SFB/TR7

Project	Title
A1	Analysis of asymptotically flat space-times
A2	Numerical Calculation of Gravitational Waves for Isolated Systems
A4	Analytical Approximation Methods
A5	Numerical Methods for General Relativity
A7	Pseudo-spectral methods for the Einstein equations on hyperboloidal slices
B1	Rotating Neutron Stars and Black Holes
B2	Oscillation Modes of Rotating Neutron Stars
B3	Gravitational Collapse of Compact Astrophysical Objects
B4	Inspiraling Black Holes and Neutron Stars
B5	Collision and Merger of Black Holes and Neutron Stars
B6	Merging of Neutron Stars
B7	Orbiting Black Holes
B8	Gravitational Waves from Oscillations and Instabilities of Relativistic Stars
B9	Magnetars
B10	Electromagnetic Counterparts to Supermassive Black Hole Mergers
C1	Iterative Design of the Sensitivity Curve of Gravitational Wave Detectors
C2	Interpretation of Gravitational Wave Signals
C3	High resolution interferometer based on reflective optical components
C4	Quality Factor Measurements at Cryogenic Temperatures
C5	High-reflection waveguide coatings of detector test masses
C6	LISA Data Analysis Methods
C7	Populations of Astrophysical Sources
C8	Nonclassical readout for gravitational wave detectors
C9	Optical Properties of Silicon-Based Test Masses
C10	Coherent Quantum Noise Cancellation for Optomechanical Sensing and Gravitational Wave Detectors
Ö	Public outreach