This paper presents a report on the progress made on Studies of the Hot Gas in the Galactic halo and Local Bubble at Johns Hopkins University. The broad goals of this project are to determine the physical conditions and history of the hot phase of the Galaxy's interstellar medium. Such gas resides in the Galactic halo, the Local Bubble surrounding the solar neighborhood, other bubbles, and supernova remnants. A better understanding of the hot gas and the processes occurring within it requires several types of work, including ultraviolet and X-ray data analyses and computer modeling
Motivated by recent observation of Lanzetta et al. that most luminous galaxies at low redshifts prod...
A model of Lyman limit QSO absorption system is investigated where they are produced in gaseous gala...
We report the detection of a new Galactic bubble at the interface between the halo and the Galactic ...
I review studies of the hot gaseous medium in and around nearby normal disk galaxies, including the ...
The hot interstellar medium traces the stellar feedback and its role in regulating the eco-system of...
We present new measurements of the spatial distribution of cool and hot gas in the local interstella...
The model of a Local Hot Bubble has been widely accepted as providing a framework that can explain t...
This presentation reviews Chandra’s major contribution to the understanding of nearby galax-ies. Aft...
Since its discovery as an X-ray source with the EinsteinObservatory, the hot X-ray emitting interste...
The wealth of data in the past decades, and especially in the past 15 years has transformed our pict...
Most of the baryonic matter in the Universe is not locked in stars. Instead, groups and clusters of ...
In this article I review recent observations of the gaseous halos of galaxies and the intergalactic ...
The solar neighbourhood is the closest and most easily studied sample of the Galactic interstellar m...
The existence of hot, accreted gaseous coronae around massive galaxies is a central prediction of ga...
In 1998 several papers claim the detection of an ubiquitous gaseous phase within the Galactic halo. ...
Motivated by recent observation of Lanzetta et al. that most luminous galaxies at low redshifts prod...
A model of Lyman limit QSO absorption system is investigated where they are produced in gaseous gala...
We report the detection of a new Galactic bubble at the interface between the halo and the Galactic ...
I review studies of the hot gaseous medium in and around nearby normal disk galaxies, including the ...
The hot interstellar medium traces the stellar feedback and its role in regulating the eco-system of...
We present new measurements of the spatial distribution of cool and hot gas in the local interstella...
The model of a Local Hot Bubble has been widely accepted as providing a framework that can explain t...
This presentation reviews Chandra’s major contribution to the understanding of nearby galax-ies. Aft...
Since its discovery as an X-ray source with the EinsteinObservatory, the hot X-ray emitting interste...
The wealth of data in the past decades, and especially in the past 15 years has transformed our pict...
Most of the baryonic matter in the Universe is not locked in stars. Instead, groups and clusters of ...
In this article I review recent observations of the gaseous halos of galaxies and the intergalactic ...
The solar neighbourhood is the closest and most easily studied sample of the Galactic interstellar m...
The existence of hot, accreted gaseous coronae around massive galaxies is a central prediction of ga...
In 1998 several papers claim the detection of an ubiquitous gaseous phase within the Galactic halo. ...
Motivated by recent observation of Lanzetta et al. that most luminous galaxies at low redshifts prod...
A model of Lyman limit QSO absorption system is investigated where they are produced in gaseous gala...
We report the detection of a new Galactic bubble at the interface between the halo and the Galactic ...