A key event in the life of the Milky Way is the formation of the bar. The Milky Way bar has restructured the disc, been slowed by the dark matter halo and funnelled gas towards the Galactic Centre. It is then important to know the period of time over which these processes have been effective. Although the bar is formed from stars that are older than the dynamical age of the bar, the nuclear stellar disc (NSD) formation was likely coincident with bar formation. The NSD region is highly crowded and obscured, but Mira variables make bright age tracers of this region. I will describe work on discovering Mira variables in this region of the Galaxy using the VVV survey, the calibration of the Mira variable period-age relation using nearby counter...
We present the first results of a pilot study aimed at understanding the influence of bars on the ev...
We present a new approach for studying the chemodynamical evolution of the Milky Way, which combines...
© 2016 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society....
Variable stars are precision tools for decoding the formation and evolution of the Milky Way's bar/b...
The epoch in which galactic discs settle and secular evolution takes place is a major benchmark to t...
Understanding galaxy evolution requires investigating which physical processes dominate in different...
The epoch in which galactic discs settle and secular evolution takes place is a major benchmark to t...
The properties of the Milky Way’s nuclear stellar disc give crucial information on the epoch of bar ...
The epoch in which galactic discs settle is a major benchmark for testing models of galaxy formation...
Boxy/peanut bulges are considered to be part of the same stellar structure as bars and both could be...
Context. The nuclear stellar disc (NSD) is a flat dense stellar structure at the heart of the Milky ...
We map the stellar age distribution (≲1 Gyr) across a 6 kpc × 6 kpc area of the Galactic disc in o...
Aims: In this study, we quantify the star formation activity in bars as a function of the host stell...
A chromospheric age distribution of 552 late-type dwarfs is transformed into a star formation histor...
We develop a chemical evolution model in order to study the star formation history of the Milky Way....
We present the first results of a pilot study aimed at understanding the influence of bars on the ev...
We present a new approach for studying the chemodynamical evolution of the Milky Way, which combines...
© 2016 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society....
Variable stars are precision tools for decoding the formation and evolution of the Milky Way's bar/b...
The epoch in which galactic discs settle and secular evolution takes place is a major benchmark to t...
Understanding galaxy evolution requires investigating which physical processes dominate in different...
The epoch in which galactic discs settle and secular evolution takes place is a major benchmark to t...
The properties of the Milky Way’s nuclear stellar disc give crucial information on the epoch of bar ...
The epoch in which galactic discs settle is a major benchmark for testing models of galaxy formation...
Boxy/peanut bulges are considered to be part of the same stellar structure as bars and both could be...
Context. The nuclear stellar disc (NSD) is a flat dense stellar structure at the heart of the Milky ...
We map the stellar age distribution (≲1 Gyr) across a 6 kpc × 6 kpc area of the Galactic disc in o...
Aims: In this study, we quantify the star formation activity in bars as a function of the host stell...
A chromospheric age distribution of 552 late-type dwarfs is transformed into a star formation histor...
We develop a chemical evolution model in order to study the star formation history of the Milky Way....
We present the first results of a pilot study aimed at understanding the influence of bars on the ev...
We present a new approach for studying the chemodynamical evolution of the Milky Way, which combines...
© 2016 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society....