CROWNSCOPY - Device for measuring the electromagnetic human biofield

Crownscopy technique

The work of the system is constructed on use of the optical converters, allowing to receive static and dynamic images which allow to define various psycho physiological states and adaptation reserves of organism.

"Crownscopy" device is environmentally friendly, non-invasive and non-traumatic. Today the device works with the computer under Windows OS.

˝Crownscope” works in the following manner:

The patient’s finger is placed against the surface of the transparent dielectric plate with conductive coating on the reverse side.

  • Then pulses from the generator are brought to the electrode. These pulses create electromagnetic field around the examined object. As a result, crown luminescence appears around the finger. It is captured with the help of an optical system and a CCD camera and converted into video signals which are saved as AVI files in the computer memory, where the digital signal is converted into a two-dimensional dynamic distribution of the finger emission which corresponds to the patient’s state.
  • The output signal from the computer becomes an input for the data representation block where it is visualised as a two-dimensional dynamic image with certain geometric and brightness properties on a part of the screen. When compared to the sample image of a practically healthy patient the examined patient’s state is determined.
  • Our dedicated software helps to conduct detailed analysis of energy state of organs and body systems, psychophysiological state and adaptive reserves.
  • Biophysics of the Method

    Emission of electrons and photos from the skin surface is stimulated with short (1-5 microseconds) pulses of electromagnetic field (EMF). According to the measurements taken with the help of the pulse oscilloscope equipped with memory, a series of electric current pulses (and luminescence) appears during the EMF pulse, each of them lasts for about 100 microsec.

    The pulse is developed due to the ionization of molecules of the gas environment because of the emitted electrons and photons. The drop of the pulse is explained with the charge of dielectric surface and the appearance of EMF gradient directed opposite to the initial field. When a series of stimulating EMF pulses with the frequency of 1000Hz is created the emission processes are developed within the time of pulse duration. This time is not enough for the ion depolisation processes in tissues to develop, which is why the current appears due to the electron movement along the structural complexes of biological tissue in the pulse current flow.

    Based on this, we can conclude that the Crownscopy method allows to judge about the level of Energy reserves indirectly on the molecular level of structural protein complexes.

    Crownscopy allows:

  • To reveal presence of dysfunctions of organs and systems long before display of clinical symptoms.
  • To calculate degree of adaptive reserves of an organism in the form of numerical indicators.
  • To find out changes of psychoemotional conditions before psychological failure.
  • To correct an organism condition at psychological, physiological and adaptable levels.

  • Example of psychophysiological state of a person:
     

    Possible use of the ˝Crown-scan˝ sensor in the mobile phone

    Offered sensor in the mobile device is intended for integrative estimation of human health.

    One is necessary both for healthy and unhealthy people: keeping an eye on their health status, quality of consumed food, various preparations, environmental conditions and ones influence, methods of treatment, recovery dynamics, assessment of the state before and after the training loads, a choice of suitable exercises, evaluation of adaptive and energetic reserves of an organism, study the effect of various healthful products, instruments and techniques.

     

    Competitive advantages of the proposed technology

    There are available sensors of similar purpose.

    However, this technology differs:

  • Integrated approach to a human organism
  • Visual attractiveness
  • Simplicity
  • Possibility of treatment (by the principle of darsonvalization effect).
  • The strategic objective of the project

    Miniature sensor will be integrated with mobile devices: a cell phone, tablet, laptop and work on the base operating of Android system.

    People can easily get information (at any time) about ones health status, estimate the risks of dysfunctions and diseases, obtain stress level, get recommendations for improving the status and to whom and where to call.

    Certificate : RUSSIAN CERTIFICATE - 2014, EU DIRECTIVE - DECLARATION OF CONFORMITY - Available in 2017

    Available in 2017!

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