Before Hedy Lamarr

https://t.me/AzazelNews/36147

Compare Wardenclyffe with the Pyramids

"Speculation on the Wardenclyffe Tower tunnels ranges from them being for drainage, acting as access ways, or having the function of enhancing ground connection or resonance by interacting with the water table below the tower, maybe via being filled with SALT WATER or LIQUID NITROGEN (LIQUID SUPERCONDUCTIVE GASSES LIKE HYDROGEN OR ARGON/KRYPTON).[18][21] There is also contemporaneous and later descriptions of four 100 foot long tunnels, possibly brick lined and waterproofed, radiating from the bottom of the shaft north, south, east, and west terminating back at ground level in little brick igloos."

"The rooftop of the New Yorker Hotel has never been an observation deck, and is occupied mostly by mechanical equipment."

Fluff piece on the view from the top. They don't show the "equipment."

The New Yorker has an abandoned underground tunnel.

Here is the truth in detail about The New Yorker Hotel

There's a power plant in the basement

“The New Yorker Hotel was the most advanced hotel in the world technologically when it was built,” says Kinney. It’s 1 million square feet above ground and 200,000 square feet below ground. The Institute of Electrical and Electrical Engineers (IEEE) named the New Yorker Hotel an IEEE Milestone in Electrical Engineering and Computing for having the “largest (DC) generating plant in the United States” when it was built. It was also one of the first cogeneration power plants in the world. There are only a little over one hundred IEEE milestone sites in the world, and the New Yorker Hotel joins the ranks of places like Niagara Falls and Bell Laboratories."

"The power plant was installed in 1929 and had enough capacity to provide electrical power for a city of 35,000 people. As such, the hotel remained completely off the power grid for thirty years. High pressure boilers made 180 pound steam, sending it over to a massive eightl cylinder diesel locomotive steam engine that powered the direct current electric generators. Exhaust steam was used for heating and other activities within the building, providing the cogeneration part of the plant. Down in the basement, you can still see the motors, over 200 of them, and a sixty-foot long switchboard, which Kinney refers to as the “Frankenstein board.”

Even though JP Morgan abandoned Tesla in his time of need. The US Goverment did not. It swooped in and helped him rebuild Wardenclyffe and provided unlimited funding.

Check it out yourself https://www.youtube.com/watch?v=z7s5CcgOJjs

The problem:
ELIHU THOMSON and N. TESLA, later also R. A. FESSENDEN, made early use of this arrangement for the purpose of continuously exciting the natural oscillations of a condenser circuit by means of direct current. It is highly improbable that either THOMSON or TESLA succeeded in actually obtaining undamped oscillations of such frequency and energy as come into question for radio-telegraphy. THOMSON'S spark gap (the arc) had solid metallic electrodes in air at atmospheric pressure; with such electrodes, however, and potentials of not much more than 1000 volts, it is hardly possible to obtain undamped oscillations atTESLA made some use of carbon electrodes, which are far more apt to make the production of undamped oscillations feasible; but even if he obtained undamped oscillations, their frequency cannot have been very high, as even his highest discharge frequency gave an audible tone.

The solution:
This problem was first solved by POULSEN.loa He soon showed that the arrangement of Fig. 244 would give undamped oscillations at radio-frequencies and sufficient energy, if modified as follows:
1. The gap (or arc, F, Fig. 244) is placed in hydrogen or a gas containing hydrogen. .
2. The positive electrode of the gap (or arc) is of copper, preferablycooled by circulating water, retaining carbon only for the negative electrode. .
3. A magnetic field is caused to act upon the arc (magnetic blow-out).Furthermore, in order to improve the regularity of the oscillations, which is of great practical importance, we should add another requirement, viz., .
4. One of the electrodes (the carbon) is slowly revolved about its axis.

“This is, essentially, a circuit of very high self-inductance and small resistance. The electromagnetic radiations being reduced to an insignificant quantity, and proper conditions of resonance maintained, the circuit acts like an immense pendulum, storing indefinitely the energy of the primary exciting impulses and impressing upon the earth uniform harmonic oscillations of great intensity.”

So they were acting as charging stations when there were lightning storms

They used on the outer side of the pyramid granite that was less friable than limestone but still conductible.

Below the granite laid limestone which is more conductive than granite, used for inside walls conductivity.

Basalt was used on the floors for heating the feet 🦶 lol

The water systems helped make the stones more conductive because of their porous characteristics.