About ten years ago (twenty years ago, now), a dear friend gave me a mysterious device. It measures the frequencies in a scale of its own and works a bit like a two-way radio. Since we only see the electromagnetic waves with “colored” frequencies, all the others remain invisible to our eyes.
This instrument is the radioscope of the “Callegari radionics”. It is unrelated to divining and to dowsing. It is ignored by conventional science. It was invented in the 1940s by Giambattista Callegari (Feltre 1912, Naples 1990, Italy).
It measures frequencies through direct contact or with iconographies, photographs and holograms. Everything (people, animals, plants and substances) has its own frequency of vibration. The radioscope detects it.
In engineering, especially for bridges, it is very important to know the existence of this physical property. There is a phenomenon, called resonance, that makes bridges sway until they collapse. If something sets the structure in oscillation, such as the wind or people walking with a march step, and if this frequency of oscillation coincides with that one specific of the bridge, this begins to swing frightfully until being destroyed.
The radioscope also measures two other types of frequencies: of phase displacement and of phase correction. That is, it analyzes the deviations of the element under consideration with respect to its own situation of equilibrium.
Moreover, it measures the amplitude of the phase displacement, in a scale ranging from 0 to 90 degrees, where 0 indicates a condition of equilibrium and 90 an irretrievable situation.
With the use of a particular accessory, if the phase displacement is less than 45 degrees, it should be possible to rebalance the analyzed element. That is, this accessory would allow the transmission of electromagnetic waves of specific frequencies to the subject, on which we are working, a bit like a remote control does, which sends a remote signal to your television set and makes it change the channel or make an adjustment.
The radioscope is an oscillating LC circuit, but oscillating in a mysterious way, lacking a generator of electromotive force (it does not have a battery, and it is not connected to the electric grid). It is an electromagnetic circuit made up of inductances and capacitors. It works in a way similar to that of a spiral metal spring which, when set in oscillation, transforms the energy from kinetic into potential and vice versa. In the radioscope the oscillations are instead of an electric and magnetic nature and are therefore invisible to our eyes.
To use it, you need a lot of practice and exercise at the beginning. Manual skills are acquired over time.
The radioscope is a versatile instrument and is adopted in different fields of application, depending on the knowledge and on the interests of the people, who use it. I am also trying to use it in the context of affective manipulations with personal, satisfying and surprising results at the moment.
Paola Morgese, PMP
Civil Hydraulic Engineer
M.S. Sanitary and Environmental Engineering
https://it.linkedin.com/in/ingpaolamorgese/en
References available on request.
Photo: Radiobiological device handmade in the Troise’s historic laboratory in Naples, Italy.
Translation of the Italian blog post: Paola Morgese, Il radioscopio della “radionica Callegari”
https://progettisostenibili.wordpress.com/2016/12/20/il-radioscopio-della-radionica-callegari/
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