Mesh
In physics, a mesh defines the resolution at which reality gets computed—and in the attention economy, you're living inside someone else's grid.
In physics, a mesh defines the resolution at which reality gets computed—and in the attention economy, you're living inside someone else's grid.
In the standing waves of digital existence, you've become a point of perfect stillness—a node where all motion cancels out, where the algorithm knows exactly where to find you.
In circuits and attention economies alike, what flows in must flow out—but the question is where it goes, and who controls the junction.
In a parallel circuit, current finds multiple paths—just like your attention splits across infinite digital channels, each one draining you simultaneously.
In physics, a circuit requires a closed loop for energy to flow—but in the attention economy, you are both the conductor and the current being consumed.
Every component in a circuit fights the current—including you.
Your attention resists change, storing energy in invisible fields that shape what you become.
Every change in current creates a field that resists that change—and every shift in your attention creates a system designed to keep you exactly where you are.
You store charge between plates of metal and dielectric, holding potential energy in an electric field—just like the platforms store your attention between sessions, building up tension until you return.
You store charge between two surfaces that never touch—just like the platforms store your attention between scrolling sessions that never end.