Research lines

Regular black hole interior solutions in classical gravity violating Penrose’s energy conditions

General Relativity and Penrose’s singularity theorems directly point towards the solution to gravitational singularities at back hole interiors in a classical way through negative masses violating energy conditions. This implies a mechanism to switch from positive to negative masses and energies at the event horizon, which is thought to be a time transformation. The solution to geodesic incompleteness in black holes is an open problem which could hint a more complete theory of gravity and explain the nature of time.

Modified dynamics & dark matter: Mach’s principle, phenomenological MOND, relativity and origin of inertia

The lack of a phenomenological explanation of Modified Newtonian Dynamics and its falling short in galaxy clusters suggest that MOND is an approximation of a more fundamental theory of modified gravity or inertia. There is strong evidence for Mach’s principle and the relativity of inertia to be behind MOND, explaining dark matter effects in galaxies. A classical Machian theory implementing the relativity of inertia has been presented. A Machian explanation of MOND is in progress.

Dark energy: Cosmological energy conservation and gravitational potential energy

Dark energy can be explained through an equivalent energy density of spacetime. This energy density, apparently created ‘from nothing’, may have an origin in the redshift of all forms of energy in the cosmos, by imposing cosmological energy conservation in General Relativity, or by considering the effects of negative gravitational potential energy. If kinetic energy manifesting inertia is due to gravitation à la Mach, the total energy of the universe should be zero.

Supported research lines of independent researchers with no institutional affiliation:

General research lines:

  • Mach’s principle, the origin of inertia, relativity of acceleration and inertia
  • Modified Newtonian Dynamics (MOND), modified and alternative theories of gravity and inertia for dark matter
  • Lorentz aether theory interpretations of Special Relativity, mechanistic explanations for special relativity effects, soliton models
  • General Relativity: boundary conditions, gravitational potential and self energy, removing the gravitational constant
  • Black hole interior solutions, negative mass, antichronous transformations
  • Cosmology and dark energy
  • Bohmian mechanics (pilot wave theory), soliton models
  • Origin and dimensional analysis of fundamental constants
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