In conjunction with a previous southern-hemisphere work, we present the largest radio
survey of jets from massive protostars to date with high-resolution (∼ 0.04 arcsec) Jansky …

Highly collimated supersonic jets and less collimated outflows are observed to emerge from
a wide variety of astrophysical objects. They are seen in young stellar objects (YSOs), proto …

Low-frequency quasi-periodic oscillations, or LFQPOs, are ubiquitous in black hole X-ray
binaries and provide strong constraints on the accretion-ejection processes. Although …

Stability properties of" magnetic tower" jets propagating in a gravitationally stratified
background have been examined by performing three-dimensional magnetohydrodynamic …

Although several lines of evidence suggest that jets from young stars are driven
magnetically from accretion disks, existing observations of field strengths in the bow shocks …

ABSTRACT A remarkably linear, bipolar, knotty jet was recently discovered in Hen 2-90, an
object classified as a young planetary nebula. Using two-dimensional …

The ideal magnetohydrodynamic (MHD) equations are important in modeling phenomena in
a wide range of applications including space weather, solar physics, laboratory plasmas …

We present three-dimensional hydrodynamic simulations of jets as a model for protostellar
outflows. We investigate molecular jets which are initially heavier, equal or lighter than a …

The dynamical effects of magnetic fields in models of radiative Herbig-Haro jets have been
studied in a number of papers. For example, magnetized radiative jets from variable sources …

In this paper we present a numerical study of plasma jets produced by intense laser matter
interactions. Through this study we hope to better understand astrophysical jets and their …