n associated with streetlights, stadium lights or in large cities.

Currently this technology is being used in those little flashlights you see advertised on television that you shake and they light, but you never need bat

For the diehard NASCAR fans, we know that the sounds and roar of the engines and the air as these cars race by is something you cannot get at home, even with a large screen plasma HDTV. The vibrational energy at a NASCAR event is unbelievable and we should use this energy to light up the Race Track utilizing this energy. How so you ask?

By lining the race track walls with special sheets and placing these large 4’ X 8’ sandwich sheets with a taunt film on the vibrational side and small copper lined tubes; hundreds of these tubes running perpendicular to the sheets, with magnets inside bouncing back and forth. These magnets will charge a capacitor and be hooked up to an LED lighting system using fiber optics or reflectors, each one hooked up to a .2 to .5 watt light. With hundreds of thousands of lights hooked up in a composite format it will light up the racetrack without the light pollution associated with streetlights, stadium lights or in large cities.

Currently this technology is being used in those little flashlights you see advertised on television that you shake and they light, but you never need bat

is unbelievable and we should use this energy to light up the Race Track utilizing this energy. How so you ask?

By lining the race track walls with special sheets and placing these large 4’ X 8’ sandwich sheets with a taunt film on the vibrational side and small copper lined tubes; hundreds of these tubes running perpendicular to the sheets, with magnets inside bouncing back and forth. These magnets will charge a capacitor and be hooked up to an LED lighting system using fiber optics or reflectors, each one hooked up to a .2 to .5 watt light. With hundreds of thousands of lights hooked up in a composite format it will light up the racetrack without the light pollution associated with streetlights, stadium lights or in large cities.

Currently this technology is being used in those little flashlights you see advertised on television that you shake and they light, but you never need bat

nt film on the vibrational side and small copper lined tubes; hundreds of these tubes running perpendicular to the sheets, with magnets inside bouncing back and forth. These magnets will charge a capacitor and be hooked up to an LED lighting system using fiber optics or reflectors, each one hooked up to a .2 to .5 watt light. With hundreds of thousands of lights hooked up in a composite format it will light up the racetrack without the light pollution associated with streetlights, stadium lights or in large cities.

Currently this technology is being used in those little flashlights you see advertised on television that you shake and they light, but you never need bat

n LED lighting system using fiber optics or reflectors, each one hooked up to a .2 to .5 watt light. With hundreds of thousands of lights hooked up in a composite format it will light up the racetrack without the light pollution associated with streetlights, stadium lights or in large cities.

Currently this technology is being used in those little flashlights you see advertised on television that you shake and they light, but you never need bat

n associated with streetlights, stadium lights or in large cities.

Currently this technology is being used in those little flashlights you see advertised on television that you shake and they light, but you never need batteries. This idea of lighting up the racetrack is using that technology on a larger scale with miniaturized parts making up the guts between the sandwich sheets. Let there be light, thru vibrational energy and there was. Think on it.