In the black hole spacetime, a no short hair theorem was proved, which states that the effective radius of black hole hairs must extend beyond the null circular orbit. In the present paper, in the horizonless gravity, we find a similar no short hair behavior that the effective radius of matter fields must also extend beyond the null circular orbit of ultra-compact stars. We should emphasize that the theorem presented in this manuscript is valid only for spatially regular matter configurations whose energy-momentum traces are non-negative
Black holes in General Relativity are very simple objects. This property, that goes under the name o...
A black hole can carry quantum numbers that are not associated with massless gauge fields, contrary ...
Recent no-hair theorems have revealed the intriguing fact that horizonless stars with compact reflec...
The simplicity of black holes, as characterized by no-hair theorems, is one of the most important ma...
AbstractThe recently proved ‘no short hair’ theorem asserts that, if a spherically-symmetric static ...
We prove the nonexistence of massive scalar, vector and tensor hairs outside the surface of a static...
25 pages, 11 figuresWe provide strong numerical evidence for a new no-scalar-hair theorem for black ...
In a recent paper, Hod started a study on no scalar hair theorem for asymptotically flat spherically...
We extend all known black hole no-hair theorems to space-times endowed with a positive cosmological ...
AbstractThe elegant ‘no short hair’ theorem states that, if a spherically-symmetric static black hol...
We prove the non existence of massive scalar, vector and tensor hairs outside the surface of a stati...
© 2020 American Physical Society. The no-hair theorem by Mayo and Bekenstein states that there exist...
With the recent successes and the future prospects in gravitational interferometry, the study of bla...
Thanks to the release of the extraordinary EHT image of shadow attributed to the M87* supermassive b...
In a recent paper Caate (CQG, 35, 025018 (2018)) proved a no hair theorem to static and spherically ...
Black holes in General Relativity are very simple objects. This property, that goes under the name o...
A black hole can carry quantum numbers that are not associated with massless gauge fields, contrary ...
Recent no-hair theorems have revealed the intriguing fact that horizonless stars with compact reflec...
The simplicity of black holes, as characterized by no-hair theorems, is one of the most important ma...
AbstractThe recently proved ‘no short hair’ theorem asserts that, if a spherically-symmetric static ...
We prove the nonexistence of massive scalar, vector and tensor hairs outside the surface of a static...
25 pages, 11 figuresWe provide strong numerical evidence for a new no-scalar-hair theorem for black ...
In a recent paper, Hod started a study on no scalar hair theorem for asymptotically flat spherically...
We extend all known black hole no-hair theorems to space-times endowed with a positive cosmological ...
AbstractThe elegant ‘no short hair’ theorem states that, if a spherically-symmetric static black hol...
We prove the non existence of massive scalar, vector and tensor hairs outside the surface of a stati...
© 2020 American Physical Society. The no-hair theorem by Mayo and Bekenstein states that there exist...
With the recent successes and the future prospects in gravitational interferometry, the study of bla...
Thanks to the release of the extraordinary EHT image of shadow attributed to the M87* supermassive b...
In a recent paper Caate (CQG, 35, 025018 (2018)) proved a no hair theorem to static and spherically ...
Black holes in General Relativity are very simple objects. This property, that goes under the name o...
A black hole can carry quantum numbers that are not associated with massless gauge fields, contrary ...
Recent no-hair theorems have revealed the intriguing fact that horizonless stars with compact reflec...