In a recent Letter, Bhoonah et al. [1] attempted to derive limits on dark matter interactions with ordinary matter by demanding that dark matter (DM) heating of gas clouds not exceed the known astrophysical cooling rate based on the temperature, density, and metallicity of the observed clouds.Funded by SCOAP3
We study the possibility that, after inflation, the inflaton reaches thermal equilibrium with the St...
Gates et al (astro-ph/9606132) have raised several issues in their Comment on our Letter (Phys. Rev....
Let us first respond to the Comments by Gates et al. (GKT) [1] in our Letter [2]. Among the various ...
A Comment on the Letter by R. Cowsiki Charu Ratnam, and P. Bhattacharjee, Phys. Rev. Lett. 76, 3886 ...
In a recent Letter (astro-ph/9605001), Cowsik et al. claim that a self-consistent treatment of the d...
Recent measurements of the K-band luminosity function now provide us with strong, reliable constrain...
We comment on the calculational mistake in the paper 'Modeling galaxy halos using dark matter with p...
In a recent Letter (astro-ph/9605001), Cowsik et al. claim that the best fit value of the velocity d...
Stars form within molecular clouds, so characterizing the physical states of molecular clouds is key...
We consider a dark sector scenario with two dark matter species with opposite dark $U(1)$ charges an...
(Abridged) Fundamental tensions between observations and dark-matter based cosmological models have ...
In this paper, the recently proposed mass dimension one fermionic field is supposed to be responsibl...
The cold dark matter (CDM) paradigm provides a remarkably good description of the Universe's large-s...
In this manuscript the authors present a detailed answer to the comment in order to avoid misunderst...
We comment on recent claims that recoil in the final stages of Hawking evaporation gives black hole ...
We study the possibility that, after inflation, the inflaton reaches thermal equilibrium with the St...
Gates et al (astro-ph/9606132) have raised several issues in their Comment on our Letter (Phys. Rev....
Let us first respond to the Comments by Gates et al. (GKT) [1] in our Letter [2]. Among the various ...
A Comment on the Letter by R. Cowsiki Charu Ratnam, and P. Bhattacharjee, Phys. Rev. Lett. 76, 3886 ...
In a recent Letter (astro-ph/9605001), Cowsik et al. claim that a self-consistent treatment of the d...
Recent measurements of the K-band luminosity function now provide us with strong, reliable constrain...
We comment on the calculational mistake in the paper 'Modeling galaxy halos using dark matter with p...
In a recent Letter (astro-ph/9605001), Cowsik et al. claim that the best fit value of the velocity d...
Stars form within molecular clouds, so characterizing the physical states of molecular clouds is key...
We consider a dark sector scenario with two dark matter species with opposite dark $U(1)$ charges an...
(Abridged) Fundamental tensions between observations and dark-matter based cosmological models have ...
In this paper, the recently proposed mass dimension one fermionic field is supposed to be responsibl...
The cold dark matter (CDM) paradigm provides a remarkably good description of the Universe's large-s...
In this manuscript the authors present a detailed answer to the comment in order to avoid misunderst...
We comment on recent claims that recoil in the final stages of Hawking evaporation gives black hole ...
We study the possibility that, after inflation, the inflaton reaches thermal equilibrium with the St...
Gates et al (astro-ph/9606132) have raised several issues in their Comment on our Letter (Phys. Rev....
Let us first respond to the Comments by Gates et al. (GKT) [1] in our Letter [2]. Among the various ...