- Joined
- Aug 8, 2023
LIGO has never been denied anything though. Their trend is only upwards. The entire field of "gravitational wave detection" is absolutely pumped and inflated to the moon in every way. They're already planning billions for the next generation.LIGO’s funding comes from the National Science Foundation. The NSF’s budget for all basic scientific research is about US$ 7 billion this year, down half a billion from last year. (Congress faces the task of convincing the American taxpayer that non-commercial scientific research is worth it.) There is a lot of competition for this money. Each of the 700 or so projects that the NSF sponsors must persuade the NSF that their project is the most deserving. (I have attended -- and led-- a number of seminars on “how to write a successful NSF proposal.")
I agree with the first part of your post. Interpreting all wave phenomena as music does not always have any particular scientific merit. But we humans do like the sound of a vibrating string.
At first I was going to push back on your idea that funding would benefit from some musical transformation. Frankly, a middle schooler could probably turn a visual wave into a note. You can literally just do whatever with it. Theres no objective connection to music with a gravity wave. Actually though, I realize you could be right anyways. I remember some project in which scientists "demonstrated" what a black hole "sounds like"


, and pop-sci totaly ate it up - I'm sure funders were pleased
. Yes, you definitely know better than me about how funding works.Theoretically, they should... but if only that were actually true!Figure skaters are expected to match movement to music -- and they win or lose competitions according to their ability to do so.
Well, maybe this isnt exactly what you're referencing, but there is clearly a mutual reciprocal relationship between movement and music, rather than a unidirectional causal one. We know this because certain athletes have specific skills, or schticks, that the choreographer considers first, which puts paramaters on what sort of music they choose for the athlete. So although I doubt somone designs entire programs before thinking of music, it seems that physical movements are an original, primary factor acting on music, just like the chosen music's nature might also suggest the later choice of other (maybe the majority of) movements and timings (for example the fundamental movements anyone can do, and must be present in any program, and the order/rhythm with which they are performed) - one is not more indipendent of the other (in my opinion). For example, Yametova's schtick of a backwards gliding split is always considered before her trainers choose music, and they end up picking music with long rests or harmonies, or some other feature, which lends itself to that breath-taking move. So basically I'm saying your suggestion that music and movement might be reciprocal and totally interdependant, sharing primary importance, rather than the music being an absolute with movement only considered relative to it (an analogy tangential to our other discussion^ As I understand the OP's project, she is attempting to come at the question from the opposite direction. Traditionally we say "Here is a piece of music. What should the skater be doing in response?"
But is it possible to ask "this is what figure skaters do on the ice; do the skating movements themselves suggest musical phrasing, pulse, emptionsal content, etc.?"
Does a skater (or choreographer) ever say to him/herself -- I have just created the world's best figure skating program. Now I will begin tne search to find appropriate music to match it?
), is totally supported.
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), Bebe Liang was second (“Time”). The fun for the audience was that the themes were not announced beforehand, so you had to try to guess from the actual performances.

As a side note, I think the black hole merger sonification was super helpful in making the phenomenon more understandable to the wider audience. LIGO actually does detect waves (not sound waves, but waves in the spacetime itself), they just had to shift them into a much higher register to be audible, like shown in this video:
so much for the detailed answer, this is really really cool. Understanding the process better I appreciate even more the creative potential here