Apparatus having a vacuum chamber configured to convert electromagnetic waves to electricity for driving a steam generator system

An electricity generator comprising:

• (a) a core including a pair of hemispherical end caps and a mid-section interconnecting the end caps, the end caps and mid-section cooperating to define an interior chamber, the interior chamber having a lining, the core further including a vacuum valve stem and a vacuum pump, the vacuum pump connected to the vacuum valve stem for creating a vacuum inside the interior chamber, the core further including a helium valve stem and a helium pump, the helium pump connected to the helium valve stem for inserting helium into the interior chamber;
• (b) a metallic waveguide tube having a first end and a second end, the first end being connected to the core and extending to the interior chamber, the waveguide tube comprising a hollow elongated tube;
• (c) a frequency generator for generating electromagnetic waves having a wavelength at a chamber driving frequency, the frequency generator being connected to the second end of the waveguide tube, whereby the electromagnetic waves are generated by the frequency generator, pass through the waveguide tube, and enter the interior chamber of the core, wherein the mid-section has a length that matches a peak-to-peak distance of the wavelength of the chamber driving frequency;
• (d) a plurality of metallic electrodes extending into the interior chamber, the plurality of electrodes being electrically connected to an output, the plurality of electrodes being ribbon-like in shape and having a width substantially wider than a thickness thereof;
• (e) at least one diode disposed between each of the plurality of electrodes and the output for regulating the direction of the flow of electricity;
• (f) a plurality of hollow resonator tubes, each of the plurality of resonator tubes having a respective end that extends into the interior chamber, and each of the plurality of resonator tubes surrounding a respective electrode, each of the plurality of resonator tubes is formed from a material selected from the group consisting essentially of glass, plastic, ceramic, and metal;
• (g) a first steam generator system, the first steam generator system having a water tube in communication with the output, the first steam generator system further including a steam chamber and a turbine generator, the steam chamber in communication with the water tube via a first steam conduit and the steam chamber in communication with the turbine generator via a second steam conduit;
• (h) a pair of opposing pyramids disposed on the interior chamber;
• (i) at least two cobra snake structures mounted on the interior chamber disposed on the end caps and opposite each other;
• (j) an RF-permeable window secured to the core at the location where the first end of the waveguide tube connects to the core;
• (k) a fan mounted to the interior chamber for evacuating the interior chamber during cleaning;
• (l) a water jacket disposed along the perimeter of the core within the interior chamber;
• and
• (m) a second steam generator system, the second steam generator system having a water input and a water output in fluid communication with the water jacket, the water output having a water pump for circulating water out of a water tank and into the water jacket, the second steam generator system further including a steam chamber and a turbine generator, the steam chamber in communication with the water inlet via a first steam conduit and the steam chamber in communication with the turbine generator via a second steam conduit.