PUBLICATIONS

Foundations of physics

• Oleinik V.P. (2019) Mass of relativistic particle as a function of states of motion. Physical properties of accelerated motions by inertia
• Oleinik V.P. (2018) Accelerated movements by inertia and the physical properties of the space-time provided by them
• Oleinik V.P. (2018) The physical nature of particle mass. Relativistic mechanics based on accelerated motions by inertia
• Oleinik V.P. (2013) Law of gravity and curvilinear motion by inertia
• Oleinik V.P. (2013) The physical nature of the phenomenon of curvilinear motion by inertia
• Oleinik V.P. (2012) On the physical nature of rotational motion
• Oleinik V.P. (2008) Fundamental problems of physics: superluminal communication, active heat engines, unsupported motion

Special Relativity and Electrodynamics

• Oleinik V.P. (2007) New interpretation of relativistic physics
• Oleinik V.P., Lega J.G., Leschinsky A.P. (2007) Light barrier, vacuum medium, and superluminal communication — the basic means of communication in the future
• Oleinik V.P. (2006) The Scope of the Theory of Relativity Is Limited by Classical Point Particle. On the nonequivalence of inertial reference frames
• Oleinik V.P. (2006) New Results in Formulation of the Relativity Principle Essence
• Oleinik V.P. (2001) Change of the course of time in force field and weightless state

Theory of Gravity

• Oleinik V.P. (2012) Curvilinear motions by inertia and the Coulomb Law
• Oleinik V. P., Tretyak O. V. (2011) The Problem of Inertia and Antigravity
• Oleinik V.P. (2010) On the physical nature of gravitation
• Oleinik V.P. (2009) New approach to the motion problem: accelerated inertial motions
• Oleinik V.P., Prokofjev V.P. (2008) Rotary inertia and its physical consequences. What is gravitation?

Field theory, electrodynamics and nuclear physics

• Oleinik V.P. (2017) Solution to the Feynman problem: physical consequences. Accelerated motions by inertia and inertial forces
• Oleinik V.P. (2016) On the work “On the physical content of Maxwell's equations” by V.I. Piskunov
• Oleinik V.P. (2016) Solution to the Dirac problem: the physical consequences
• Oleinik V.P. (2015) The Dirac problem, part 3. Electromagnetic field and curvilinear motion by inertia. Application to atom model and cold nuclear fusion
• Oleinik V.P. (2014) The Dirac problem, part 2. Electromagnetic interaction as a direct consequence of the laws of mechanics
• Oleinik V.P. (2014) The Dirac problem. Generalization of Maxwell’s equations for electromagnetic field
• Oleinik V.P., Prokofjev V.P. (2007) Energy problem. Atom as an inexhaustible source of ecologically pure energy
• Oleinik V.P. (2005) Superluminal signals, cause-consequence relation, and the relativity phenomenon of physical processes
• Oleinik V.P. (2005) The light barrier and the superluminal information transfer
• Oleinik V.P. (2003) The problem of superlight communication: superlight signals in electromagnetic field and their physical carrier
• Oleinik V.P. (2001) Superlight signals, physical properties of time and self-organizing principle
• Oleinik V.P. and Arepjev Yu.D. (2001) On the theory of nuclear reactions at low energies: the physical mechanism of the reactions

Problems of power generation

• Prokofjev V. P., Oleinik V. P. (2011) Cavitation heat-generators