The Physics of Reality: Space, Time, Matter, Cosmos 2012

Attendees are typically physicists interested in extending the foundations of physics in search for breakthroughs in understanding fundamental theory and willing to explore alternative interpretations of the standard models of physics such as the polarized Dirac vacuum, de Broglie-Bohm-Cramer interpretations of quantum theory.

Key Topics

• Quantum theory
  superluminal tunneling time, quantum mechanics and the nature of time, aharanov-bohm effect, interaction free measurement, quantum potential and pilot wave, the dirac equation
• Unification
  gravitation and quantum mechanics, electromagnetism and gravitation, do gravitons exist?, dirac domain gravity - extended theory suggests gravitation is not quantized at its fundamental level and mach’s principle - inertia
• Type ii - temporal
• The dirac sea, advanced epr experimentation and theory, nonlocality: type i - spatial
• Zero-point field
  energy from the vacuum, fundamentals and dynamics of the zero-point field, vacuum technologies - theory and engineering
• Type iii - unitarity and quantum computing
• Spacetime – cosmology – m-theory
  fundamental nature of space, time, and particles fundamental nature of space and time nature of time: the nature of physical reality. is plato`s cave a correspondence limit? compactification and dimensionality complex dimensionality extended particle and em theory nature of light, einstein`s "nadelstrahlung" and its propagation photon mass, tired- light, the em b(3) field alternatives to the higgs mechanism astrophysics and cosmology large scale xd and cosmological constant the multiverse - post big bang cosmology and pertinent astrophysics causality and teleology: could a post big bang universe be a self-organized anthropic multiverse? m theory, the string vacuum, duality, mirror symmetry t.o.e. or not t.o.e. ?
• Thermodynamics
  entropy and the second law