We experience time as a smooth, continuous flow. But what if reality is more like a movie, made of individual, frozen frames? ​This is the mind-bending idea behind the Chronon, a hypothetical, fundamental "particle" or quantum of time. It's the smallest possible tick of the cosmic clock, a moment so brief that nothing can happen in a shorter interval. ​This theoretical limit is often associated with Planck time, a duration of about 10^{-44} seconds. Below this scale, our current understanding of

The Schrödinger equation explains that energy levels are quantized. | Suborno Isaac Bari

Creating many quantized CVs from a single one with MultiMod! ⚡ MultiMod is calibrated to accurately pass critical control signals such as quantized pitch CV— meaning that a quantized control voltage patched to its input will appear at its outputs! This video highlights a few examples of how this can be utilized: first by using Hold to capture and loop an input signal of quantized random voltage; next by using Spread to individualize the timing of each MultiMod output of this held phrase; and fin

We usually perceive time as continuous. A second flows seamlessly into the next. But some physicists propose that time might actually be "pixelated." This is the hypothesis of the Chronon. Just as matter is made of atoms and light is made of photons, the Chronon is a proposed indivisible unit of time. It suggests that the universe has a frame rate. If this theory is true, reality doesn't move smoothly. Instead, it jumps from one discrete moment to the next, like the frames of a film, but happeni