Quantum gravity

In the Collection "Quantum Gravity" the first article presents a new method for constructing quantum gravity, based on the equations of Einstein's general theory of relativity. It is shown that the natural space-time boundary is the Planck length. A new uncertainty relation between the gravitational radius of a particle and its position has been found. The basic equation of quantum gravity has been established. The inevitable nature of the three-dimensionality of space is shown. A hypothesis has been put forward about the nature of the singularities of black holes and the Metagalaxy. The second article establishes Bohr's general principle of complementarity, its extension to other areas of reality and its philosophical significance. The last article builds a visual model of special relativity and shows its role in scientific knowledge.

Autorentext
Klimets Alexander Pavlovich, graduated from Brest Technical University (1972-1977), postgraduate studies at the Institute of Philosophy of the National Academy of Belarus (2000-2003).

Klappentext

In the Collection Quantum Gravity the first article presents a new method for constructing quantum gravity, based on the equations of Einstein s general theory of relativity. It is shown that the natural space-time boundary is the Planck length. A new uncertainty relation between the gravitational radius of a particle and its position has been found. The basic equation of quantum gravity has been established. The inevitable nature of the three-dimensionality of space is shown. A hypothesis has been put forward about the nature of the singularities of black holes and the Metagalaxy. The second article establishes Bohr s general principle of complementarity, its extension to other areas of reality and its philosophical significance. The last article builds a visual model of special relativity and shows its role in scientific knowledge.