Researchers of theoretical physics working on unification, on elementary particles and gravity. Physicists and advanced students interested in an approach solving the unification problem of physics. Physicists interested in the fundaments and interpretations of quantum physics. Astronomers and physicists looking for new inputs how to explain celestial effects, Dark Matter and Dark Energy. Philosophers discussing ontology, separability etc.
The successful Quest to a Theory of Everything
von Jürgen KässerFor almost half a century physicists have been trying with great effort to find a closed theory for the different branches of physics. All these attempts, based on completely new foundations, are stuck in a quagmire of mathematical problems and are unable to deliver tangible results. It is time for a new approach.
The solution presented here does not make everything new, but stands on the shoulders of the great physicists. The formulation of their results in the multidimensional complexity of modern physics allows clarifying the open questions.
Thus, it is possible to derive the unified description of gravitation and particle physics, the justification of the structure of particle physics, the formulation of a quantum gravity that also provides the results of Einstein's equation, the derivation of the origin of dark matter, black holes and barycentric coordinate time, and even a hypothesis for an alternative cosmology that can explain inflation and the different speeds of cosmic objects.
The new theory provides a better understanding of elementary physical quantities, makes the interpretation of measurements such as in the double-slit experiment much simpler, and eliminates paradoxes such as Schrödinger's cat.
The answer to fundamental questions such as the separability disputed between Einstein and Bohr leads to a new understanding of physical quantities and our view of the world.
The book does not provide a theory worked out in every detail, but shows how the basic features of our physics can be derived from a few basic assumptions.
The solution presented here does not make everything new, but stands on the shoulders of the great physicists. The formulation of their results in the multidimensional complexity of modern physics allows clarifying the open questions.
Thus, it is possible to derive the unified description of gravitation and particle physics, the justification of the structure of particle physics, the formulation of a quantum gravity that also provides the results of Einstein's equation, the derivation of the origin of dark matter, black holes and barycentric coordinate time, and even a hypothesis for an alternative cosmology that can explain inflation and the different speeds of cosmic objects.
The new theory provides a better understanding of elementary physical quantities, makes the interpretation of measurements such as in the double-slit experiment much simpler, and eliminates paradoxes such as Schrödinger's cat.
The answer to fundamental questions such as the separability disputed between Einstein and Bohr leads to a new understanding of physical quantities and our view of the world.
The book does not provide a theory worked out in every detail, but shows how the basic features of our physics can be derived from a few basic assumptions.