A new theory suggests that human consciousness may be secretly hidden in an unexpected area of the brain.

Many theories attempt to explain human consciousness, but one that is gaining popularity suggests that a type of electromagnetic field, known as the epiplectic field, coordinates consciousness within the brain. In a new article published in Scientific American, researchers present arguments in favor of this intriguing theory and how electromagnetic fields might elucidate consciousness, as reported by Popular Mechanics.

Whenever a phenomenon seems difficult to explain with existing theories, new hypotheses emerge to address the issue. This is also true for studies on human consciousness.

Numerous theories strive to clarify the biological phenomenon of consciousness, which underpins human existence. Some theories liken the brain to a computer, where neurons serve as the equivalent of transistors.

However, one theory has recently gained some experimental support. According to this theory, human consciousness can be explained through electromagnetic fields, referred to as epiplectic fields, which neurons generate by activating synapses. These are the contact points between neurons in the brain. It is these fields that allow electroencephalograms, for instance, to capture brain activity.

The authors of the article state that the effects of epiplectic fields arise from the electrical and magnetic interactions that energize our cells. Experimental results suggest that these same forces play a more significant role in the brain than previously thought, possibly even in consciousness.

The scientists described one experiment in which the hippocampus of a mouse was entirely severed. The hippocampus is the part of the brain responsible for consolidating memory functions, maintaining attention, and other vital bodily functions. Despite the separation, the researchers still recorded activity that could exist due to the connection of electrical fields.

This electrical effect may help explain issues in the current understanding of consciousness based solely on neurons. Conventional neuron connections cannot fully account for cognitive function. However, the presence of epiplectic fields addresses this challenge.

Although this theory appears to be gaining traction, much remains to be explored. This and other theories have yet to completely solve the core issue of consciousness: how biological processes generate subjective experience.

Unraveling the mystery of consciousness is one of the most complex scientific challenges, but as researchers increasingly uncover the biological mechanisms of the brain, the blurry outlines of consciousness are becoming clearer.