Through the looking glass of astrophysicist Kozyrev. Can mirrors be transmitters?

One of the first to encounter this effect in a scientific experiment were Florentine academicians of the 17th century. In 1667, in a voluminous collective work - a kind of report on their scientific research - they described a seemingly strange experiment.

A concave mirror was installed at a considerable distance from a two-hundred-kilogram block of ice. At the same time, it was discovered that at its focus the air temperature decreased noticeably. Then Italian scientists concluded that cold, like heat, spreads by radiation.

Today, based on the laws of thermodynamics, we would probably talk about a slightly different mechanism: it is not cold that penetrates into the focus of the mirror, but heat, as it were, “pulled out” from it and rushes outward. In other words, a concave mirror has the properties of not only a receiving antenna, but also a transmitting antenna.

This effect is well known in radio engineering: just look at parabolic radar or satellite television antennas. Apparently, the so-called “Kozyrev mirrors” - a special system of concave aluminum mirrors - also have similar properties.

According to the hypothesis proposed by Professor N.A. Kozyrev, these mirrors can focus various types of radiation, including from biological objects. The predictions of the brilliant scientist were confirmed by experiments on distant interactions: clairvoyance, telepathy, etc.