Osmosis
How your attention moves through membranes you never agreed to cross, following gradients you didn't create.
If you could hear this, it would create a Black Hole...
How your attention moves through membranes you never agreed to cross, following gradients you didn't create.
Your data doesn't leak—it diffuses, following the same inexorable physics that spreads ink through water and your digital self across the network.
You think you're choosing where to click, but maybe you're just a particle suspended in someone else's fluid.
In 1867, James Clerk Maxwell imagined a demon that could violate the second law of thermodynamics—today, that demon sorts your timeline.
Like entropy flowing toward disorder, your attention disperses across infinite feeds without anyone pushing—thermodynamics predicted you'd scroll.
In thermodynamics, some transformations can never be undone—and neither can the data you've already given away.
In thermodynamics, some processes can be undone without leaving a trace—but your digital footprint is entropy incarnate.
When the container stays the same size but the pressure keeps building—a thermodynamic meditation on being trapped in your feed.
Under constant pressure, you expand—but the system decides how much heat you must absorb to do it.
Your attention stays constant while the system compresses around you, extracting work from the equilibrium you mistake for freedom.