Changes

:: First, if you'll take a closer look at the talk page, you'll notice that there has been a good amount of discussion of the usefulness of LIGO, and that was what I was principally referencing. Secondly, the article in reality contains three sentences that in some way reference LIGO, albeit only one of them by name. The last sentence specifically mentions LIGO, the second sentence is clearly directly referencing LIGO without naming it, and the first claims that research involving the theory of relativity receives a disproportionate amount of funding. I would regard the first of those sentences as a matter of scientific opinion, which I addressed in my comments by pointing out how much impact LIGO could have on the entire astronomy community. The second and third sentences may not be incorrect, so much as they are worded as half truths. LIGO has been unsuccessful, or has failed, to detect graitational waves so far. To assert that LIGO has been unsuccessful in general would be entirely untrue, and is completely dependent on your notion of the "success" of the experiment, which I also addressed - LIGO has indeed managed to reach its target sensitivity, and whether or not they manage to detect gravitational waves, their results will still have a huge impact on the field of physics, which I would consider a successful experiment. --kfratus

:: First, if you'll take a closer look at the talk page, you'll notice that there has been a good amount of discussion of the usefulness of LIGO, and that was what I was principally referencing. Secondly, the article in reality contains three sentences that in some way reference LIGO, albeit only one of them by name. The last sentence specifically mentions LIGO, the second sentence is clearly directly referencing LIGO without naming it, and the first claims that research involving the theory of relativity receives a disproportionate amount of funding. I would regard the first of those sentences as a matter of scientific opinion, which I addressed in my comments by pointing out how much impact LIGO could have on the entire astronomy community. The second and third sentences may not be incorrect, so much as they are worded as half truths. LIGO has been unsuccessful, or has failed, to detect graitational waves so far. To assert that LIGO has been unsuccessful in general would be entirely untrue, and is completely dependent on your notion of the "success" of the experiment, which I also addressed - LIGO has indeed managed to reach its target sensitivity, and whether or not they manage to detect gravitational waves, their results will still have a huge impact on the field of physics, which I would consider a successful experiment. --kfratus