Our Projects

Infrascope

A novel non-invasive cardiovascular diagnostic device for listening low-frequency acoustic signals produced by the human cardiovascular system, which are predominantly beyond the range of human hearing and traditional stethoscopes.

Magnetic Resonance Imaging for Environmental Monitoring

We have discovered proton magnetic resonances in the Earth oceanic waters that can be used to remotely build a global realtime image of various processes in the Earth oceans and atmosphere. Lightning strikes cause massive proton and electron paramagnetic resonances that can be registered thousands kilometers away by our sensors network. Resulting information is then used to build 3d MRI map of oceans and atmosphere.

Deep 3D Magnetic Resonance Imaging for Mineral Exploration

Surface based technology for measuring 3d nuclear magnetic resonance images of underground mineralization structures in the Earth crust with the depths of up to 500 meters and resolution of 10 meters.