[1]
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Status and prospects for gravitational-wave astrophysics.
TGWG Conference -- Taipei, Taiwan, October 2018.
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[2]
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From data to knowledge: Extracting physics from gravitational-wave detections.
TGWG Conference -- Taipei, Taiwan, October 2018.
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[3]
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Gravitational lensing of gravitational waves.
Physics Seminar -- University of Pisa, July 2018.
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[4]
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Gravitational lensing of gravitational waves.
DAMTP Friday GR Seminar -- University of Cambridge, July 2018.
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[5]
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Gravitational lensing of gravitational waves.
The Transient Universe -- Singapore, February 2018.
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[6]
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Gravitational waves: A new window on the universe.
Special Lecture, The Chinese University of Hong Kong (Shenzhen) --
Shenzhen, China, December 2017.
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[7]
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Gravitational lensing of gravitational waves.
The Ninth Australasian Conference on General Relativity and
Gravitation -- Gingin, Australia, November 2017.
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[8]
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Gravitational waves: A new window on the universe.
Department of Physics Seminar, Hong Kong Baptist University -- Hong
Kong, October 2017.
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[9]
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Status and prospects for gravitational-wave astrophysics.
Particles and Nuclei International Conference 2017 (PANIC2017) --
Beijing, China, September 2017.
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[10]
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Gravitational lensing of gravitational waves.
Monash Centre for Astrophysics Seminar, August 2017.
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[11]
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Gravitational lensing of gravitational waves.
Gravitational Wave Physics and Astronomy Workshop (GWPAW) -- Annecy,
France, June 2017.
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[12]
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Status and prospects for gravitational-wave astrophysics in the
advanced-detector era.
International Symposium on Gravitational Waves -- Beijing (China),
May 2017.
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[13]
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Characterizing gw sources & their populations.
LIGO-India: The Road Ahead -- Pune (India), May 2017.
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[14]
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Advanced ligo and gw astronomy.
Second SVOM scientific workshop : Surveying the Fast Changing
Multi-wavelength Sky with SVOM, April 2017.
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[15]
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Results and prospects of ground-based gravitational wave detectors.
Conference on Cosmology Gravitational Waves and Particles --
Singapore, February 2017.
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[16]
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Gravitational lensing of gravitational waves.
Workshop on Gravitational Wave activities in Taiwan -- Taipei
(Taiwan), January 2017.
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[17]
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Lensed gravitational wave predictions.
Gravitational Cosmology Workshop -- Hong Kong, January 2017.
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[18]
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Dawn of gravitational-wave astronomy: Current knowledge and future pursuits.
TianQin Seminar Sun Yat-Sen University -- Zhuhai (China), November
2016.
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[19]
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Tests of general relativity in the advanced detector era.
Mini-workshop: Gravitational Initial Data and Gravitational Waves --
Tainan (Taiwan), October 2016.
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[20]
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Gw research at the chinese university of hong kong.
Asian-Pacific Gravitational Wave Forum -- Hong Kong, October 2016.
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[21]
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Dawn of gravitational-wave astronomy: current knowledge and future pursuits.
Gravitational Wave Astronomy with Present and Future Detectors --
Seoul (South Korea), August 2016.
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[22]
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Testing general relativity using gravitational wave observations.
First International Meeting on KAGRA -- Daejeon (South Korea), June
2016.
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[23]
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Tests of gr in the advanced detector era.
Gravitational Wave Physics and Astronomy Workshop 2016 -- Hyannis
(USA), June 2016.
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[24]
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Dawn of gravitational-wave astronomy.
Physical Society of Hong Kong Annual Meeting -- Hong Kong, June 2016.
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[25]
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Tests of general relativity from binary mergers with advanced ligo.
2016 Beijing gravitational-wave workshop, Beijing (China), April
2016.
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[26]
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Gw150914: Dawn of gravitational-wave astronomy.
Physics Colloquium, University of Hong Kong -- Hong Kong, March 2016.
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[27]
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Einstein's messengers: A new window on the universe.
Distinguished Science Seminar, Lingnan University -- Hong Kong, March
2016.
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[28]
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Tiger: A data analysis pipeline for testing the strong-field dynamics of
general relativity with gravitational wave signals from coalescing compact
binaries.
11th Edoardo Amaldi Conference on Gravitational Waves -- Gwangju
(South Korea), June 2015.
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[29]
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Inferring the nuclear equation of state from binary neutron star mergers.
11th Edoardo Amaldi Conference on Gravitational Waves -- Gwangju
(South Korea), June 2015.
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[30]
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Inferring the nuclear equation of state from binary neutron star mergers.
Gravitational Wave Physics and Astronomy Workshop 2015 -- Osaka
(Japan), June 2015.
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[31]
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New studies on cosmology with einstein telescope.
6th Einstein Telescope Symposium -- Lyon (France), November 2014.
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[32]
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Gravitational waves from binary mergers as probes of astrophysics.
Department of Physics seminar, Chinese University of Hong Kong --
Hong Kong, November 2014.
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[33]
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Gravitational waves a new window on the universe.
