"If a tree falls in a forest and no one is around to hear it, does it make a sound?"

Science says no. The experience of sound is an interpretation of air pressure variations detected by sensory organs and created by the brain. Consciousness parses data then generates noise and harmony. Sound is one framework among others for understanding the universe.

In the East, it is said you have to be better attuned to yourself in order to better enjoy the music.

Also, good morning.

@ice science assumes that if you do the same thing, you get the same result, and that theories are checked by falsifying them.

Something as hard to measure, hard to define, mercurial, subjective and personal as experiencing sensations are at best at the edges of science. Something you might try to say something about using those theories.

So science would prefer to refer to sound, the physical phenomenon first, rather than the thing it can't say things easily about.

@ice for light we have light, the physical thing, a picture, which talks about a picture is formed and "a sight" implying someone/-thing experiences it.

Though language can be pretty contextual..

@jasper @ice I feel like science is also all about being precise in your definitions, so answering that question would start with "for this article, we define 'making a sound' as meaning xxx" - arguably rendering the question uninteresting/trivial before you even get to the 'actual science' part.

@raboof @jasper I'd recommend checking the biocentric universe theory developed by Robert Lanza. He's written three books on the topic, which is way more than I can cram in a toot :)

@ice @raboof i am too lazy for that, see this article theamericanscholar.org/a-new-t

Science doesn't "need" to answer questions about consciousness/experiencing/etc about which it indeed does not have an answer. I think he is searching for a religion.

Also he seems confused, equation general relativity with _much_ more speculative theories. GR is seen in various ways en.wikipedia.org/wiki/Tests_of ) suppose if he is confused the way above he might not distinguish between weak-field and strong field tests.

@ice @raboof also, for instance Newton can perfectly well answer the Zeno arrow paradox... So what if you can divide the distances in half, it divides the times in half too, it all adds up to the same time however you dice it..

I don't think he really understands QM enough to claim to have the answer to the interpretation problem.

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