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A specialized medical digital stethoscope for listening cardiovascular sounds.
Development of distributed network of electromagnetic sensors for realtime magnetic resonance imaging of the Earth's oceans and atmosphere. This network is build in conjunction with the quantum gravity detection experiment.
Solution of inverse problem for arbitrary magnetic fields in nuclear magnetic resonance imaging. This technology is developed for reconstructing of 3-d images of deep underground structures in the Earth crust with the depths of up to 500 meters, using the Earth's background magnetic field.
1. Issinski, A. (2023). Earth Natural Magnetic Resonances in Quantum Gravity Experiments. https://doi.org/10.5281/zenodo.7949353