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“And Longer Century Lasts a Day...”
Purpose: The purpose of this article is to identify those issues that are questioning the adoption of modern quantum
theory and geometrodynamics as a complete description of physical reality.
Methods: The research is based on historiographical method by consideration of Genesis and the specifi c of
development stages of research programs – the quantum fi eld theory and geometrodynamics – with the basic principles
of a solid core programs construction. Also methods of science growth dynamics research are used, in particular, the
Lakatos research programs.
Results: It is shown that quite complex was the stage of formation of quantum fi eld theory, covering a period of
about thirty years – from the Strap discovery to the creation of a renormalizable quantum fi eld theory. Meanwhile, the
essence of quantum physics concept has not changed for a century. Geometrodynamics concept, on the contrary, in its
development during the past century was accompanied by the generation of unusual ideas and models sets, with extremely
fast tempo mode. The article outlines the main milestones of this road. The content of the programs basic methodological
principles is discussed in details: integrity, uncertainty and complementarity in quantum physics and calibration principle
in geometrodynamics. It is shown that all fundamental problems of the 21st century physics are reduced to problems of
the vacuum physics Actually, 21st century started from the opening of the vacuum cosmological experiments in the form
of dark energy. Three known subsystem vacuum – diakovska, the quark-gluon and highaway are studied.
Discussion: The conclusion that all three vacuum systems are different manifestations of a single universal vacuum
structure corresponding to the description of the world in terms of a single universal geometry is made. It is suggested that
in new research program, other vacuum systems which are not still determined will be presented. Further scientifi c research
deployment will be based on a deep relationship, mutual changement and, fi nally, non-dividing of subsystems. Therefore
ideology of quantum physics used in modern subsystems characteristics, according which the division of the integrity to
makeobstacle representing the vacuum, and the microcosm, the objects of which are interpreted as vacuum excitations is
made cannot be considered as the fi nal ideology.
theory and geometrodynamics as a complete description of physical reality.
Methods: The research is based on historiographical method by consideration of Genesis and the specifi c of
development stages of research programs – the quantum fi eld theory and geometrodynamics – with the basic principles
of a solid core programs construction. Also methods of science growth dynamics research are used, in particular, the
Lakatos research programs.
Results: It is shown that quite complex was the stage of formation of quantum fi eld theory, covering a period of
about thirty years – from the Strap discovery to the creation of a renormalizable quantum fi eld theory. Meanwhile, the
essence of quantum physics concept has not changed for a century. Geometrodynamics concept, on the contrary, in its
development during the past century was accompanied by the generation of unusual ideas and models sets, with extremely
fast tempo mode. The article outlines the main milestones of this road. The content of the programs basic methodological
principles is discussed in details: integrity, uncertainty and complementarity in quantum physics and calibration principle
in geometrodynamics. It is shown that all fundamental problems of the 21st century physics are reduced to problems of
the vacuum physics Actually, 21st century started from the opening of the vacuum cosmological experiments in the form
of dark energy. Three known subsystem vacuum – diakovska, the quark-gluon and highaway are studied.
Discussion: The conclusion that all three vacuum systems are different manifestations of a single universal vacuum
structure corresponding to the description of the world in terms of a single universal geometry is made. It is suggested that
in new research program, other vacuum systems which are not still determined will be presented. Further scientifi c research
deployment will be based on a deep relationship, mutual changement and, fi nally, non-dividing of subsystems. Therefore
ideology of quantum physics used in modern subsystems characteristics, according which the division of the integrity to
makeobstacle representing the vacuum, and the microcosm, the objects of which are interpreted as vacuum excitations is
made cannot be considered as the fi nal ideology.
Quantum physics, geometrodynamics concept, the main principles, vacuum, problems, predictions