We investigate the contribution made by small loops from a cosmic string network as seeds for large-scale structure formation. We show that cosmic string loops are highly correlated with the long-string network on large scales and therefore contribute significantly to the power spectrum of density perturbations if the average loop lifetime is comparable to or above one Hubble time. This effect further improves the large-scale bias problem previously identified in earlier studies of cosmic string models
A cosmic-string network in an expanding universe evolves by losing energy to loops which in turn osc...
The properties of string networks at scales well below the horizon are poorly understood, but they e...
A discussion of the evolution and observable consequences of a network of cosmic strings is given. A...
We investigate the contribution made by small loops from a cosmic string network as seeds for large-...
We describe a detailed study of string-seeded structure formation using high resolution numerical si...
We describe the detailed study and results of high-resolution numerical simulations of string-induce...
We analytically derive the expected number density distribution of Nambu-Goto cosmic string loops at...
We study the spectrum of loops as a part of a complete network of cosmic strings in flat space-time....
International audienceNumerical simulations of Nambu-Goto cosmic strings in an expanding universe sh...
International audienceThe existence of a scaling evolution for cosmic string loops in an expanding u...
Loops formed from a cosmic string network at early times would act as seeds for early formation of h...
Classical lattice simulations of the Abelian Higgs model are used to investigate small-scale structu...
The search for cosmic strings has been of renewed interest with the advent of precision cosmology. I...
We construct an analytic model of the accumulation of small-scale structure on a cosmic-string netwo...
When cosmic strings cross and intercommute, four kinks are created. We calculate the linear density ...
A cosmic-string network in an expanding universe evolves by losing energy to loops which in turn osc...
The properties of string networks at scales well below the horizon are poorly understood, but they e...
A discussion of the evolution and observable consequences of a network of cosmic strings is given. A...
We investigate the contribution made by small loops from a cosmic string network as seeds for large-...
We describe a detailed study of string-seeded structure formation using high resolution numerical si...
We describe the detailed study and results of high-resolution numerical simulations of string-induce...
We analytically derive the expected number density distribution of Nambu-Goto cosmic string loops at...
We study the spectrum of loops as a part of a complete network of cosmic strings in flat space-time....
International audienceNumerical simulations of Nambu-Goto cosmic strings in an expanding universe sh...
International audienceThe existence of a scaling evolution for cosmic string loops in an expanding u...
Loops formed from a cosmic string network at early times would act as seeds for early formation of h...
Classical lattice simulations of the Abelian Higgs model are used to investigate small-scale structu...
The search for cosmic strings has been of renewed interest with the advent of precision cosmology. I...
We construct an analytic model of the accumulation of small-scale structure on a cosmic-string netwo...
When cosmic strings cross and intercommute, four kinks are created. We calculate the linear density ...
A cosmic-string network in an expanding universe evolves by losing energy to loops which in turn osc...
The properties of string networks at scales well below the horizon are poorly understood, but they e...
A discussion of the evolution and observable consequences of a network of cosmic strings is given. A...