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 | Lockheed Skunk Works Chief Ben Rich remark to Jim Goodall , Jim Goodall, a curator of Seattle Museum of Flight, citing Lockheed Skunk Works chief Ben Rich We already have the means to travel among the stars, but these technologies are locked up in black projects and it would take an act of God to ever get them out to benefit humanity.. anything you can imagine we already know how to do. Ben Rich Benjamin R. (Ben) Rich graduated from Berkley with a degree in mechanical engineering in 1949 at the age of 25. Rich originally wanted to become a ... |
 | Birth By Sleep Update 29th Dec 09 will show you illusions. [Olympus Colosseum] Hercules: Someday Ill be a champion, and Ill become a hero. [Deep Space] Aqua: In your bond... 626: Huh? Aqua: Would you be willing to add me and my friends? [Enchanted Dominion] Ven: Why is Princess Aurora sleeping? Flora: She is cursed, and her heart has been stolen. [Olympus Colosseum] Hades: Why dont you try controlling your darkness, and make yourself even more powerful? [Castle of Dreams] Jaq: You have to hurry, the ball is starting! ... |
 | Lec 36 | MIT 8.02 Electricity and Magnetism, Spring 2002 onto the neutron star. And let's assume that the neutron star has a mass capital M and has a radius R. And let's assume that we dump some matter, little m, onto the neutron star. Well all of you should remember from 8.01 that you can calculate very easily the speed with which this matter reaches the neutron star. The kinetic energy, one-half mV squared, must be equal to m MG / R. We had this equation on the blackboard last lecture when we discussed cosmology. It was the same equation. This ... |
 | Lec 28 | MIT 8.02 Electricity and Magnetism, Spring 2002 perpendicular to this direction. That is this, this, this and this. And notice that the E-vector that you receive when you're here is perpendicular to R -- this is R -- and it is perpendicular. And notice what I said, that A and R and E are in one plane. A, which is the acceleration, R and E are in one plane. A, R, and E, are in one plane. A, R, E, are in one plane. So you can always determine the direction of the oscillating electric field. And if you go at an angle theta, which is neither 0 ... |
