Add to ORKGWe formulate a new concept of asymptotic completeness for two-dimensional massless quantum field theories in the spirit of the theory of particle weights. We show that this concept is more general than the standard particle interpretation based on Buchholz’ scattering theory of waves. In particular, it holds in any chiral conformal field theory in an irreducible product representation and in any completely rational conformal field theory. This class contains theories of infraparticles to which the scattering theory of waves does not apply
I show that a particle structure in conformal field theory is incompatible with interactions. As a s...
Within the framework of Wigner's theory, the concept of particles in attached to irreduci...
Globally conformal invariant quantum field theories in a D-dimensional space-time (D even) have rati...
Abstract: Particle aspects of two-dimensional conformal field theories are investigated, using metho...
We formulate a generalized concept of asymptotic completeness and show that it holds in any Haag–Kas...
In higher dimensional quantum field theory, irreducible representations of the Poincare ́ group are ...
Modern development of conformal field theory in two dimensions and its applications to critical phen...
We formulate a generalized concept of asymptotic completeness and show that it holds in any Haag-Kas...
The present volume is an extended and up-to-date version of two sets of lectures by the first author...
We give a new criterion for asymptotic completeness in Kümmerer- Maassen-scattering theory which is ...
AbstractWe prove the asymptotic completeness of wave operators associated with the scattering of a q...
The classiflcation of rational conformal fleld theories is reconsidered from the stand-point of boun...
The study of scattering is a fundamental aspect of mathematical physics. In the second half of the 2...
We introduce the notion of parafermionic fields as the chiral fields which describe particle excitat...
We study various aspects of scale invariant quantum field theories, in particular, the non-relativis...
I show that a particle structure in conformal field theory is incompatible with interactions. As a s...
Within the framework of Wigner's theory, the concept of particles in attached to irreduci...
Globally conformal invariant quantum field theories in a D-dimensional space-time (D even) have rati...
Abstract: Particle aspects of two-dimensional conformal field theories are investigated, using metho...
We formulate a generalized concept of asymptotic completeness and show that it holds in any Haag–Kas...
In higher dimensional quantum field theory, irreducible representations of the Poincare ́ group are ...
Modern development of conformal field theory in two dimensions and its applications to critical phen...
We formulate a generalized concept of asymptotic completeness and show that it holds in any Haag-Kas...
The present volume is an extended and up-to-date version of two sets of lectures by the first author...
We give a new criterion for asymptotic completeness in Kümmerer- Maassen-scattering theory which is ...
AbstractWe prove the asymptotic completeness of wave operators associated with the scattering of a q...
The classiflcation of rational conformal fleld theories is reconsidered from the stand-point of boun...
The study of scattering is a fundamental aspect of mathematical physics. In the second half of the 2...
We introduce the notion of parafermionic fields as the chiral fields which describe particle excitat...
We study various aspects of scale invariant quantum field theories, in particular, the non-relativis...
I show that a particle structure in conformal field theory is incompatible with interactions. As a s...
Within the framework of Wigner's theory, the concept of particles in attached to irreduci...
Globally conformal invariant quantum field theories in a D-dimensional space-time (D even) have rati...