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Inertia, force, fields, quantum and relativistic physics, quantum field theory and today quantum cosmology and gravity, physics offers epistemology an extremely rich and exciting subject of investigation. From concepts of symmetry to supersymmetry and string theory, how are each of these theories structured and how do they participate to the architecture of the whole?
In what way is the physicist himself integrated as an object into the theories he constructs? Is he integrated in his real, symbolic or imaginary part? Can we find in physics itself the principles that would justify the universality of these laws? What does the physics of the confines of the universe, the infinitely small, and the infinitely large teach us about our human condition, our conceptions of being and existing? But conversely, can we find in physics the whole map of the unconscious as given by psychoanalysis?
In short, what can we learn from the exercise of going from physics to our map of the unconscious and vice versa ?
A propagator for quantum gravity
26 December 2017
We try to guess what could be a propagator of quantum gravity. To guess the formula, we quantize a fifth dimensional time coming from the path integral calculation of the […]
A new interpretation for the wave function
We present an interpretation of the wave function which gets rid of the probabilities and which transforms the wave function collapse into a principle of symmetry breaking. In 2007 I […]
Conservation of energy and Gauss Bonnet gravity
23 November 2017
In the present article, we prove that any tensor of degree two in the Riemann tensor, which satisfies the principle of conservation of energy, vanishes identically, in dimension D = […]
Tensorial Quantum Gravity and the Cosmological
22 November 2017
In the present article, which is the first part of a work in three parts, we build an equation of quantum gravity. This equation is tensorial, is equivalent to general […]
Numerical correspondences between the physical
21 November 2017
We present here a note which synthesizes our previous ideas concerning some problems in cosmology, and the numerical correspondences between the constants in physics which we could deduce.