Subject: II. Orbital Conception of Elementary Particles From: G.Sardin <gsardin@lix.intercom.es> Date: 1996/04/24 Message-Id: <4lm1bu$qrg@minerva.ibernet.es> Content-Type: text/plain; charset=us-Ascii Organization: Mime-Version: 1.0 Newsgroups: sci.physics X-Mailer: Mozilla 1.22 (Windows; I; 16bit) Following the previous schematic introduction of the Orbital Conception of Elementary Particles, some of its most specific features will be periodically stressed. It has already been expressed that elementary particles are considered to be formed by the orbital of a fundamental corpuscle, of dual nature (c+) and (c-). Their diverse orbitals define the different elementary particles. The present feature concerns the creation of elemental particles. From the orbital stand point in any process generating elementary particles the balance between corpuscle (c+) and anticorpuscle (c-) is always null. This must be so since any neutral particle is considered to be formed by a pair (c+,c-) in a specific orbital quantum state and charged particles to be derived from dissociated pairs, leading thus to two separate orbitals with their own quantum states, corresponding to two oppositely charged particles. Summarizing, the first fundamental axiom of the Orbital Conception of Elementary Particles stipulates that in any process envolving creation- annihilation of elementary particles there is equality of corpuscles and anticorpuscles, i.e. their rest is always null, and the variety of elementary particles rises only from the variety of possible orbitals spun by the corpuscle. Compare it with the complexity of the equivalent stand point from the quark model, which implies the creation-annihilation of a variety of quarks and of gluons and in which hadrons and leptons have still more a different nature.