Monday, 12 July
Opening Session |
08.00 |
Registration |
08.45 |
O. Jennrich: Welcome
|
Paper
|
09.00 |
|
09.30 | |
10.00 | |
10.30 | Coffee Break
|
LISA Pathfinder
|
11.00 |
|
Paper
|
11.30 | W. Folkner: ST-7 experiment (presented by
S.Buchman) |
12.00 | W. Fichter: LISA Pathfinder Drag-Free Control: Closed
Loop Performance and System Implications
|
Paper
|
12.30 | |
13.00 | Lunch |
14.00 | |
14.15 | |
14.35 | |
14.55 | Coffee Break |
15.25 | |
15.55 | |
Paper
|
16.15 | |
Paper
|
16.25 | |
16.45 | Coffee Break |
17.15 | |
Paper
|
17.30 | M. Armano: Gravitational Balance on LTP
|
Paper
|
17.40 | |
Paper
|
17.50 | S.Tobin: LISA Pathfinder Caging Mechanism EM
|
18.00 | S. Buchman: DRS Caging |
18.10 | Adjourn
|
Tuesday, 13 July Ground
Based |
08.00 | Coffee Break |
08.15 | D. Shoemaker: Status of LIGO |
08.45 | |
09.15 | |
Paper
|
09.45 | Coffee Break |
10.05 | K. Hayama: Status of TAMA |
10.35 | |
Paper
|
11.05 | P. Barriga: Status of ACIGA high power test facility
for advanced interferometry |
Paper
|
11.25 | Coffee Break |
11.45 | D. Southwood: The ESA Science Programme
|
12.00 | |
12.15 | |
12.30 | |
Paper
|
12.45 | A. de Waard: MiniGRAIL |
Paper
|
13.00 | Lunch
|
LISA Instrumental I
|
14.00 | B. Sheard: Laser frequency noise suppression by arm
locking in LISA |
Paper
|
14.20 | |
Paper
|
14.40 | |
Paper
|
15.00 | Coffee Break |
15.30 | |
15.50 | |
Paper
|
16.10 | |
Paper
|
16.55 | |
17.15 | Coffee Break |
17.40 | |
Paper
|
18.00 | C. Speake: Optical sensing for drag-free
(presented by M. Cruise) |
Paper
|
18.10 | |
Paper
|
18.20 | K.-S. Sun: Alternative gravitational and optical
reference architecture for high-precision space laser
interferometers |
Paper
|
18.30 | Adjourn
|
Wednesday, 14 July LISA
Instrumental II |
08.30 | Coffee Break |
08.45 | |
Paper
|
09.00 | |
Paper
|
09.15 | |
09.30 | |
Paper
|
09.45 | |
Paper
|
10.00 | Coffee Break and Poster session |
11.40 | |
12.00 | |
12.20 | |
12.40 | P. Bender: Wavefront Distortion and Beam Pointing for
LISA |
Paper
|
13.00 | Lunch
|
Astrophysical Sources
I |
14.00 | |
14.25 | S. Portegies Zwart: Intermediate mass black holes in
dense star clusters as gravitational wave sources |
14.50 | |
15.15 | Coffee Break |
15.45 | |
Paper
|
16.10 | |
Paper
|
16.35 | |
Paper
|
17.00 | Coffee Break
|
Poster Session
|
17.30 | Poster authors are kindly asked to attend their
posters |
19.00 | Adjourn
|
Thursday, 15 July Astrophysical
Sources II |
08.35 | |
09.00 | |
Paper
|
09.25 | Coffee Break |
09.45 | |
Paper
|
10.05 | |
Paper
|
| 10:25 | M. Campanelli: The coalescence remenant of spinning binary black
holes |
Paper
|
10.45 | |
| 11:05 | Coffee Break |
| | |
Modelling and
Simulation |
11.30 | |
11.45 | |
Paper
|
12.00 | |
Paper
|
12.15 | |
Paper
|
12.30 | |
Paper
|
12.45 | |
Paper
|
13.00 | Lunch
|
Data Analysis for
LISA |
14.00 | |
14.20 | |
14.40 | |
| 15:00 | Coffee Break |
15.20 | |
15.40 | |
16.00 | |
Paper
|
16.15 | Coffee Break |
| 16:45 | J.Gair: Detection of extreme mass ratio inspirals with
LISA: Search strategy and detection rate estimates |
Paper
|
17.00 | |
17.15 |
|
Conclusions
|
17.30 | O. Jennrich: Concluding remarks |
17.45 | Adjourn
|
Posters |
E. Garcia-Berro et al:
Gravitational wave radiation from the merging of white dwarfs
|
A.D.A.M. Spallicci and
B. Chauvineau: Capture of stars by black holes: Brans-Dicke
theory |
Paper
|
A.D.A.M. Spallicci: Capture of
stars by black holes: Waveforms |
Paper
|
A.D.A.M. Spallicci: Detection
improvement of coalescing binaries by mirror thermal noise
reduction |
G. Garcia-Cuadrado et al:
Primordial gravitational waves from Modified gravity
|
De Aranjo: Astrophysical sources
of gravitational waves detectable by the Brazilian spherical
antenna |
Paik: Wideband gravitational
wave detection on the Moon |
Cruise and Ingley: A correlation
detector for high frequency gravitational waves |
Paper
|
K. Aplin: A Field Effect
Spacecraft Neutraliser for the LISA Pathfinder Mission
|
Paper
|
M. Landgraf: Mission Design for
LISA Pathfinder |
Paper
|
N. Brandt: End-To-End
Performance Simulation For Lisa Pathfinder |
Paper
|
D. Smart: LISA Pathfinder Caging
Mechanism EM |
J. Evans: Plan for Compensation
of Self-Gravity on ST-7/DRS |
Paper
|
D. Desiderio: Gravitational
Reference Sensor EM for LISA Pathfinder |
N. Solway: Design And
Performance Of A Micronewton Proportional Thruster |
N. Dunbar: The system challenges
of Smart-2/LISA Pathfinder |
M. Armano: Gravitational Balance
on LTP |
VV: The LTP Science
Requirements |
Carbone: Torsion pendulum ground
testing |
Paper
|
K. Hayama: Reducing Binary
Confusion Noise |
Paper
|
M. Tinto: The LISA Zero-Signal
Solution |
Paper
|
M. Vallisneri: Observing Binary
Systems with LISA: parameter estimation |
M. Vallisneri: Synthetic LISA:
simulation data-analysis and interferometry in a model LISA
|
A. Krolak: Optimal filtering of
the LISA data |
L. Barack: SNR estimates,
parameter extraction accuracy, and the effect of confusion background
from inspirals |
J. Gair: Detection of extreme
mass ratio inspirals with LISA: Search strategy and detection rate
estimates |
J. Edlund: Simulating the
white-dwarf galactic background in the LISA data |
M. Seko: LISA and Gravitational Wave
Background Anisotropies |