Department of Physics colloquium, Chinese University of Hong Kong --
Hong Kong, October 2014.
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[34]
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Testing the strong-field dynamics of general relativity with the advanced
ligo-virgo network.
Center for Gravitation, Cosmology and Astrophysics Seminar --
Milwaukee, WI (US), May 2014.
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[35]
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Testing the strong-field dynamics of general relativity with the advanced
ligo-virgo network.
30th Pacific Coast Gravity Meeting -- San Diego, CA (US), March 2014.
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[36]
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Testing the strong-field dynamics of general relativity with gravitational wave
signals from coalescing compact binaries. ii. the tiger data analysis
pipeline.
Testing General Relativity with Present and Future Astrophysical
Observations Workshop -- Oxford, MS (US), January 2014.
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[37]
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Extracting physics from direct detections of gravitational waves.
Department of Physics seminar, University of Hong Kong -- Hong Kong,
May 2013.
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[38]
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Extracting physics from direct detections of gravitational waves.
Department of Physics seminar, Chinese University of Hong Kong --
Hong Kong, May 2013.
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[39]
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Extracting physics from direct detections of gravitational waves.
Particle Theory seminar, Institute for Advanced Study, Hong Kong
University of Science and Technology -- Hong Kong, May 2013.
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[40]
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Extracting physics from compact binary mergers.
LIGO seminar, California Institute of Technology -- Pasadena (US),
March 2013.
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[41]
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Coalescing binary neutron stars and black holes as laboratories for testing
general relativity.
7th International Conference on Gravitation and Cosmology -- Goa
(India), December 2011.
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[42]
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Fundamental physics with et: Relevance of the low frequency sensitivity.
3rd Annual Einstein Telescope Workshop -- Budapest (Hungary),
November 2010.
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[43]
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Comparison of parameter estimation between et-b and et-c sensitivities.
Einstein Telescope WG4 Workshop -- Nice (France), September 2010.
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[44]
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Fisher matrix for general time domain waveforms and its applications.
Gravitational Physics Seminars, University of Cardiff -- Cardiff
(United Kingdom), September 2010.
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[45]
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Null stream analysis for einstein telescope.
Stochastic Gravitational Wave Background Workshop -- Nice (France),
July 2013.
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[46]
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Testing gr with advanced virgo.
2nd Dutch Gravitational Wave meeting -- Nijmegen (The Netherlands),
January 2013.
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[47]
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Post-mortem of a binary neutron star merger.
Nikhef Annual Scientific Meeting -- Utrecht (The Netherlands),
December 2012.
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[48]
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A data analysis pipeline for testing general relativity using gravitational
wave signals from binary neutron star and black hole mergers.
Fall Meeting, Dutch Physics Society -- Lunteren (The Netherlands),
November 2012.
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[49]
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Gravitational waves as independent cosmological probes.
13th Marcel Grossmann Meeting -- Stockholm (Sweden), July 2012.
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[50]
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Tiger: A data analysis pipeline for testing general relativity using compact
binary coalescence.
Gravitational-wave Physics & Astronomy Workshop 2012 -- Hannover
(Germany), June 2012.
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[51]
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Measuring cosmological parameters through the mergers of tidally deformed
binary neutron stars.
Fall Meeting, Dutch Physics Society -- Lunteren (The Netherlands),
November 2011.
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[52]
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Towards a generic test of the strong field dynamics of general relativity using
compact binary coalescence.
15th Symposium on Astroparticle Physics -- Leiden (The Netherlands),
November 2011.
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[53]
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Coalescing binary neutron stars and black holes as laboratories for testing
general relativity.
9th Edoardo Amaldi Conference on Gravitational Waves -- Cardiff
(United Kingdom), July 2011.
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[54]
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Coalescing binary neutron stars and black holes as laboratories for testing
general relativity.
14th Symposium on Astroparticle Physics -- Groningen (The
Netherlands), April 2011.
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[55]
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Testing general relativity with gravitational waves.
Fall Meeting, Dutch Physics Society -- Lunteren (The Netherlands),
November 2010.
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[56]
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Cosmology @ et.
Annual Scientific Meeting, Nikhef -- Amsterdam (The Netherlands),
December 2009.
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[57]
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Cosmology @ et.
Einstein Telescope WG4 Workshop -- Cambridge (United Kingdom),
November 2009.
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[58]
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Tiger: A data analysis pipeline for testing the strong-field dynamics of
general relativity with gravitational wave signals from coalescing compact
binaries.
Gravitational Wave Physics and Astronomy Workshop 2015 -- Osaka,
Japan, June 2015.
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[59]
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Post-mortem of a binary neutron star merger.
20th International Conference on General Relativity and Gravitation /
10th Amaldi Conference on Gravitational Waves -- Warsaw (Poland), July 2013.
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[60]
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Tiger: A data analysis pipeline for testing general relativity using compact
binary coalescence.
KITP Conference: Rattle and Shine -- Santa Barbara (US), July 2012.
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[61]
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Towards a generic test of the strong field dynamics of general relativity using
compact binary coalescence.
LIGO-Virgo collaboration meeting -- Boston (US), March 2012.
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