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Description
General relativity may seem to have nothing to do with the strong force (QCD) that binds nuclei. One theory is classical, and the other is quantum mechanical. Yet, as we uncover more about the underlying nature of these theories, we are finding remarkably matching patterns in their mathematical structures. In this talk, I will discuss how theorists are using their knowledge of the strong interaction not only to gain qualitative insights into black hole dynamics, but also to apply methods from QCD to make precise predictions for gravitational wave signals from binary inspirals.
Zoom:https://bnl.zoomgov.com/j/1617489674?pwd=aTmhSZ1ncKD7wWlqQ2iHfoTniiAlOX.1
Meeting ID: 161 748 9674
Passcode:
893268
Organised by
Raju Venugopalan
