International Journal of Quantum Technologies
Divergences Between the Mathematical and Physical Interpretations of the Tensor On Einstein's Attempt to Simplify The Gravitational Field Equation (1915) Abstract
In 1915, Einstein, simultaneously with the gravitational field equation, obtained a simplified version of this equation. Schwarzschild found an exact solution to this version. The article discusses the features of the simplified version of the Einstein equation and its asymptotic properties.
Journal key Highlights
Atmosphere Astronomy and Astrophysics Atomic and Molecular Physics Atomic Physics Bio Photonics Bio Physics Biological and Medical Physics Chemical Physics Classical and Modern Physics Classical Mechanics Climate Physics Computational and Data Science Computational Physics and Numerical Simulation Condensed Matter Physics Cosmic rays Dynamic quantum order Environmental Physics Fluid dynamics Fluid Mechanics Gas-Discharge Physics Geophysics and Planetary science Gravitation and Cosmology High-energy and particle physics Industrial applications Instrumentational Physics Magnetic Materials Magnetic resonance imaging Magnetism Majorana bound states Material Physics Mathematical Physics Mechanics Medical Physics Mesoscopics Metrology Metrology and Instrumentation Micro-electromechanical systems Microscopy Molecular electronics Molecular Physics Nanophysics Networks and complex systems Nonlinear dynamics Nuclear Physics Optical antennas Optical cooling Optics and Lasers Optics, Lazers, Photonics Optomechanics Particle Accelerators Particle Physics Planetory Physics Plasmonics Quantum algorithms Quantum amplification Quantum atomic clocks Quantum biology Quantum channel Quantum chemistry Quantum circuits Quantum communication Quantum computers Quantum cryptography Quantum dots Quantum engineering Quantum imaging Quantum information theory Quantum lithography Quantum magnetism Quantum manipulation Quantum Mechanics and Quantum Information Theory Quantum Physics Quantum physics and quantum information Quantum Physics and Technology Quantum plasmonics Quantum radar Quantum spin Hall effect Quantum spin liquids Quantum thermodynamics Quantum Web Radiation Protection Semiconductor nanowires Semiconductor physics Silicon Single photon detection Soft matter physics Solar Physics Solid state qubits Spin ice Statistical Mechanics Statistical physics and Thermodynamics Statitical Physics Superconducting circuits Superconductivity and Superfluidity Thermodynamics, Fluid Dynamics and Statistical Physics Ulltracold Fermi gases Ultracold atom
