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interstellar

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Posts posted by interstellar

  1. In your fackbook inbox there could be a link there that sends you to you tube.The message says " There is a video about you on the street." DO NOT CLICK ON THIS LINK!!! It will tell you to update your video codecs, when you do you got the worm. I just seen this on CNN.

  2. Space has always been and will always be infinite, in every direction you look. The universe is finite but is expanding out in all directions like a bubble, and the expansion is accelerating with every passing second. Currently the universe is roughly 14 billion lightyears across and began somewhere in the center. Eventually every planet, nebula, star, even black holes will decay into the simplest form of matter. The proton. Expanding for eternity. In total absolute darkness.:):-):)

  3. Your right. It refers to a third mass such as a spaceship.Where at this point it would need very little fuel to sustain its position. A Lagrange point is a point in a system of two celestial bodies that orbit their common center of gravity in circular orbits, in which a space ship or other thing of negligible mass can remain for a long time without needing propulsion. Such a system of two bodies in circular orbits has five Lagrange points. And the other half looks good too. So my statment is only half right. The mind is the first thing to go.

     

     

     

     

    lagrange points →

     

    No.

     

    The Earth and Moon orbit about their center of mass, the position of which is inside the Earth (as has been previously noted). The Earth and Moon do not orbit any the Lagrange points (also called Lagrangian points and libration points). There five such points, none of which is located at the point "where gravity is equal between the earth and moon". The Lagrange points are points of equilibrium in the "circular restricted three body problem".

     

    One of the Earth-Moon Lagrange points, L1, is located between the Earth and the Moon, but it is a bit closer to the Earth than is the "point where gravity is equal between the earth and moon". This latter point is of very little interest. Both the L1 point and this neutral point are located a lot closer to the Moon than they are to the Earth.

    A Lagrange point is a point in a system of two celestial bodies that orbit their common center of gravity in circular orbits, in which a space ship or other thing of negligible mass can remain for a long time without needing propulsion. Such a system of two bodies in circular orbits has five Lagrange points.

     

     

    lagrange points →

  4. Because this asteroid will pass near to the earth several times before the potential doomsday, it should be relatively easy to get access to the asteroid. We can get some satellite on its surface years before 2036. My preferred plan is to plant a big nuke on it when it passes, and detonate it far away from earth.

     

    Trust me, I'm an expert (at Asteroids on the old atari) :)

    That is the last thing you want to do. What we need to do is land a satellite on its surface or use a satellite as a booster to nudge it a couple of mm a few inches or what ever it will take. If we can do this then we can delay a impact or totally avoid it altogether. All nuking it will do is turn this bullet into buckshot increasing the chance for a impact or the pieces accelerated by the explosion could knock other asteroids off there trajectory and increase the posibility for additional impacts. Its a one pocket billards table out there with the sun being the pocket and the asteroids being the cue ball.
  5. Asteroid Apophis 2004MN4 will come within 29000 km/ 18000 mi of striking the Earth on April 13th, 2029 this asteroid will come inside the orbits of most of are major satellites. This asteriod is the size of 3 football fields and if it hits a 400km gravitational keyhole as it sling shots aroung us then it will return in 2036 for impact. check out the videos on my site.Astronomy and Pictures, See the damage that can happen.

  6. RE: How can we receive light from an object older than the universe. Another interesting point is these quasars on the edge of the universe can move faster because they are riding the shockwave of the big bang and because they are at the edge of the universe the gravitation of the rest of the mass of the universe has less influence on them. Like being on earth you weigh more in death valley than you do on top of mount everest.

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