| Harald Pfeiffer | CITA Toronto | 02nd July 2014 | Analytical and numerical modeling
of precessing binary black holes |
| Helvi Witek | DAMTP Cambridge | 25th April 2014 | Black holes as observatories for
beyond-standard model physics |
| Enrico Barausse | IA Paris | 11th April 2014 | Astrophysical consequences of Lorentz
violations in gravity |
| Alberto Sesana | AEI Potsdam | 28th March 2014 | Massive black holes:
dynamics, spin evolution and gravitational waves |
| Laura Nuttall | Milwaukee | 13th March 2014 | Preparing for Advanced LIGO: Characterising Gravitational Wave Interferometers (DCC) |
| Geraint Pratten | Cardiff | 21th February 2014 | Covariant Perturbations of LTB Spacetimes
|
| Tanja Bode | Tübingen | 14th February 2014 | General Relativistic (M)HD
for Neutron Star GW Sources (only accessible for Cardiff members) |
| Andrew Lundgren | AEI Hanover | 07th February 2014 | Understanding
Precession Effects in Inspiral Waveforms |
| Alex Nielsen | AEI Hanover | 24th January 2014 | Implementation of a search for aligned spinning black hole and neutron star systems
(DCC) |
| Antoine Petiteau | APC Paris | 10th January 2014 | Observing Massive Black hole
binaries with Gravitational Waves
|
| Francesco Pannarale | Cardiff | 13th December 2013 | From Neutron Star Structure to
Compact Binary Mergers and Back
|
| Timothy Clifton | Queen Mary London | 06th December 2013 | An exact treatment of
back-reaction in relativistic cosmology |
| Antonia Rowlinson | Amsterdam | 29th November 2013 | Newborn magnetars from the
merger of neutron star binaries |
| Benjamin Farr | Northwestern | 22th November 2013 | Parameter Estimation
in the Advanced-Detector Era |
| Priscilla Canizares | IoA Cambridge | 15th November 2013 | Gravitational-Wave Parameter estimation
with Reduced Order Quadratures |
| Adam Day | IOP Publishing | 08th November 2013 | Publishing in Classical and Quantum Gravity |
| Mark Hannam | Cardiff | 25th October 2013 | Generic black-hole-binary waveform models |
| Tom Adams | Cardiff | 11th October 2013 | Gravitational-wave detection using multivariate
analysis |