World Science Scholars

3.3 Musical Organization in the Web

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    • Describe what you’ve heard and try to interpret from the tangled web video below. For example, when in the video do you hear more harmonic, organized sound? In your opinion, what makes music sound good?

    • Vvvv

    • THere is more dissonance and chaotic sound when deep in the web, perhaps because of the multitude of all the strings of different lengths vibrating at once an in close proximity to each other.

    • The Sine Wave is the building block and the harmonic content follows the Law of Octave, so there seems to be an organizational framework that modulates between consonance and dissonance. Like Brian, said the more information that is present the more sine waves beating in enharmonic frequencies=dissonance. Dissonance seems deep and full of information while consonance is more surface with lots of information filtered out. Some kind of basic necessary information only gets through.

    • Completely agree with Brian. The more strings you have, more different harmonics can be predicted.

    • There’s more interesting sounds going in in the middle due to the web’s complexity and “short steps” between the strings in there.

    • THere is more dissonance and chaotic sound when deep in the web, perhaps because of the multitude of all the strings of different lengths vibrating at once an in close proximity to each other.

    • Does building web inside square container make difference in music or it plays the same in circle or other shape figure container.

    • Hello Ladies and Gentlemen,

      The Dorian mode building blocks allows for harmonics.

      In life, melodies are nice when connected in series of patterns that allow for music to have notes of harmony played from sheet music. What allows for good music is often repetition.

    • Music sounds good because of dopamine to the brain, if we figure out the rhythm of the melody the brain receives a reward for knowing what’s coming up before the music plays. This is the reward cycle of the adoption of music. This is why some music doesn’t sound good at first, but after you listen to it a few times it sounds better because your brain is reconstructing it and getting a reward. This is what makes music sound good I believe.

    • Ladies and Gentlemen,

      If what we hear in a spider web is organized, do we find a type of language in spectra?

      If so, whose lingo is it?

      🙂🍵☕🍵🍵

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    • wow

    • THere is more dissonance and chaotic sound when deep in the web, perhaps because of the multitude of all the strings of different lengths vibrating at once an in close proximity to each other.

    • Although some sounds may not be harmonious—clearly, this is not a musical composition—the sounds are quite unique, even difficult to imitate with any metallic or string instrument.

    • In Tangle Web, the center sounds more dissonant due to dense, short threads, while the outer edges sound more harmonic. This mirrors the web’s structure and shows how geometry shapes vibration.

      Music sounds good when it balances pattern and variation—something even a spiderweb captures. It shows how sound can reveal material behaviour and inspire new ways to design functional, tunable materials.

    • Spider web is relatively easiy for a mathematical model or to create its sound. What about complex system?

    • harmonic sound, nature feel sound
      sound reflected physics structures of the web

    • Ladies & Gentlemen,

      The centrality of a spiderweb shows the centrality of our TON 618 pattern recognition.

      With http://www.monroeinstitute.org psychic spy training, we are more than a physical body.

      Our dearly departed LIGO people can watch over us, from the 13- 15 km hard Heaven area.

      With our Head Quarter lookalikes, our spider central place is the HQ of Sound, the place of all levers.

      TON 618 brings us also that type of an area centrality.

      As we sort out dark matter, they are positrons- no photon electrons.

      They have no light.

      The supersymmetry is not there, they are not on the electromagnetic spectrum.

      With our Sky Quantum Q2Q viewing, we see the TON 618 is a type of YHWH species fortress, as are spider HQ central areas.

      Black holes are bricks for YHWH, and spiders are Pilots with parachute building materials.

      Crash test dummies, the central sound area has the spider crash test dummy resilience against a self created defense area.

      Eyes for other spectrums? Ears also.

      Sound fortresses allow the String Theories to have better prowess.

      The electronic crim regime steal intellectual property, all the time.

      I want to post a TON 618 diagram, but our research group has better ideas than i can about that.

      Positron science with ozone science opens our sky boundaries to see who builds what & where.

      YHWH build with black hole and Collapsed Core Object bricks, ozone for mortar.

      Spiders use their Pilot parachutes.

      CLG

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