The Signed Particle Formulation of Quantum Mechanics: A Parallelization Scheme

Classical mechanics, introduced by I. Newton, improved by L. Euler and furthered by J.L. Lagrange and P.S. Laplace has been a serving as a powerful paradigm for the coherent description of phenomena. While the paradigm has been able to answer many questions about the world around us, it has failed to provide explanations of many experiments, performed in the last 100 years. Therefore, the field of quantum mechanics was developed in order to provide a sufficient way to explain phenomena. As with the classical mechanics, there are many formalisms in quantum as well. Currently, the standard quantum mechanics approach is the mathematical formulation provided by E. Schroedinger[1], although alternative formulations exists – like E. Wigner [2], R. Feynman [3], L.V. Keldysh [4], K. Husimi [5], D. Bohm [6], [7].