In this essay we deal with the Weinberg-Witten theorem [1] which imposes limitations on massless particles. First we motivate a classification of massless particles given by the Poincaré group as the symmetry group of Minkowski spacetime. We then use the fundamental structure of the background in the form of Poincaré covariance to derive restrictions on charged massless particles known as the Weinberg-Witten theorem. We address possible misunderstandings in the proof of this theorem motivated by several papers on this topic. In the last section the consequences of the theorem are discussed. We treat it in the context of known particles and as a constraint for emergent theories
The covariant derivative of the 4-components electromagnetic potential in a flat Minkowski space-tim...
Within the Weinberg model mass differences between members of a multiplet generate further mass diff...
Recent theoretical work reporting the construction of a new quantum field of spin one-half fermions ...
In this essay we deal with the Weinberg-Witten theorem [1] which imposes limitations on massless par...
We review model independent arguments showing that massless particles interacting with gravity in a ...
We review the interpretation of gauge invariance as a mathematical redundancy required in a relativi...
Wigner's quantum-mechanical classification of particle-types in terms of irreducible representations...
The connection between space-time covariant representations (obtained by inducing from the Lorentz g...
Fluctuations of the quantum vacuum are best understood in terms of virtual particle anti-particle pa...
First, the author showed that in the (1, 0) {circle_plus} (0, 1) representation space there exist no...
The problem of accounting for the quantum degrees of freedom in passing from massive higher-spin pot...
The possible existence of a non-zero cosmological constant Λ gives rise to controversial interpretat...
Recently, a bundle theoretic description of massive single-particle state spaces, which is better su...
PACS. 02.20Qs { General properties, structure, and representation of Lie groups. PACS. 03.50De { Max...
The problem of accounting for the quantum degrees of freedom in passing from massive higher-spin pot...
The covariant derivative of the 4-components electromagnetic potential in a flat Minkowski space-tim...
Within the Weinberg model mass differences between members of a multiplet generate further mass diff...
Recent theoretical work reporting the construction of a new quantum field of spin one-half fermions ...
In this essay we deal with the Weinberg-Witten theorem [1] which imposes limitations on massless par...
We review model independent arguments showing that massless particles interacting with gravity in a ...
We review the interpretation of gauge invariance as a mathematical redundancy required in a relativi...
Wigner's quantum-mechanical classification of particle-types in terms of irreducible representations...
The connection between space-time covariant representations (obtained by inducing from the Lorentz g...
Fluctuations of the quantum vacuum are best understood in terms of virtual particle anti-particle pa...
First, the author showed that in the (1, 0) {circle_plus} (0, 1) representation space there exist no...
The problem of accounting for the quantum degrees of freedom in passing from massive higher-spin pot...
The possible existence of a non-zero cosmological constant Λ gives rise to controversial interpretat...
Recently, a bundle theoretic description of massive single-particle state spaces, which is better su...
PACS. 02.20Qs { General properties, structure, and representation of Lie groups. PACS. 03.50De { Max...
The problem of accounting for the quantum degrees of freedom in passing from massive higher-spin pot...
The covariant derivative of the 4-components electromagnetic potential in a flat Minkowski space-tim...
Within the Weinberg model mass differences between members of a multiplet generate further mass diff...
Recent theoretical work reporting the construction of a new quantum field of spin one-half fermions ...