This is a reinterpretation of the classic double-slit experiment through creative coding (p5.js), which revisualizes the experiment with typography and explores the probabilistic nature of quantum mechanics.






Traditional Interpretation


A double slit experiment is a fundamental physics experiment that demonstrates the wave-particle duality of particles, such as electrons or photons, as they exhibit both wave-like and particle-like behavior when passed through two slits.


Typographic Interpretation


An experimental setup that treats the inputted letters as protons passing through slits, with [A] emitting the most waves and [Z] the least.

“ALBERT EINSTEIN”

entered text


When a phrase is entered, particles are generated at the intersections of the waves they create. The size of each particle depends on the extent of overlap, creating a typographic footprint. 






Data Processing




Coding Logic in p5.js


01

Type to Intiate the program
Press [1] to display dots
Press [2] to display lines
Click to Reset




02

Translating the pressed keys into wavelengths based on the frequency of the values.




03

The interaction between each letter creates interference, displayed as a particle or dot.




04

The amount of interference occurring is displayed as overlapping circles, with sizes dependent on the extent
of the overlap.




05

Final output.





Double Slit Experiment
Client: Personal, 2020


The double-slit experiment, by definition, demonstrates the dual nature of quantum-mechanical particles, revealing both wave-like and particle-like behaviors. In this conceptual reimagining, particles are replaced by typed keys, and waves are not formed through slits but through the frequency of the typed letters, creating a typographic interpretation of quantum principles.

For more details: ︎︎︎AAAS Publishing