The Weight of Recording

Every bit of data has a thermodynamic cost. What you choose to preserve leaves a mark. This archive lets you record a sound—and see what it actually costs.

In my work as an audio-archaeologist, I record things that nobody else will ever hear again. Floorboards. Neon signs. The 60Hz hum of transformers. These aren't just sounds—they're testimony.

But every recording has a weight. Every bit has a heat signature. This interface demonstrates the Landauer principle: erasing information has a minimum energy cost that scales with temperature.

I don't know what you'll record here. But I know it won't be free.

The Recorder

Status: IDLE | Bit count: 0 | Cost: 0.00 J | Landauer min: 2.87×10⁻²¹ J/bit

Measurement Log

Event Type RECORDING
File Path upload://sample.wav
Raw Bits 0
Compressed Bits 0
Signal Entropy 0.00
Energy Cost 0.00
Landauer Minimum 2.87×10⁻²¹
Energy Ratio 0.00
Decision KEPT
Every recording is a choice. The choice to keep or let fade. What you preserve becomes memory. What you erase becomes loss.