SAMPLE ALL THE FLAVORS!Increasingly, Vanderbilt instructors are incorporating blogs into their course design. Course Blogs at Vanderbilt is a mash-up of live feeds representing a wide variety of Vanderbilt courses that use blogging to help students reflect on, comment about, and introduce new ideas to course material. Click on the blog title to view the originating course blog. You can also click on the Participating Blogs tab for links to each blog.
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Category Archives: Planet Rings
When an object is trying to leave a planet, it must reach escape velocity. The escape velocity is the speed at which the kinetic energy of the moving body is equal to its gravitational potential energy. The escape velocity from earth is about 25,000 mph. So when the Voyager 2 left earth, it had to reach […] Continue reading → Continue reading
The Fermi Paradox questions how is it possible that if there are so many planets orbiting so many stars existing in so many solar systems making up so many galaxies composing so many superclusters creating our observable universe, how is it possible that we haven’t seen any other signs of intelligent life? This has many […] Continue reading → Continue reading
Pretty Much a Giant Lightsaber Gamma Radiation Bursts (GRB) make up the brightest flashes of light from outer space and it isn’t even a contest. If we had the ability to see them we would probably all instantaneously go blind. These flashes of light can last anywhere from a few milliseconds to a few minutes […] Continue reading → Continue reading
We all know Stonehenge as a Wonder of the World, in which there are multiple sets of 3 massive rocks stacked together. The major question revolving around Stonehenge (to the lay person) is how they got the rocks up there, since the technology of the time would have made this incredibly difficult. While this is […] Continue reading → Continue reading
If you’ve ever seen pictures of satellites being prepped in clean rooms, you’ve probably seen the immense amounts of gold foil covering the crafts. You might think the foil’s purpose is to keep the probe clean until launch, or that gold’s conductive and malleable properties aid the function of the vehicle. For space travel, it’s neither. […] Continue reading → Continue reading
Geostationary Orbit (GSO) is a specific type of orbit around the earth with a period of exactly one day, intentionally matching the rate of earth’s rotation. GSO is at zero inclination, meaning it is directly above the equator. This also means that a geostationary satellite will always be in the same point in the sky […] Continue reading → Continue reading
According to the this video by the New York Times, Scientists working at LIGO (the Laser Interferometer Gravitational-Wave Observatory) have made a monumental discovery that reinforces Albert Einstein’s theory of special relatively put forth almost a hundred years ago. Einstein predicted gravitational waves when he announced his theory, but until LIGO’s announcement on Thursday, no […] Continue reading → Continue reading
In one of my previous posts , I explained what a light-year was and how the speed of light remains constant in a vacuum (a.k.a. space). I also explained that there would be another post explaining some of the things that I couldn’t fit in that post. Now I am finally ready to finish–the long awaited!–part […] Continue reading → Continue reading
One of the most groundbreaking theories in astronomy has just been proven with the announcement last week that gravitational waves have been detected. Einstein had predicted these waves in 1916 in his theory of general relativity, and they were only just found today using lasers, which Einstein also laid the foundation for one year later in 1917. These […] Continue reading → Continue reading