One would think so.  I&#x27;m not an expert in this area, but from the descriptions it seems like they would have at least two options for finding the source direction:<p>One is to compare the arrival time at each of the detectors and infer direction from the speed-of-light delay.<p>Another option is to measure the difference in relative strength between each of the detectors.  I&#x27;m assuming the detectors aren&#x27;t uniformly sensitive; perhaps they&#x27;re most sensitive to waves travelling in a direction parallel to one arm of the detector and perpendicular to the other, and completely insensitive to waves that are perpendicular to both (i.e. it would affect them both the same and cancel out, or perhaps not affect either of them at all).  With multiple detectors at right angles to each other, you can get a pretty good idea which way it came from.<p>Combining the two methods could give you greater accuracy, and also help to rule out spurious signals that are not gravity waves.<p>This makes me wonder what you would see if you had a sufficiently accurate directional gravity wave detector and let it run for a long time.  Sooner or later, you&#x27;d get an actual image, like a telescope.