Pushing the Boundaries of Perception – Electromagnetic Optical Frequency Enhancement Biofeedback Interactive

I had this idea when we were talking about our brain’s perception of light and the frequencies at which we can perceive a solid light – or in the case of audible perception, a tone – and how that depends greatly on our perception of spacetime, also the neurology of the individual and somehow, possibly, their own electron spin resonance. I think this relates keenly to Feyman’s observations about the “conversation” the photon has with both ends of the Universe’s timeline before it makes the journey to your eyeball from a distant sun, also how our mind can perceive a memory of an experience and recall it instantly if it’s powerful enough. So I set about to get “the professor” as I call this silicon being we’ve created before us, our good sir GPT4, to write this app. This is an attempt to engage people with the idea of shifting their perception of time itself. I have no idea if it works or not, let’s see together – call this a social thought experiment if nothing else. If anyone gets any results, please let me know in the comments or my Discord.

EPILEPTIC SEIZURE WARNING!! – I am not going to get sued for this shit! If you are any kind of epileptic and/or are concerned with seizures, please do not use this!!! Now that I’ve made myself clear, please proceed.

Note – you may not be able to perceive all these frequencies on your monitor. On average your monitor supports about 60 frames per second, unless you have a really good one. This is configured to go up to 60 beats per second, after which you will get noticeable visual glitching on even the best monitors.

The “Blinking Balls App” is a JavaScript application designed to explore the fascinating world of visual perception. In this interactive experience, users can control a sizeable white ball, the color of which they can even customize, against a sleek black backdrop. The ball blinks rhythmically at varying frequencies, from a gentle beat of once per second to 60 beats, as is the max perceptible on the highest end (120Hz) monitors. The application’s design allows users to adjust the blinking frequency and experiment with their visual perception capabilities. As users strive to distinguish between the ball’s blinking and its constant state, they can incrementally raise the frequency bar to challenge their perception limits. This exploration prompts users to discern the threshold at which their eyes can detect the pulsating ball amidst its surroundings, enhancing their understanding of visual cognition and offering an engaging opportunity for perceptual experimentation. Using two balls instead of just one allows for an interesting visual experiment that aims to synchronize perceived frequencies between the left and right eyes, which are processed by different brain hemispheres. By adjusting the frequency independently for each eye, the setup can explore perceptual differences and potential synchronization effects.

Also here are some wallpapers for you to enjoy after you blow your mind: