Method and Aparatus for Monitoring Storm Activity on the Earth

The subject of the offer is the global system for testing, monitoring and forecasting storm activity in real time based on propagation of electromagnetic field signals of extremely low frequency (ELF, 3-3000 Hz). Data on storm activity are significant for early warning in case of the lightning hazard.

The system uses efficient algorithms for analysis of wave resonance in the Earth-ionosphere cavity, through which the location of storms and their intensity in real time can be determined. A single device for storm monitoring already records signals from all lightning on Earth. The application of several to several dozen stations with recording equipment distributed relatively evenly over the globe, in different continents in conjunction with the computing algorithm, allows for precise imaging of storm activity (both the location and intensity) in given coordinates, even in the areas where their coverage by other methods is impossible.

Global system for testing, monitoring and forecasting storm activity also gives an opportunity to study atmospheric chemistry - measurements of nitrogen oxides as a function of time, in tropical inaccessible regions of the planet, and it may have many other applications in the field of science, as a study of electrical phenomena in the high layers of atmosphere, climate change and the greenhouse effect.

-global coverage, even using only one monitoring device,
-high precision of the lightening intensity determination,
-ability to outline storm activity maps graduated in units of current per unit area, including the previously inaccessible areas of the globe by the other systems because of their limited access,
-an opportunity to observe the movement of storm centers in real time
Economic and financial information

The offered storm activity system is the subject of patent application (EPO, USA, Russia, Japan, India, China, Korea, Canada, Brazil, Mexico). EPO patent has been granted.

The invention is still being developed at the Astronomical Observatory at the Faculty of Physics, Astronomy and Applied Computer Science of the Jagiellonian University.

Currently, the Centre for Innovation, Technology Transfer and University Development (CITTRU) is looking for companies and institutions interested in the technology development, its testing and application of data obtained by the system and /or in obtaining a license.

MX 295,128 issued 2012-01-21   [MORE INFO]
CN 101,802,650 issued 2012-06-05
RU 2,470,332 issued 2012-12-20   [MORE INFO]
US 83,321,502 issued 2012-12-11   [MORE INFO]
EP 2,165,223 issued 2012-06-06   [MORE INFO]

Type of Offer: Sale or Licensing

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