How many upper tier arches are there for one middle tier arch?
-Three.
-Quite right! Now let us show that the size of the arches of the third tier corresponds to the amplitude of the third harmonic of the triangular signal.
-What does the triangular signal have to do with it?
- Given that this aqueduct is part of a megalithic evaporation complex, i.e. in a simple way - a flow-through type heater. In this case, the bias current of this microwave boiler is composed of sinusoidal components. The first harmonic is formed by the middle tier of the dielectric resonant system, and the third harmonic is formed by the upper one.
-And on what basis do you see such a bold assumption?
-Let's speculate.
Firstly, it makes no sense to conduct aqueducts under the rivers, you must agree. And there are such aqueducts! If water is needed for technical purposes, then it can be taken from the river. For drinking, cubic meters per second may be needed only for a city with a million population.
Promotional video:
This amphitheater, which is part of the Aspendos megalithic complex, is approached by a 15 km long aqueduct from a nearby hill.
The ornaments of this megalithic amphitheater resemble those of the megalithic complex at Baalbek. Both magnetron accuracy and scale …
So, we again observe an evaporation complex, to which spring water is supplied in large quantities (of the order of a cubic meter per second).
Looking closely at the aqueduct that goes to Aspendos, it is easy to spot.
Signs of megalithic masonry.
It follows that the aqueduct is part of a megalithic evaporation complex. If the purpose of the complex is to extract precious metals from spring water, why not start evaporation already in the aqueduct? If it is 15 km long and 1 meter wide, then the water surface area is 15,000 square meters, which is comparable to the total area of the megalithic complex in Baalbek (~ 20,000 square meters).
Coordinates.
The third harmonic allows you to increase the power by 27%, as shown by the calculation of one of the investors in the Nanomir laboratory.
The amplitude of the third harmonic should be 3 ^ 2 = 9 times less than the amplitude of the first harmonic. Therefore, the third harmonic must be formed by a more compact tier of the resonant system, which we see in the photograph of one of the oldest aqueducts (the Pont Du Gard near Nimes).
By the way, Nimes also has its own "Colosseum" (!)
Coordinates.
Its precise elliptical shape is reminiscent of the Colosseum. It is interesting to figure out from which blocks and by what technology this object was built. Is it not the same megalithic evaporation complex as the Colosseum? If so, how was the precious metal-rich spring water supplied to it?
On ancient aqueducts, I was able to find several different signs of megalithic technology. These are not only typical joints with the insertion of some blocks into others.
These are the characteristic marks of circular saws,
10-12th century A. D. Costa Rica, Nicaragua, ceramics, 58.7 cm.
with which the aliens sawed off large stone slabs, after which they broke them, as a professional carver does with glass. Just imagine the size and power of the installation, which cuts and breaks, like glass, stone slabs half a meter thick!
Pay attention to the monstrous accuracy of this megalithic aqueduct, which is visible even millennia after its construction …
Coordinates.
This ancient aqueduct in Segovia also has signs of a megalithic structure:
The mass of the building blocks of ancient aqueducts reaches 10 tons, which is typical for megalithic structures.
At first glance, it may seem that arches of different sizes cannot form a resonant system of an aqueduct-evaporator.
However, the superposition of small arches on large ones shows the addition of the same third harmonic, which makes it possible to increase the power of the flow-through evaporator by 27%.
Let's see where this aqueduct is located? It runs along the isthmus of a small peninsula. Water flowed along the aqueduct to the old city …
Quote: The old town of Kavala (Panagia quarter) is located on a small rocky peninsula (on the site of Christoupol) and is surrounded by fragments of its Byzantine fortification. Here are: a medieval fortress, which was built in the 15th century on the site of an older acropolis on the top of a hill … End of quote.
So, we again see a certain megalithic complex, to which spring water is supplied through the aqueduct. And the aqueduct is not simple, but a "flow-through type heater" …
Let's try to simulate an aqueduct element in the HFSS program.
A sequence of identical elements creates a recognizable image of an ancient aqueduct.
It is possible to simulate such a complex dielectric resonance system in the HFSS program only in parts …
The fewer elements we take, the faster the calculation of the fields will be completed.
The resonant system is balanced in such a way that the water passing over the arches of the upper tier cannot completely bypass the resonant system and receives only as much energy as the energy source consisting of the dielectric forming the aqueduct can give.
The choice of the working mode can be done with additional protrusions …
Dark blue spots (knots) can be fixed by cutting holes or creating protrusions, which are also typical of aqueducts and other megalithic structures of this shape.
On the megalithic gate of Edirnekapi (Istanbul), these fixators of the nodes of the standing wave are clearly visible.
This is not a megalith, but decorative elements repeat the functional elements of megalithic structures …
The aqueduct near the village of Zenino is not a megalith either, but the knot locks are probably copied from a megalithic prototype …
The aqueduct in Paris is also not a megalithic structure, but it was probably built in the image and likeness of a megalithic aqueduct with a source of energy in the form of decorative blind arches running along the upper edge of the wall.
What conclusion follows from our discovery?
Just like all megaliths, ancient aqueducts were built by alien expeditions in order to bring spring water, rich in precious metals, to evaporation complexes. It is curious that some of them are part of the evaporation complex, i.e. spring water heated up and began to evaporate already when moving along the aqueducts. Moreover, some aqueducts are flow type electromagnetic heaters / boilers, in which several harmonics were generated. These are triangular bias current generators that are more powerful than sinusoidal current generators.
Having studied and repeated this technique, we will also be able to extract precious metals from spring water in large quantities, which will allow us to increase the strategic reserves of Russia (and other countries) in a few years …