We perform a covariant constraint analysis of massive gravity valid for its entire parameter space, demonstrating that the model generically propagates 5 degrees of freedom; this is also verified by a new and streamlined Hamiltonian description. The constraint’s covariant expression permits computation of the model’s caustics. Although new features such as the dynamical Riemann tensor appear in the characteristic matrix, the model still exhibits the pathologies uncovered in earlier work: superluminality and likely acausalities
AbstractIn this Letter we present a very simple and independent argument for the absence of the Boul...
We study covariant models for vacuum spherical gravity within a canonical setting. Starting from a g...
We discuss the no-ghost theorem in massive gravity in a covariant manner. Using the Becchi-Rouet-Sto...
We perform a covariant constraint analysis of massive gravity valid for its entire parameter space, ...
The method of characteristics is a key tool for studying consistency of equations of motion; it allo...
Massive gravity (mGR) is a 5(=2s+1)5(=2s+1) degree of freedom, finite range extension of GR. However...
25 pages. Published versionWe show that the reformulation of the de Rham-Gabadadze-Tolley massive gr...
Massive gravity is an old idea: trading geometry for mass. Much effort has been expended on establis...
We show, by analyzing its characteristics, that the ghost-free, 5 degree of freedom, Wess-Zumino mas...
Massive gravity (mGR) describes a dynamical “metric” on a fiducial, background one. We investigate ...
The parameter space of the de Rham-Gabadadze-Tolley massive gravity ought to be constrained essentia...
AbstractMassive gravity (mGR) describes a dynamical “metric” on a fiducial, background one. We inves...
AbstractWe present a general covariant action for massive gravity merging together a class of “non-p...
© 2018 IOP Publishing Ltd and Sissa Medialab. We present our analysis of the theory constructed in 1...
The canonical structure of the massive gravity in the first order moving frame formalism is studied....
AbstractIn this Letter we present a very simple and independent argument for the absence of the Boul...
We study covariant models for vacuum spherical gravity within a canonical setting. Starting from a g...
We discuss the no-ghost theorem in massive gravity in a covariant manner. Using the Becchi-Rouet-Sto...
We perform a covariant constraint analysis of massive gravity valid for its entire parameter space, ...
The method of characteristics is a key tool for studying consistency of equations of motion; it allo...
Massive gravity (mGR) is a 5(=2s+1)5(=2s+1) degree of freedom, finite range extension of GR. However...
25 pages. Published versionWe show that the reformulation of the de Rham-Gabadadze-Tolley massive gr...
Massive gravity is an old idea: trading geometry for mass. Much effort has been expended on establis...
We show, by analyzing its characteristics, that the ghost-free, 5 degree of freedom, Wess-Zumino mas...
Massive gravity (mGR) describes a dynamical “metric” on a fiducial, background one. We investigate ...
The parameter space of the de Rham-Gabadadze-Tolley massive gravity ought to be constrained essentia...
AbstractMassive gravity (mGR) describes a dynamical “metric” on a fiducial, background one. We inves...
AbstractWe present a general covariant action for massive gravity merging together a class of “non-p...
© 2018 IOP Publishing Ltd and Sissa Medialab. We present our analysis of the theory constructed in 1...
The canonical structure of the massive gravity in the first order moving frame formalism is studied....
AbstractIn this Letter we present a very simple and independent argument for the absence of the Boul...
We study covariant models for vacuum spherical gravity within a canonical setting. Starting from a g...
We discuss the no-ghost theorem in massive gravity in a covariant manner. Using the Becchi-Rouet-Sto...