Ancient Greek historian Herodotus in the 5th century BC. wrote that in Egypt much is comparable to a miracle. In addition to the pyramids of Cheops, Khaphren and Mikerin, Giza has two giant pyramids in the middle of Lake Merida (100 km south-west of Cairo). These pyramids have not survived to this day. Another miracle of that time was the huge structure of the Labyrinth, which was located near the Nile. This building was a treasury of the values and knowledge of the pharaohs.
The labyrinth was built in the form of a gigantic horseshoe, with 1500 rooms each in the ground and underground parts. This grandiose structure has not survived either. All these gigantic structures were erected by means of engineering devices, which were based on the use of sources of static electricity. For example, during the construction of the Cheops pyramid, an inclined lifting lift was used, in which paired electromagnets and solenoids installed coaxially with a certain pitch were used (see Fig. 1). The equipment of the inclined elevator was manufactured in Altai, where pyramids are also much larger than the Egyptian ones. At that time, technical devices using electricity were used in many directions, including in quarries, in lighting underground and aboveground rooms.
During the construction of the pyramids at Lake Merida, two inclined elevators were used (see Fig. 2).
In a later period, during the construction of the Alexandria lighthouse, lifting equipment was also used - vertical elevators with an electromechanical winch. For this, a stackable pile-up elevator shaft was built on the foundation in the central part of the structure made of wood. Upon completion of the construction of the first tier of the lighthouse, a similar pile driver was built for the second tier (for the second winch). The construction of the third tier of the lighthouse and higher was carried out using wooden scaffolding and a rope-block system. The general layout of the elevators can be seen in Fig. 3. Elevator winches were manufactured at that time on the southern coast of the Sea of Marmara, east of the port city of Bandarma. Upon completion of the construction of the lighthouse, the electric lifts were replaced by manually operated lifts. An underground tunnel went from the lighthouse under the dam to the shore,which adjoined the underground premises, where written and object evidence of the period of construction and operation of the BC should be preserved.
Soon, a similar method was used when erecting a 70-meter-high structure over the tomb of the Macedonian king in Macedonia. This structure was in the bend of the Bregalnitsa River, about 20 km east of the city of Titov-Veles. It was destroyed in the 4th century. n. e. fanatics of the new faith, and behind a series of wars and troubles the past was forgotten.
Since the ancient civilization of Atlantis, earth-moving equipment has also been used in construction. For example, according to the project of the titanium Prometheus, the builder Hercules-Dactyl, by means of an electro-earthing device, dug a canal in the area of the river basin. Pechora, halving the outlet to the sea.
In Egypt, earth-moving equipment was also used for laying canals and erecting large structures. 1700 BC a canal was built connecting the Nile in the Cairo region with the Gulf of Suez and the Red Sea. During its construction, several earth-moving devices were used (Fig. 6), which destroyed the earth with torsion energy flows, simultaneously sucking it out and throwing it out, like a tornado.
On this channel in 1470 BC. Queen Hatshepsut sent an expedition around Africa for myrrh resin to the country of Punt (western Africa), to the northeast of the Futa Djallon plateau, where the extraction of this resin is possible in our time. The expedition set off on a self-propelled catamaran ship measuring 60x24 meters. In the same way they sailed to Punt and under the ruler Necho (610-595 BC)
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With the help of the technical device shown in Fig. 5, about 1600 BC to the west of the Nile, the Water Canal was dug, resulting in the formation of a reservoir called Lake Merida. This name comes from the ancient Egyptian name Mer-ur (large channel). (See Figure 7.)
Around 1200 BC a canal was built, for the first time connecting the Mediterranean with the Red Sea. It lasted only about 300 years. In its construction, the device shown in Fig. 5. Time, wars, sandstorms destroyed many creations of people, only myths, legends, traditions, chronicles bring to us fragmentary information about the past.