Spiking frequency modulation of proteinoids with light and realisation of Boolean gates

TL;DR

This paper investigates how light influences the spiking frequency of proteinoids, revealing their potential for optical control in unconventional computing and demonstrating the realization of Boolean logic gates.

Contribution

It introduces a novel method of modulating proteinoid spiking behavior with light and demonstrates the implementation of Boolean gates using this mechanism.

Findings

Light modulates proteinoid spiking frequency based on intensity and wavelength

Proteinoids can be used to realize Boolean logic gates

Light-controlled proteinoids have potential for unconventional computing

Abstract

This paper examines the modulation of proteinoid spiking frequency in response to light. Proteinoids are proteins formed through thermal condensation of amino acids and have been found to exhibit spiking behaviour in response to various stimuli. It has been demonstrated that their properties can be modulated by light, with the frequency of spikes changing in response to varying light intensity and wavelength. This paper explores the underlying mechanisms of this phenomenon, including how light affects the proteinoid's structure and its effect on the spiking frequency. We also discuss the potential implications of this modulation for future research and applications. Our research findings suggest that light could be used as a tool to regulate the spiking frequency of proteinoids, opening up a new range of possibilities for unconventional computing research.