if you watch a video where the sound is slightly delayed behind the picture, your brain will basically fix it in post. if you watch a video where the picture is slightly delayed behind the sound, your brain will freak the fuck out
if you set up a computer program to listen for a keystroke, delay for a short amount of time, and then flash the screen, a human that presses the keys will eventually stop perceiving that delay
then if you remove the delay, the human will believe that the computer is anticipating their keystrokes
human senses are garbage
sort of spoilers for a book i'm writing
@email@example.com nerd comes up with a hypothesis for how dragons make themselves invisible, comes up with one based on that fact, determines that this implies there must be a maximum field of view they can affect and the solution for this is to see them Up Close
@monorail Fun Fact: It's possible to see the blind spot if you force your eyeball to stay still for a few minutes.
@monorail I learnes that the eye also is never standing really still because of that.
Always noving around a bit to get a voew of that blind spot - and then I think the brain inserts it the same way as when you're consiously move your eyes somewhere.
@monorail Imagine one of those, like, “writer’s text editor” that’s marketed as bringing focus and helping you get your ideas out without a lot of frills that had that keystroke delay thing built in and cut it off after being the in-focus app for… however long.
@monorail Like… It gains focus and keystroke delay is 0. The delay slowly ramps so that you don’t notice, but resets as soon as you switch focus or if you haven’t typed for, say, 10 minutes. After the delay gets to whatever level matters, it sits there for a bit so the human is acclimated, then cuts it off.
@monorail So that the experience feels like you start typing and if you stay in it the editor starts anticipating your thoughts and it’s all so effortless.
I want to use this as an experiment. I want to experience this thing.
I agree the for most part but sound is quite slow so it totally makes sense for the human brain to sync up latent sound with visual information.
If someone is playing an instrument through an amplifier (like a guitar) the latency caused from distance between the person and the amplifier can actually be quite relevant at the scale of time it takes to play with good rhythm.
When it comes to syncing up a number of visual events with associated audio this is a pretty powerful utility!
@Alonealastalovedalongthe it is but it's just one more way the human brain is always lying about everything
The one that blows me away is the massive mismatch between how much longer you believe you will be emotionally affected by things vs how long things typically emotionally affect you. (Affective forecasting I think its called?)
Its something I am totally aware of but still can't convince myself deep down that its true.
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