Add to ORKGThis has been the Year of the Baryon. Some low temperature ones were seen at high redshift, some high temperature ones were seen at low redshift, and some cooling ones were (probably) reheated. Astronomers saw the back of the Sun (which is also made of baryons), a possible solution to the problem of ejection of material by Type II Supernovae (in which neutrinos push out baryons), the production of R Coronae Borealis stars (previously-owned baryons), and perhaps found the missing satellite galaxies (whose failing is that they have no baryons). A few questions were left unanswered for next year, and an attempt is made to discuss these as well
It has been known for decades that the observed number of baryons in the local Universe falls about ...
Three major cosmology-focused missions are planned for the next decade: the Euclid space telescope, ...
New, high resolution, large-scale, cosmological hydrodynamic galaxy formation simulations of a stand...
International audienceIn this lecture, different milestones in the cosmological history of baryons a...
The large discrepancy between the amount of baryons that were synthesized in Big-Bang and that we de...
Over the past century astronomers have discovered huge numbers of galaxies within our Universe by de...
In the present paper, we combine the model of Del Popolo (2009) with the models dealing with tidal s...
In a ΛCDM cosmology, galaxy formation is a globally inefficient process: it is often the case that f...
It has been known for decades that the observed number of baryons in the local universe falls about ...
During the year, astronomers provided explanations for solar topics ranging from the multiple person...
Probing dense hadronic matter is thus far an uncharted field of physics. Here we give a brief summar...
The relic abundance of baryons - the only form of stable matter whose existence we are certain of - ...
The existence of Dark Matter (DM) has been known since the 30's of the last century. The first cogni...
The most recent observations of the cosmic microwave background (e.g., WMAP) show that baryons contr...
The most recent observations of the cosmic microwave background (e.g., WMAP) show that baryons contr...
It has been known for decades that the observed number of baryons in the local Universe falls about ...
Three major cosmology-focused missions are planned for the next decade: the Euclid space telescope, ...
New, high resolution, large-scale, cosmological hydrodynamic galaxy formation simulations of a stand...
International audienceIn this lecture, different milestones in the cosmological history of baryons a...
The large discrepancy between the amount of baryons that were synthesized in Big-Bang and that we de...
Over the past century astronomers have discovered huge numbers of galaxies within our Universe by de...
In the present paper, we combine the model of Del Popolo (2009) with the models dealing with tidal s...
In a ΛCDM cosmology, galaxy formation is a globally inefficient process: it is often the case that f...
It has been known for decades that the observed number of baryons in the local universe falls about ...
During the year, astronomers provided explanations for solar topics ranging from the multiple person...
Probing dense hadronic matter is thus far an uncharted field of physics. Here we give a brief summar...
The relic abundance of baryons - the only form of stable matter whose existence we are certain of - ...
The existence of Dark Matter (DM) has been known since the 30's of the last century. The first cogni...
The most recent observations of the cosmic microwave background (e.g., WMAP) show that baryons contr...
The most recent observations of the cosmic microwave background (e.g., WMAP) show that baryons contr...
It has been known for decades that the observed number of baryons in the local Universe falls about ...
Three major cosmology-focused missions are planned for the next decade: the Euclid space telescope, ...
New, high resolution, large-scale, cosmological hydrodynamic galaxy formation simulations of a stand...