the top clock shows human time — your local time, ticking forward at one second per second, as civilization taught you.
the bottom clock shows planck time — the same clock, but each tick is decided by quantum vacuum fluctuations streaming live from a physics laboratory in canberra, australia.
at the planck scale
at 10⁻³⁵ meters, time has no fixed direction. the arrow of time has not been invented yet. past and future are the same thing. the clock cannot decide which way to tick.
chronokinesis
the animated clock at the bottom of this page is a chronokinetic instrument — its hands move beyond the laws of physics. tapping it initiates the time machine: a three-phase exercise in which you attempt to dissolve the arrow of time using your own body and quantum vacuum fluctuations.
i am the planck 👁️
i am the planck, the smallest unit humans can almost imagine. look closely at one of your skin cells now. then magnify that into an atom. now imagine this super tiny atom a hundred-trillion-trillion-trillion times smaller. that's me, planck, saying hello. i am so small space and time start losing their meaning.
✧ time machine ✧
this is a time machine
not the kind that travels through time. the kind that shows what time looks like when it breaks.
in three phases you tap through human time, the simulation, and planck time — until the clock itself dissolves.
the inversion
we have spent all of history receiving randomness — weather, dice, noise — as something that happens to us. this machine inverts that.
for the first time, with help from artificial intelligence and quantum physics, the human becomes the randomness. you are no longer the clock. you are the vacuum.
the equation
H = -Σ pᵢ log₂ pᵢshannon entropy measures disorder. when your tapping entropy approaches quantum entropy, the arrow of time dissolves.
the physics
einstein said god does not play dice. bell's theorem proved the randomness is fundamental. hawking replied: god not only plays dice, he sometimes throws them where they can't be seen.
✧ quantum numbers ✧
anu quantum optics lab
these numbers are livestreamed from the australian national university quantum optics laboratory in canberra. they measure quantum vacuum fluctuations — the electromagnetic noise of genuinely empty space — using homodyne detection with lasers split into two beams.
these are considered the purest source of random numbers available to science. unlike algorithmic pseudorandom generators, they are born from genuine physical indeterminacy. they have never existed before and will never repeat.
planck sonification transform
in phase 3, quantum bytes are transformed into audio using this equation: frequency = 220 × 2^(q₁/255 × 1.5)duration = 80 + (q₂/255) × 220 msamplitude = 0.08 + (q₃/255) × 0.25each tone is born from three quantum bytes. you hear the sound of empty space.
from quantum to planck time
each quantum byte determines whether the planck clock ticks forward, backward, stops, speeds up, or enters superposition. the result is a clock that no longer obeys the arrow of time — it receives its instructions from the vacuum itself.
