Will Gravitational Wave Detectors Challenge Current Theories on Binary Stars?

AI Thread Summary
Gravitational wave detectors, particularly LIGO, are expected to potentially register a neutron star merger every one to two years, according to Dr. Vicky Kalogera from Northwestern University. There is speculation that upcoming null results from these detectors could challenge or necessitate significant modifications to existing theories about binary stars. The discussion highlights the importance of these findings in the context of current astrophysical models. The community is keenly interested in how these results will influence theoretical frameworks. The implications of this research could reshape our understanding of stellar evolution and gravitational interactions.
Astronomy news on Phys.org
http://www.physlink.com/News/120403PulsarGravity.cfm

Under the most favourable distribution model, we can say at the 95% confidence level that this first generation of gravitational wave detectors could register a neutron star merger every one to two years," said Dr Vicky Kalogera, Assistant Professor of Physics and Astronomy at Northwestern University in Illinois, USA.
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thanks for origonal post LAB GUY.
it seems the axe may fall on some theories in a very few years,
or be subject to major modification, when null results are
returned from LIGO etc, i just wounder how much "wiggle", room
will be left after these null results.
 

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