Abstract
Theoretical and experimental studies of special processes in linear electric circuits have proved the principle of physical reality of imaginary numbers discovered 500 years ago. This principle of physical reality of imaginary numbers has allowed astrophysics to prove the existence of invisible parallel universes and explain the phenomena of dark matter, dark energy and dark space associated therewith. Physical entities corresponding to imaginary, complex and hypercomplex numbers in the other exact sciences together form an invisible and still unknown world that is to be learned by science of the future.
Highlights
At the turn of the twentieth century William Thomson, 1st Baron Kelvin the President of the Royal Society in 1890-1895, asserted: “There is nothing new to be discovered in physics
This principle of physical reality of imaginary numbers has allowed astrophysics to prove the existence of invisible parallel universes and explain the phenomena of dark matter, dark energy and dark space associated therewith
The monograph has proved that dark matter and dark energy discovered in the previous century still seem completely inexplicable only because their explanation is not sought where it is
Summary
At the turn of the twentieth century William Thomson, 1st Baron Kelvin the President of the Royal Society in 1890-1895, asserted: “There is nothing new to be discovered in physics now. The twentieth century denied this assertion, as theory of relativity and quantum mechanics were developed, radioactivity and X-ray radiation, a planetary model of atom and black holes, dark matter and dark energy were discovered, atomic and hydrogen bombs were exploded, transistors, integrated microcircuit, lasers and many other things were created. There can be no doubt that there will be other outstanding discoveries and new theories in the present century In this regard, the hypothesis of the hidden Multiverse developed in the twenty-first century is of interest, as it has solved many problems that arose in astrophysics of the twentieth century. The hypothesis of the hidden Multiverse developed in the twenty-first century is of interest, as it has solved many problems that arose in astrophysics of the twentieth century This hypothesis is based on the principle of physical reality of imaginary numbers proved theoretically and experimentally.
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