physics
Diffraction
You were never meant to see the whole picture—just the interference pattern they chose for you.
$ cat /tag/physics/
physics
Interference
When waves collide, they create patterns of amplification and erasure—just like the competing signals fighting for your attention right now.
physics
Polarization
Light waves teach us that filtering information doesn't just reduce noise—it fundamentally transforms what remains, leaving you trapped in a single plane of reality.
physics
Pair Production
Every interaction you have online creates two entities: the experience you remember and the data shadow that never forgets.
physics
Photoelectric Effect
Einstein proved light comes in packets—and now your attention does too, measured in discrete quanta by platforms that know exactly how much energy it takes to make you click.
physics
Gamma Ray
The highest-energy photons in the universe arrive from cosmic violence—and so do the notifications designed to pierce through everything else in your life.
surveillance
X-Ray
They see through you not with light, but with the shadows you cast across their servers.
physics
Ultraviolet
The most dangerous wavelengths are the ones you can't see—in light and in data.
physics
Visible Light
You exist in a narrow bandwidth of perception, and so does everything watching you.
physics
Infrared
The most valuable data about you exists in wavelengths you can't see—heat signatures of desire, invisible trails of attention, the thermal exhaust of your digital life.