S-Matrix Theory of Strong Interactions without Elementary Particles

THEORY of ELEMENTARY PARTICLES

The theory of elementary particles permitting to explain their constitution, sizes, bond energy, possible channels of decay, spectrum of weights and other properties is offered.

Quantum Field Theory for Elementary Particles

Perturbative gadgets without strong interactions

Quantum many-body interactions are central to a broad area of quantum physics and chemistry. In quantum information and complexity theory we often emphasize locality of such interactions, aiming to use them as tools for computation, as well as for formulating interesting and difficult problems (e.g. determining the ground state energy of a locally interacting system). Translating computational ...

On a Gauge Theory of Elementary Interactions

One of the problems engaging current interest in field theory is the problem of determining which fields are (~ elementary ,> in some fundamenta l sense, and which are not. An equally, if not more, import~nt, problem is tha t of finding ,~ guiding principe for writina" fundamenta l interactions of fields. The only such principle which exists at the present time seems to be the gauge-principle. ...

Attempts at a Unified Theory of Elementary Particles.