The primary present-day observables upon which theories of galaxy evolution are based are a system’s morphology, dynamics, colour, and chemistry. Individually, each provides an important constraint to any given model; in concert, the four represent a fundamental (intractable) boundary condition for chemodynamical simulations. We review the current state-of-the-art semi-analytical and chemodynamical models for the MilkyWay, emphasising the strengths and weaknesses of both approaches
The main goal of Galactic Archaeology is understanding the formation and evolution of the basic Gala...
We present a new chemical evolution model for the Galaxy that assumes three main infall episodes of ...
This thesis project involves the improvement of existing computer code, which is used in modeling th...
Following a review of the basic ingredients necessary for constructing models of galactic chemical ...
One of the most important unsolved mysteries of astronomy is the formation and evolution of galaxies...
In this thesis we examine several improvements which can be made to the canonical under- standing of...
In this contribution, we present a new chemodynamical model for the early evolution history of the M...
The main goal of Galactic Archaeology is to understand the formation and evolution of the basic Gala...
We studied the chemical properties of Milky-Way mass galaxies. We found common global chemical patte...
The formalism of the simple model of galactic chemical evolution (GCE) and its main ingredients (ste...
A new chemodynamical model for the formation and evolution of a Milky Way type galaxy is introduced....
Using a state of the art galaxy formation software package, GCD+, we model the formation and evoluti...
Since stellar populations enhance particular element abundances according to the yields and lifetime...
The chemical properties and abundance ratios of galaxies provide important information about their f...
This thesis explores the chemical signatures of galaxy formation and evolution using a software pack...
The main goal of Galactic Archaeology is understanding the formation and evolution of the basic Gala...
We present a new chemical evolution model for the Galaxy that assumes three main infall episodes of ...
This thesis project involves the improvement of existing computer code, which is used in modeling th...
Following a review of the basic ingredients necessary for constructing models of galactic chemical ...
One of the most important unsolved mysteries of astronomy is the formation and evolution of galaxies...
In this thesis we examine several improvements which can be made to the canonical under- standing of...
In this contribution, we present a new chemodynamical model for the early evolution history of the M...
The main goal of Galactic Archaeology is to understand the formation and evolution of the basic Gala...
We studied the chemical properties of Milky-Way mass galaxies. We found common global chemical patte...
The formalism of the simple model of galactic chemical evolution (GCE) and its main ingredients (ste...
A new chemodynamical model for the formation and evolution of a Milky Way type galaxy is introduced....
Using a state of the art galaxy formation software package, GCD+, we model the formation and evoluti...
Since stellar populations enhance particular element abundances according to the yields and lifetime...
The chemical properties and abundance ratios of galaxies provide important information about their f...
This thesis explores the chemical signatures of galaxy formation and evolution using a software pack...
The main goal of Galactic Archaeology is understanding the formation and evolution of the basic Gala...
We present a new chemical evolution model for the Galaxy that assumes three main infall episodes of ...
This thesis project involves the improvement of existing computer code, which is used in modeling th...