Will our Universe expand forever, or there is a Big Crunch coming up? How can the rate of the Universe expansion be measured in a laboratory? How does the boundary of space look?

How can Mach's principle be verified experimentally? How many stars are needed in order for the law of inertia to hold?... (More)

Лейбниц провозгласил необходимость создания новой философии, в которой роль фундамента играет идея всеобщей гармонии. Прообраз такого метода он видел в методе математическом, который сам по себе не является универсальным, но может служить образцом, позволяя обобщить алгоритм. В книге предлагается... (More)

The nature of light being a subject of intensive research and speculation over the centuries still remains a "dark" issue of the modern physics. It has been established that light transfers energy from the source to the receiver by discrete portions, the quanta. However, there is no unified point of... (More)

The endless and mysterious history of origin and development of celestial bodies, the evolution of the Solar System, comets, asteroids, terrestrial and giant planets, small bodies and enigmatic planet rings --- all these are the material on which a number of cosmogonical hypotheses are built.

Fundamental and derived physical quantities are geometrized on the basis of the hypothesis of global stationary state of our Universe. A new (L) system of physical quantities based on a single quantity (length) is created and developed. Numerical values of seven base units as well as fundamental physical... (More)

This book describes the postulates (principles) of Energy Theory, which state the following. The Universe, in all of its parts ranging from the minimal to the maximal, is constantly pulsating, compressing energy in some parts and accordingly rarefying it in others. The Universe is to be considered... (More)

How one electron can be in two remote areas simultaneously? How can we “cook up” a quantum state? What is described by wave function and when its reduction takes place? How long is a quantum jump and is it a reversible process? How does quantum nonlocality work? Traditional textbooks on quantum mechanics... (More)

This book presents key ideas of quantum mechanics. The paradoxes of the quantum world are explained with examples of dispute between Einstein and Bohr. A collection of simple drawings illustrates the key concepts: wave/particle dualism, non-locality, and quantum jumps.

It is shown in the book that by attributing the properties of superfluid 3He-B to physical vacuum one can describe the following physical phenomena: the emission, absorption and propagation of light, the wave properties of matter, the interaction of quantum particles with electric fields, superconductivity,... (More)

This book revealed and demonstrated latent or evident errors in the mathematical constructions of the general and special theories of relativity, quantum mechanics, and surface tensions in condensed bodies. This required examination of a wide range of questions concerning the essence of magnetism, effects... (More)

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