Rodin aerodynamics - Free-Energy Devices
Rodin aerodynamics - Free-Energy Devices
Rodin aerodynamics - Free-Energy Devices
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astronomical weights through space with negligible expense. This would<br />
revolutionize space travel, enabling a space ship to travel intergalactically. A<br />
senior NASA engineer in charge of communications has confirmed that <strong>Rodin</strong>’s<br />
discovery will enable humans to travel anywhere in the universe, making us true<br />
intergalactic citizens.<br />
Today, no one is able to pinpoint a location in space accurately. For example,<br />
once a spacecraft gets close to its destination, technicians are forced to<br />
incorporate a correcting calculation and then reset the direction of the craft. With<br />
<strong>Rodin</strong>’s vortex-based mathematics, one can accurately pinpoint any direction in<br />
the universe and calculate an exact trajectory that pinpoints a spacecraft’s<br />
position at all times. This is because Vortex-Based Mathematics “breathes”. It’s<br />
elastic, precisely modeling the expansion and contraction of the universe and the<br />
space/time fabric, something that today’s mathematics is incapable of doing.<br />
There are, no doubt, even more revolutionary applications of the <strong>Rodin</strong> Coil<br />
waiting to be discovered and tested.<br />
TRANSFORMERS, MOTORS and ENERGY-EFFICIENT POWER<br />
A motor based on the <strong>Rodin</strong> Coil is far more efficient than a conventional electric<br />
motor. The <strong>Rodin</strong> Coil produces so much more magnetism that a minimum 20%<br />
reduction in copper can be achieved, translating into tremendous weight<br />
reduction and savings in material. <strong>Rodin</strong> has a team capable of producing super-<br />
efficient motors with much lower power consumption than conventional motors.<br />
These motors could be incorporated into a product as small as a ceiling fan or as<br />
large as a power plant. An existing prototype of a ceiling fan presently tests<br />
600% more efficient than a box fan. This will probably increase when<br />
manufactured with fine materials.<br />
There is considerable loss of energy in conventional electric motors since they<br />
produce heat. For example, the standard Edison bulb has 90% loss of energy.<br />
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