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The
Mega Foundation
Science News
June 8, 2006
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SpaceX Achieves Key Milestone of Tenth Launch Agreement - SpaceDaily SpaceX
announced that the number of launches on manifest has now reached double
digits. The ninth launch, already announced, is with MDA Corporation of
Canada and will carry the Cassiope satellite on a Falcon 9 in mid 2008.
The tenth launch agreement is a second responsive launch demonstration
of the Falcon 1 for DARPA / Air
Force in late 2006. This follows the first responsive
launch demonstration in March 2006, which was also the maiden flight
of Falcon 1. - Falcon 1 DARPA - Air Force Demo 1 Q1 2006
(Launched in March 2006) DARPA - Air Force Demo 2 Q4 2006 NRL - OFT
TacSat 1 Q4 2006 - Malaysia RazakSat Q3 2007 - SpaceDev Q2 2008 - MDA
Corp Q3 2008 - Swedish Space Corp. Q4 2009 - Falcon 9 US Government Q1
2008 - MDA Corp Q2 2008 - Bigelow Aerospace Q4 2008 |
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An Alternative to your Alternator - Technology
Review Left:
A "thermophotovoltaic" (TPV)
generator burns fuel to heat a material that emits light (labeled
"radiator"). The light is then filtered and converted into electricity
in photovoltaic (PV) cells. (Image courtesy of John Kassakian, MIT.) Researchers
at MIT are developing new technology for converting heat into light and then
into electricity that could eventually save fuel in vehicles by replacing
less-efficient alternators and allowing electrical systems to run without the
engine idling. The technology, called thermophotovoltaics, uses gasoline to
heat a light-emitting material, in this case tungsten. A photovoltaic cell then
converts the light into electricity. The idea has been around since the
1960s, says John Kassakian, MIT electrical engineering and computer science
professor. But until now, the light emitters for the photovoltaics produced
inefficient and very costly systems. Improvements in the materials used in these
latest devices are now making much more efficient systems. |
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Teamwork with elbowroom -- tabletop computing - CNN Mitsubishi's
DiamondTouch displays a PC screen on a high-tech tabletop. People
sitting around it use their fingers to create and manipulate projected
virtual objects, with the system knowing whose fingers did what thanks
to small currents of electricity that flow through the chairs. Masakazu
Furuichi, chief engineer at the Japanese electronics maker, hopes
DiamondTouch will become a tool for games, government decision-making,
education and other areas in which several people need to interact
intuitively and instantly. But first the price will have to drop --
the tables can cost as much as U.S. $10,000 (euro7,700) each.
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