasma wave experiments aboard Voyager 1 and 2 to look for the heliopause, the boundary at which the solar wind transitions into the interstellar medium.
Scientists at the Johns Hopkins University Applied Physics Laboratory believe that Voyager 1 entered the termination shock in February 2003.[13] Some other scientists have expressed doubt, discussed in the journal Nature of November 6, 2003.[14] In a scientific session at the American Geophysical Union meeting in New Orleans on the morning of May 25, 2005, Dr. Ed Stone presented evidence that Voyager 1 crossed the termination shock in December 2004.
The issue will not be resolved until other data becomes available, since Voyager 1's solar-wind detector ceased functioning in 1990. This failure has meant that termination shock detection must be inferred from the data from the other instruments on board.[citation needed]
However, in May 2005 a NASA press release said that consensus was that Voyager 1 was now in the heliosheath.[15] Scientists anticipate that the craft will reach the heliopause in 2015.
Voyager 1 is the farthest human-made object from Earth, traveling away from both the Earth and the Sun at a relatively faster speed than any other probe.
I am not a believer in a one world government for personal reasons, but one obvious benefit would be the release of huge sums presently invested in the military complexes worldwide, to other human goals.I think this would be quite interesting to talk about. The lack of extraterrestrial human colonies is a socio-political one as much as anything else. If the USSR hadn't taken it's foot off the gas in the 1970s as far as the space race goes then we could well have had them. The technological issues are only a small part of the problem; the real stumbling block is political will to commit resources. People tend to forget just how expensive the moon landings were. NASA's budget was a significant % of GDP. The Apollo program itself was 0.8% of GDP, a colossal amount when you consider the GDP of the USA is now $14.7 trillion. NASA believes that support for large programs would top out at 0.25% of GDP currently; no where near the amount required for setting up extraterrestrial colonies.
SOURCES:
http://www.hq.nasa.gov/alsj/apollo.epilog.html
https://www.cia.gov/library/publications/the-world-factbook/geos/us.html
Scientific ignorance in some cultures can be quite astonishing. Couple that with the culture in the US where being smart and well-educated is seen as a negative thing (nerd, elitist), and you've got yourself a recipe for a bunch of morons who know nothing of the basics of how their world works.I would assume that as inhabitants of a technological civilization we have a basic understanding of our world.
I know many scientific/engineering individuals who play musical instruments, participate in the arts as a hobby, etc, etc.
The reverse appears to be much rarer, sad to say.