Nearly 500 brown dwarfs have been discovered in recent years. The majority of these brown dwarfs exist in the solar neighborhood, yet determining their fundamental properties (mass, age, temperature & metallicity) has proved to be quite difficult, with current estimates relying heavily on theoretical models. Binary brown dwarfs provide a unique opportunity to empirically determine fundamental properties, which can then be used to test model predictions. In addition, the observed binary fractions, separations, mass ratios, & orbital eccentricities can provide insight into the formation mechanism of these low-mass objects. I will review the results of various brown dwarf multiplicity studies, and will discuss what we have learned about the fo...
The formation and migration of brown dwarfs around main sequence stars remain a mystery, and the dis...
Although many models have been proposed, the physical mechanisms responsible for the formation of lo...
Brown dwarfs — stellar objects unable to sustain hydrogen fusion in their cores because of their low...
Brown dwarfs are objects with sub-stellar masses that are unable to sustain hydrogen burning, coolin...
ABSTRACT. We present the results of a simulation to investigate the prospects of measuring mass, age...
Brown dwarfs are objects with sub-stellar masses that are unable to sustain hydrogen burning, coolin...
Brown dwarfs bridge the gap between stars and giant planets. Lacking sufficient mass to sustain hydr...
High-resolution imaging has revealed an unusually high binary fraction among objects spanning the tr...
The mass of a star at formation determines its subsequent evolution and demise. Low-mass stars are t...
Searches for companions of brown dwarfs by direct imaging probe mainly orbital separations greater t...
We review the current state of observational work on the formation of brown dwarfs, focusing on thei...
How do brown dwarfs (BDs) form? The formation of substellar objects is still under debate, and sever...
Abstract. Searches for companions of brown dwarfs by direct imaging probe mainly orbital sepa-ration...
Brown dwarfs (BD) were mere theoretical astrophysical objects for more than three decades (Kumar (19...
How do brown dwarfs (BDs) form? The formation of substellar objects is still under debate, and sever...
The formation and migration of brown dwarfs around main sequence stars remain a mystery, and the dis...
Although many models have been proposed, the physical mechanisms responsible for the formation of lo...
Brown dwarfs — stellar objects unable to sustain hydrogen fusion in their cores because of their low...
Brown dwarfs are objects with sub-stellar masses that are unable to sustain hydrogen burning, coolin...
ABSTRACT. We present the results of a simulation to investigate the prospects of measuring mass, age...
Brown dwarfs are objects with sub-stellar masses that are unable to sustain hydrogen burning, coolin...
Brown dwarfs bridge the gap between stars and giant planets. Lacking sufficient mass to sustain hydr...
High-resolution imaging has revealed an unusually high binary fraction among objects spanning the tr...
The mass of a star at formation determines its subsequent evolution and demise. Low-mass stars are t...
Searches for companions of brown dwarfs by direct imaging probe mainly orbital separations greater t...
We review the current state of observational work on the formation of brown dwarfs, focusing on thei...
How do brown dwarfs (BDs) form? The formation of substellar objects is still under debate, and sever...
Abstract. Searches for companions of brown dwarfs by direct imaging probe mainly orbital sepa-ration...
Brown dwarfs (BD) were mere theoretical astrophysical objects for more than three decades (Kumar (19...
How do brown dwarfs (BDs) form? The formation of substellar objects is still under debate, and sever...
The formation and migration of brown dwarfs around main sequence stars remain a mystery, and the dis...
Although many models have been proposed, the physical mechanisms responsible for the formation of lo...
Brown dwarfs — stellar objects unable to sustain hydrogen fusion in their cores because of their low...