diorthotis
New Member
Greetings,
I am new here. Today I want to share an idea I have that seems interesting. This involved detailed and complex mathematical calculations.
The basic idea is to use a parabolic reflector with an emitter that will produce thrust, which if directed downward, would cause lift relative to the Earth.
The science behind this idea is very basic. Photons are particles of light that are emitted from a wire when alternating current is applied. The emitted radiation is directed by using a parabolic reflector. The required energy can be calculated, and is approximately 4.448602 watts of power to produce hovering on the Earth's surface for each pound required to hover. This equates to 1,334 watts of power for a 300 pound craft.
The voltage of the AC circuit determines the required amperage or vice-versa.
For example, a 1,000 lbs object at 1 ampere would require an AC voltage of 4,448 VAC.
A modern High voltage 27 kv @ 1.3 mA from an old CRT monitor or Television would be able to hover about 7.8 lbs of weight.
I am new here. Today I want to share an idea I have that seems interesting. This involved detailed and complex mathematical calculations.
The basic idea is to use a parabolic reflector with an emitter that will produce thrust, which if directed downward, would cause lift relative to the Earth.
The science behind this idea is very basic. Photons are particles of light that are emitted from a wire when alternating current is applied. The emitted radiation is directed by using a parabolic reflector. The required energy can be calculated, and is approximately 4.448602 watts of power to produce hovering on the Earth's surface for each pound required to hover. This equates to 1,334 watts of power for a 300 pound craft.
The voltage of the AC circuit determines the required amperage or vice-versa.
For example, a 1,000 lbs object at 1 ampere would require an AC voltage of 4,448 VAC.
A modern High voltage 27 kv @ 1.3 mA from an old CRT monitor or Television would be able to hover about 7.8 lbs of weight.