The physical nature of the very local (<3 Mpc) Hubble flow is studied on the basis of the recent high-precision observations in the Local Volume. A model including both analytical treatment and computer simulations describes the flow's dynamical evolution from a chaotic Little Bang initial state to the present-day state of a quasi-regular expansion. The dynamical effect of the uniform cosmic vacuum (time-independent dark energy or the cosmological constant) is taken into account.
Aims. Here we continue to discuss the principle of the local measurement of dark energy using the no...
Recently, observational data and high precision mapping of the local velocity field of Local Group ...
We use updated data on distances and velocities of galaxies in the proximity of the Local Group (LG)...
The physical nature of the very local (<3 Mpc) Hubble flow is studied on the basis of the recent hig...
The physical nature of the very local (<3 Mpc) Hubble flow is studied on the basis of the recent hig...
The phenomenon of the very local (≤3 Mpc) Hubble flow is studied on the basis of the data of recent ...
Based on the increasing evidence of the cosmological relevance of the local Hubble flow, we consider...
The problem of the physical nature of the Hubble flow in the Local Volume ($D < 10$ Mpc) stated by S...
The Local Group environment at 1-10 Mpc expands linearly and smoothly, as if ruled by uniform matte...
We review the increasing evidence for the cosmological relevance of the cold local Hubble flow. New ...
Using a suite of N-body simulations in different cold dark matter (CDM) scenarios, with cosmological...
In the current state of cosmology, where cosmological parameters are being measured to percent accur...
We combine the equations of motion that govern the dynamics of galaxies in the local volume with Bay...
Abstract: Unlike the substantial coherent bulk motion in which our local patch of the Cosmos is part...
Unlike the substantial coherent bulk motion in which our local patch of the Cosmos is participating,...
Aims. Here we continue to discuss the principle of the local measurement of dark energy using the no...
Recently, observational data and high precision mapping of the local velocity field of Local Group ...
We use updated data on distances and velocities of galaxies in the proximity of the Local Group (LG)...
The physical nature of the very local (<3 Mpc) Hubble flow is studied on the basis of the recent hig...
The physical nature of the very local (<3 Mpc) Hubble flow is studied on the basis of the recent hig...
The phenomenon of the very local (≤3 Mpc) Hubble flow is studied on the basis of the data of recent ...
Based on the increasing evidence of the cosmological relevance of the local Hubble flow, we consider...
The problem of the physical nature of the Hubble flow in the Local Volume ($D < 10$ Mpc) stated by S...
The Local Group environment at 1-10 Mpc expands linearly and smoothly, as if ruled by uniform matte...
We review the increasing evidence for the cosmological relevance of the cold local Hubble flow. New ...
Using a suite of N-body simulations in different cold dark matter (CDM) scenarios, with cosmological...
In the current state of cosmology, where cosmological parameters are being measured to percent accur...
We combine the equations of motion that govern the dynamics of galaxies in the local volume with Bay...
Abstract: Unlike the substantial coherent bulk motion in which our local patch of the Cosmos is part...
Unlike the substantial coherent bulk motion in which our local patch of the Cosmos is participating,...
Aims. Here we continue to discuss the principle of the local measurement of dark energy using the no...
Recently, observational data and high precision mapping of the local velocity field of Local Group ...
We use updated data on distances and velocities of galaxies in the proximity of the Local Group (LG)...