Can you give me an example and a simple definiton. What would be the thesis of a report on Astronomy ?
203546
Its what you want to argue or prove...a statement that the entire paper will prove and support...THE MAIN IDEA\n\nExample- Chickens cannot fly for extended periods of time due to the evolution of farming habits, lack of muscle tissue, and wide variety in their diet.....then you explain each point...what evolution has done, why the lack muscle tissue, and how their diet consists of many things so finding food is easy...all will lead to the conclusion as to why they no longer fly
613791
Come on now. Do your own homework. Wouldn't it be more efficient use of your time on the computer to search for "recent scientific article"\nTry americanscientist.org or .com or .edu
216000
I actually did hear about that in my college Astronomy class. I think it's pretty awesome. I mean, what if our sun burnt out. Maybe we could still have a significant amount of solar energy and radiation that could help us survive. I'm not sure if the star is old enough to develop life or not. It could have already developed it, and we just have no knowledge of it.
635084
Birth and death of stars is an interesting subject, IMO.\n\nHere are some starting points:\n\nhttp://en.wikipedia.org/wiki/Star\nhttp://en.wikipedia.org/wiki/Hertzsprung-Russell_diagram\nhttp://en.wikipedia.org/wiki/Supernova\nhttp://aspire.cosmic-ray.org/labs/star_life/starlife_main.html\nhttp://www.windows.ucar.edu/sun/Solar_interior/Nuclear_Reactions/Fusion/Fusion_in_stars/star_life.html
475447
check out this site\n\nhttp://www.space.com/spacewatch/061103_night_sky.html
422747
The science writer, Dava Sobel, has just published a nice little book that talks about all this stuff for non-science people. Check it out at the library. It's called "The Planets" and it has the latest stuff in it.
416242
Brushing up on your physics would be a big help. Especially studying about Copernicus, Newton, and Kepler's laws of motion would help. If you are going full bore and might even learn how to calculate the orbits, mass, etc. of objects, Calculus is a must. If you plan on studying astronomy in a more practical manner, understanding the basic principals of photography would also help.\n\nWhen I took an astronomy course in college, one of the first things we learned was how to develop our own film...
368520
Scientists using NASA's Spitzer Space Telescope have discovered and directly imaged a small brown dwarf star, 50 times the mass of Jupiter, orbiting with a planet around a Sun-like star. Such an arrangement has never before been seen but might be common, the scientists say, leading to solar systems with distorted planetary orbits.\n\nKevin Luhman of Penn State University is the lead author on a report describing this discovery, which will be published in The Astrophysical Journal. The discovery concerns a class of the coldest brown dwarfs, called T dwarfs.\n\n\nThe detailed research paper on T dwarf - Ref\nhttp://www.science.psu.edu/alert/Luhman9-2006-2.htm
662203
There is one, that if you were to do it and found a way to publish the results, a lot of common people would be very interested.  It is the formation and collapse of a gravitational field.\n\nWere you to go to http://timebones.blogspot.com   and then to the November Archive, toward the bottom of that month you shall find "How to Form and Collapse a Gravitational Field".  What I have suggested has been done by myself, but I have never found anyone interested in the results.
603486
Like the others say, you should definitly talk to a professor at a college or university who has already published something and knows how to go about that process.  BEFORE YOU DO SO, HOWEVER, MAKE SURE TO DO THE FOLLOWING:  \n1) Document your ideas on paper.  Be very thorough.  \n2) Print two copies of your finished report.  \n3) Find a respectable citizen who can be judge as an impartial party and who is not a physisist, i.e. a teacher at a college or university not in the physics department.  Sign and date each sheet of each copy in front of that person, and have them put their signiture on each sheet of each copy as well.\n4) As someone as already advised, mail one copy to yourself and do not open it once it returns to you.\n5) After you have done all of this, I would take the paper to a astronomer or physisist at a college or university to discuss publication.\n\nYou can name it whatever you want.  Just put the name you want on the first sheet of the report.\n\nLanguage, race, etc. shouldn't be an issue.
388197
http://www.amazon.com/Cosmos-Carl-Sagan-Jarom%C3%ADr-Hanzl%C3%ADk/dp/B000055ZOB
248369
The link below has great overview info and statistics (including density) for all the planets, asteroids, comets, etc. \n\nCheck it out!
155992
Just singular? Sceintist or professor? Maybe you meant scientists or professors. Not that the professors are the leading authority on celestial discoveries. They more of just train others to go outside and look straight up in the air. Usually they use a telescope. In some cases, they consult the spheres. In your case, I'm surprised you even know what the word discover means.
341690
The title must reflect exactly what you do in your thesis:\n1. informants (if any);\n2. your focus (the central point or topic);\n3. context (specific field). \n\nHere´s an example (out of the blue):\n"The role of Web users in Web Design software"\n\nAs you can see, readers can immediately see whether they are interested in reading your thesis or not because they know what it is about (Web Design software). Just by using the word "role", you make it clear that your study will analyze Web users' ideas, comments and/or suggestions. You also show that your proposition will be something like this: "techniques and tools are important in Web Design (since it is a technical paper, obviously, readers will infer that you will describe techniques or tools); however, a most important tool, which must not be neglected, is, no doubt, Web users' feedback".
461093
You first need to apply a mass - luminosity relationship. I believe Kepler suggests M = k L^3.5. My results show Gamma:Delta luminosity ratio is 1:3184.\n\nAs for absolute magnitudes you need to log things I believe.\n\nYou will need m - M = -5 * 5Log(Distance)\n\nThis sounds like first year astrophysics coursework. You should attend workshops if you are having trouble.
521006
http://images.google.com/images?svnum=10&hl=en&lr=&safe=off&rls=SUNA%2CSUNA%3A2006-04%2CSUNA%3Aen&q=life+cycle+star\n\ncheck out this.
519024
Something involving atomic spectra.  For example see\nhttp://www.fas.harvard.edu/~scdiroff/lds/QuantumRelativity/StreetLampSpectra/StreetLampSpectra.html