Proteinoid assembly input-output voltage characteristics. This table shows the input-output voltage characteristics of various proteinoid assemblies. Researchers use them in bio-inspired cryptography. Each row represents a different proteinoid assembly, identified by its code and composition. We provide the mean and standard deviation (Std) of both input and output voltages, measured in volts (V). These data show the different electrical responses of proteinoid configs. This variability is the basis for their potential use in cryptography. The different output voltages, despite similar input voltages, highlight each assembly’s unique properties. These may relate to their molecular structure and composition.

Proteinoid assembly input-output voltage characteristics. This table shows the input-output voltage characteristics of various proteinoid assemblies. Researchers use them in bio-inspired cryptography. Each row represents a different proteinoid assembly, identified by its code and composition. We provide the mean and standard deviation (Std) of both input and output voltages, measured in volts (V). These data show the different electrical responses of proteinoid configs. This variability is the basis for their potential use in cryptography. The different output voltages, despite similar input voltages, highlight each assembly’s unique properties. These may relate to their molecular structure and composition.