We present a fast algorithm to produce light curves of distant stars undergoing microlensing near critical curves. The need of these type of algorithms is motivated by recent observations of microlensing events of distant stars at high redshift and at extreme magnification factors. The algorithm relies on a low-resolution computation of the deflection field due to an ensemble of microlenses near critical curves, and takes advantage of the slowly varying nature of the deflection field to infer the magnification of the unresolved images.Comment: 5 pages and 5 figure
Microlensing of stars in galaxies lensed by clusters can lead to temporary extreme magnification fac...
We identify stars with large proper motions that are potential candidates for the astrometric microl...
The phenomena of gravitational microlensing are described, and predictions are made about its possib...
We present a fast algorithm aimed at reproducing the light curves of distant stars undergoing microl...
We present a new and very fast method for producing microlensing magnification maps at high optical ...
Theoretical investigations into the deflection angle caused by microlenses offer a direct path to un...
One of the advantages of observations of gravitational microlensing is stellar spots detection. Our...
The availability of a robust and efficient routine for calculating light curves of a finite source m...
I present a previously unpublished method for calculating and modeling multiple lens microlensing ev...
We investigate the feasibility of reconstructing the radial intensity profile of extended stellar so...
The computation of microlensing light curves represents a bottleneck for the modelling of planetary ...
We present an improved inverse ray-shooting code based on GPUs for generating microlensing magnifica...
The phenomena of gravitational microlensing are described, and predictions are made about its possib...
Extensive simulations of planetary microlensing are necessary both before and after a survey is cond...
We identify stars with large proper motions that are potential candidates for the astrometric microl...
Microlensing of stars in galaxies lensed by clusters can lead to temporary extreme magnification fac...
We identify stars with large proper motions that are potential candidates for the astrometric microl...
The phenomena of gravitational microlensing are described, and predictions are made about its possib...
We present a fast algorithm aimed at reproducing the light curves of distant stars undergoing microl...
We present a new and very fast method for producing microlensing magnification maps at high optical ...
Theoretical investigations into the deflection angle caused by microlenses offer a direct path to un...
One of the advantages of observations of gravitational microlensing is stellar spots detection. Our...
The availability of a robust and efficient routine for calculating light curves of a finite source m...
I present a previously unpublished method for calculating and modeling multiple lens microlensing ev...
We investigate the feasibility of reconstructing the radial intensity profile of extended stellar so...
The computation of microlensing light curves represents a bottleneck for the modelling of planetary ...
We present an improved inverse ray-shooting code based on GPUs for generating microlensing magnifica...
The phenomena of gravitational microlensing are described, and predictions are made about its possib...
Extensive simulations of planetary microlensing are necessary both before and after a survey is cond...
We identify stars with large proper motions that are potential candidates for the astrometric microl...
Microlensing of stars in galaxies lensed by clusters can lead to temporary extreme magnification fac...
We identify stars with large proper motions that are potential candidates for the astrometric microl...
The phenomena of gravitational microlensing are described, and predictions are made about its possib...