Add to ORKGThis paper describes the analysis and application of visualization techniques to identify, track, and characterize multistreaming events and flows in the evolution of the Universe. Multistreaming is associated with the formation of visually striking large scale structure (LSS) comprised of elements such as halos, filaments, and sheets which have been theoretically predicted and observed in cos-mological surveys. Many aspects in LSS theory still remain to be understood; it is therefore of great interest to study the role of multistreaming in the formation and evolution of cosmic structure. This problem is now being attacked with the aid of high accuracy cosmological simulations. In this paper, we describe new methods of identifying multistre...
Topological connections in the single-streaming voids and multistreaming filaments and walls reveal ...
In the early universe, substantial relative “stream ” velocities between the gas and dark matter ari...
Since the beginning of the third millennium, we have entered the Information Age, an era dominated b...
Figure 1. We present a novel space-time hierarchy for large particle sets, which allows for the anal...
In this thesis we study the properties of the Megaparsec matter distribution by means of a novel tec...
The emergence of cosmic structure is commonly considered one of the most complex phenomena in nature...
The cosmic web is the largest scale manifestation of the anisotropic gravitational collapse of matte...
In this thesis, we harness the power of modern scientific computing to explore the formation and evo...
Cosmic structure simulations have improved enormously over the past decade, both in terms of the res...
International audienceThis letter presents a new approach using the cosmic peculiar velocity field t...
Mysterious dark matter constitutes about 85 per cent of all masses in the Universe. Clustering of da...
Theory of cosmic structure formation outlines how stars, galaxies, clusters of galaxies, and large-s...
The usefulness of large-scale structure as a probe of cosmology and structure formation is increasin...
The cosmic web is the largest scale manifestation of the anisotropic gravitational collapse of matte...
Topological connections in the single-streaming voids and multistreaming filaments and walls reveal ...
In the early universe, substantial relative “stream ” velocities between the gas and dark matter ari...
Since the beginning of the third millennium, we have entered the Information Age, an era dominated b...
Figure 1. We present a novel space-time hierarchy for large particle sets, which allows for the anal...
In this thesis we study the properties of the Megaparsec matter distribution by means of a novel tec...
The emergence of cosmic structure is commonly considered one of the most complex phenomena in nature...
The cosmic web is the largest scale manifestation of the anisotropic gravitational collapse of matte...
In this thesis, we harness the power of modern scientific computing to explore the formation and evo...
Cosmic structure simulations have improved enormously over the past decade, both in terms of the res...
International audienceThis letter presents a new approach using the cosmic peculiar velocity field t...
Mysterious dark matter constitutes about 85 per cent of all masses in the Universe. Clustering of da...
Theory of cosmic structure formation outlines how stars, galaxies, clusters of galaxies, and large-s...
The usefulness of large-scale structure as a probe of cosmology and structure formation is increasin...
The cosmic web is the largest scale manifestation of the anisotropic gravitational collapse of matte...
Topological connections in the single-streaming voids and multistreaming filaments and walls reveal ...
In the early universe, substantial relative “stream ” velocities between the gas and dark matter ari...
Since the beginning of the third millennium, we have entered the Information Age, an era dominated b...