activity
20042010
most citedConsistent couplings between spin-2 and spin-3 massless fields

92 citations · 276 across the 6 of their papers we have counts for

collaborators

6 papers

hep-th2010★ 1 cited

Higher spin interactions: cubic deformations on Minkowski and (Anti)de Sitter backgrounds

Serge Leclercq

In the thesis, results presented in various papers involving the author are reviewed. First, general results about consistent deformations at first order (i.e. cubic) using the ant…

hep-th2010★ 82 cited

Strong obstruction of the Berends-Burgers-van Dam spin-3 vertex

Xavier Bekaert, Nicolas Boulanger, Serge Leclercq

In the eighties, Berends, Burgers and van Dam (BBvD) found a nonabelian cubic vertex for self-interacting massless fields of spin three in flat spacetime. However, they also found…

hep-th2006★ 92 cited

Consistent couplings between spin-2 and spin-3 massless fields

Nicolas Boulanger, Serge Leclercq

We solve the problem of constructing consistent first-order cross-interactions between spin-2 and spin-3 massless fields in flat spacetime of arbitrary dimension n > 3 and in such…

hep-th2006★ 41 cited

On Killing tensors and cubic vertices in higher-spin gauge theories

Xavier Bekaert, Nicolas Boulanger, Sandrine Cnockaert +1

The problem of determining all consistent non-Abelian local interactions is reviewed in flat space-time. The antifield-BRST formulation of the free theory is an efficient tool to a…

hep-th2005★ 45 cited

Parity violating vertices for spin-3 gauge fields

Nicolas Boulanger, Sandrine Cnockaert, Serge Leclercq

The problem of constructing consistent parity-violating interactions for spin-3 gauge fields is considered in Minkowski space. Under the assumptions of locality, Poincaré invarianc…

gr-qc2004★ 15 cited

Classification of surface charges for a spin 2 field on a curved background solution

Glenn Barnich, Serge Leclercq, Philippe Spindel

We give an explicit proof of the result that non trivial conserved n-2 forms for a spin 2 field on a background corresponding to a solution to Einstein's equation (with or without…