ON A POSSIBLE CONNECTION BETWEEN MITOGENETIC AND STRANGE RADIATION
Victor A. Panchelyuga, Mariya S. Panchelyuga
Institute of Theoretical and Experimental Biophysics, Russian Academy of Sciences, Pushchino, Moscow region, Russia
Abstract
Research into low-energy nuclear reactions (LENR) is currently undergoing active development. Many developed countries have established both government-funded and commercial programs in this field. As a result, the first commercial LENR devices have recently entered the market.
The fundamental phenomenology of LENR includes: 1) excess energy generation; 2) changes in the isotopic composition of reaction products; 3) an absence of ionizing radiation; and 4) the presence of so-called "strange radiation" (SR), which many researchers believe acts as a catalyst for LENR processes.
Observations regarding biological activity, shielding methods, and certain techniques for detecting SR suggest a potential commonality between this phenomenon and mitogenetic radiation. This presentation will briefly outline a series of experiments we conducted to investigate the biological effects of SR, and will provide a comparative analysis of the properties of SR and mitogenetic radiation.
Speaker
Victor A. Panchelyuga
Institute of Theoretical and Experimental Biophysics, Russian Academy of Sciences
Russia
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