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Space Camp
Space Camp Space Camp is a 1986 movie which was based on a book written by Patrick Bailey and Larry B Williams and a screenplay by WW Wicket and Casey T Mitchell. In the movie, four teenagers and a twelve year old boy go to a NASA space camp, to spend three weeks of their summer training as astronauts and learning about the space program in general. There, they will meet a female instructor who is frustrated at the fact she still hasn't gotten a chance to be up there, despite this being her life's dream. But things start to unravel when the 12 year old boy, Max, saves the life of a robot named Jinx, and, to return the favor, Jinx decides to send Max

However reality was to interject and NASA found themselves with a rapidly plunging budget. Rather than stepping back and looking at their future as a whole given their new financial situation, they attempted to save as many of the individual projects as possible. The mission to Mars was quickly eliminated, but the Space Station and Shuttle continued on. Eventually only one of them could be saved, so it stood to reason that a low-cost Shuttle system would be the better bet, because without it a large station would never be affordable.

Christa McAuliffe
was a American teacher and astronaut from New Hampshire who died in the explosion of the Space Shuttle Challenger on STS-51-L. She was born Sharon Christa Corrigan in Boston, Massachusetts. McAuliffe was selected to be the first teacher in space on July 19, 1985. She joined the STS-51-L crew as a mission specialist with plans to teach lessons from space. Selected from among more than 11,000 applicants from the education profession for entrance into the astronaut ranks, McAuliffe had been born the oldest child of Edward and Grace Corrigan. Her father was at that time completing his sophomore year at Boston College, but not long thereafter he took a job as an assistant comptroller in a Boston department store and the family moved to the Boston suburb of Framingham. As a

While all of this was going on, others were suggesting a completely different approach to the future. They stated that NASA was better off using the existing Saturn to launch their space station, supplied and manned using modified Gemini capsules on top of the Air Force's newer Titan II-M. The cost of development for this looked to be considerably less than the shuttle alone, and would have a large space station in orbit earlier.

Methuselah in False Color 5/24/05

An outcrop dubbed "Methuselah," approached by NASA's Mars Exploration Rover Spirit in April 2005, presented a more extensive exposure of layered rock than Spirit had found in the all its preceding 15 months since landing on Mars. This view of Methuselah by Spirit's panoramic camera is presented in false color. Image Credit: NASA/JPL/Cornell

Space Shuttle Discovery
Space Shuttle Discovery Shuttle Orbiter Discovery (NASA Designation: OV-103) is a NASA Space Shuttle. First flown on August 30, 1984, Discovery is the third operational shuttle (excluding test shuttle 'Enterprise'). The orbiter is still operational today, and has performed both research and International Space Station (ISS) assembly missions. The craft takes its name from a ship used by explorer James Cook. Table of contents showTocToggle("show","hide") 1 Flights 1..1 Related articles 1..2

Worse, any increase in the weight of the upper portion of a lauch vehicle, which had just occurred, requires an even bigger increase in the capability of the lower stage used to launch it. Suddenly the two-stage system grew in size to something larger than the Saturn V, and the complexity and costs to develop it skyrocketed.

The last remaining debate was over the nature of the boosters. NASA had been looking at no less than four solutions to this problem, one a development of the existing Saturn lower stage, another using "dumb" pressure-fed liquid fuel engines of a new design, and finally either a large single solid rocket, or two (or more) smaller ones. The decision was eventually made on the smaller solids due to their lower development costs (a decision that had been echoed throughout the whole Shuttle program). While the liquid fueled systems provided better performace and enhanced safety, delivery capability to orbit is much more a function of the upper-stage performance and weight than the lower. The money was simply better spent elsewhere.

HAL/S
computer language, best known for its use in the Space Shuttle. It was written by Intermetrics in the 1970s for NASA. HAL/S is written in a dialect of PL/I known as XPL The three key factors in writing the language were reliability, efficiency, and machine-independence. The language is designed to allow tasks such as performing aerospace related vector/matrix arithmetic to be accomplished in a way that is easily understandable to people who have studied the subject. HAL/S is written without functions (such as GOTO in BASIC) that are known to be the cause of many errors. There are no abreviations for keywords, and keywords are all reserved so that they cannot also be used as variables. Considerations such as this are designed to reduce the chances of errors occurring, and also