001. Stars and Singularities	002. Singularities	003. 1: Stars near a BH	004. Why stars?	005. Young stars - old stars
006. Nature vs Nurture	007. Collisions: dynamics & evolution	008. Physical scales: time	009. Physical scales: length	010. Relaxed stellar system with MBH
011. The stellar distribution function	012. Summary: Stars near a BH	013. 2: The stellar collider	014. Cusp or core?	015. The collision rate
016. Star counts	017. The stellar distribution	018. Modes of collisional destruction	019. Collisional destruction of giants	020. Smoothed Particle Hydrodynamics
021. Exotic object formation	022. Tidal spin-up by collisions	023. BH-MS collision	024. MS-MS collision	025. Stellar spin near the BH
026. Tidal scattering by the BH	027. MBH-MS tide	028. MBH-MS tide (zoom)	029. Summary: Stellar collisions	030. 3: The Gravitational Telescope
031. Gravitational lensing in the GC	032. Lensing by a point mass	033. 2 lensed images	034. Pinpointing the BH	035. Modes of detection
036. Microlensing lightcurve	037. X-section, duration, amplification	038. Optical depth - Lensing probability	039. Lensing event rate	040. Were lensing flares observed?
041. Magnification bias	042. Beyond the point lens assumption	043. Enhanced BH-star lensing	044. Summary: Gravitational lensing	045. Summary: Stars very near the GC BH

Stars & Singularities