The Algorithm of Inspiration: the opportunity to make "Singular Decisions" according to Neuroscience

Inspiration is a powerful force that drives people to make significant changes in their lives. It doesn’t arise from nothing; inspiration usually comes from witnessing someone else’s achievement, igniting an internal spark. However, this spark is short-lived. If it isn’t translated into action, if it doesn’t evolve into a singular decision, it inevitably fades away. The relationship between inspiration and action is deeper than it seems, and much of it is supported by neuroscience.

Inspiration also has a chemical and neurological basis. Through our mirror neurons, which allow our brains to activate when observing others performing actions, we can visualize our own achievements by watching someone from our species succeed. This neuroscientific phenomenon activates neural networks that lead us to “believe we can achieve it too”. In this way, inspiration is far more than a fleeting feeling; it is a cerebral reaction that pushes us toward action.

Inspiration vs. Motivation: Crucial Differences

Though inspiration and motivation may seem similar, their mechanisms are fundamentally different. Motivation occurs when you encounter an idea, accept it, and work to make it a reality. It is a process based on willpower, where you take control, and is essentially driven by conscious and rational effort.

Inspiration, on the other hand, is a more emotional and profound phenomenon. When an ideal inspires you, it’s not you who chooses it; the ideal chooses you. Inspiration doesn’t ask you to push toward your goal, but rather it propels you toward it, almost inevitably. This process involves a deeper connection with your subconscious, where emotions and ideas intertwine, leading you to follow a path you may not have consciously planned. Inspiration is more aligned with discovering a higher purpose, while motivation is linked to the effort to achieve specific goals.

The Neuroscience of Inspiration: Mirror Neurons and Neural Networks

Science has shown that inspiration has a biological foundation. The concept of mirror neurons, discovered by Italian researchers in the 1990s, partly explains how inspiration occurs at the brain level. These neurons activate not only when we perform an action but also when we see someone else doing it. That’s why observing someone overcoming obstacles, accomplishing something extraordinary, or bringing an idea to life triggers a reaction in our minds.

When we see others succeed, our brain begins to process that success as a possibility for ourselves. This mechanism activates neural networks related to self-efficacy, which leads us to believe we can achieve something similar. Neuroscience supports the idea that inspiration is not just an emotional phenomenon but also a neurological process that involves specific circuits in our brains.

A study published in the Journal of Personality and Social Psychology revealed that inspiration, when triggered by an external stimulus (like seeing someone else excel), has the power to increase a person’s confidence in their own abilities. In other words, inspiration provokes a chain reaction of self-confidence and action that, if acted upon quickly, can lead to important and transformative decisions.

Singularity Applied to Decisions

The concept of singularity is crucial to understanding how inspiration can change our lives. Singularity refers to something unique, something that has not existed before and will not exist again in the same form. Although humans share biological, cognitive, and emotional similarities, we are never exactly the same. Factors like our DNA, personal experiences, neuronal wiring, and the decisions or omissions we make throughout our lives turn us into unique beings.

When we apply the concept of singularity to decisions, we realize that some choices have an irreversible impact. These are “singular decisions”, the ones where there is no turning back. Once made, these decisions create a definitive change in our lives, a turning point that transforms us. Being irreversible, these decisions act as evolutionary locks, sealing a new path in our personal and professional development.

              Singular dicisions: irrevirsable decisions forcing yourself to evolve.         

Neuroscience also supports this idea. Research suggests that making important, definitive decisions involves activating key brain areas, such as the prefrontal cortex, which is related to long-term planning and judgment. Once a singular decision is made, our brain reorganizes itself to adapt to this new reality, leaving less room for doubt or backtracking.

Singular Decisions: An Evolutionary Lock

What exactly is a singular decision? It’s simple: it’s a decision that, once made, changes your life irreversibly. There is no return. These types of decisions generate a transformative effect, creating a new reality. This is why decisions where there is a “way back” can be seen as a form of mental indifference toward our own transformative potential.

When we avoid making definitive decisions, we opt for the comfort of the known and maintain our reality in a kind of stasis, avoiding transformation. However, by making a singular decision, we create a new timeline in our existence, where change is inevitable. These decisions challenge us to evolve and adapt to new circumstances, pushing us into a new phase of our lives.

Inspiration, though powerful, has an expiration date if it isn’t converted into a singular decision. At the neuroscientific level, this process is activated through our mirror neurons and other neural networks that drive us to act when we see others achieving what we believe is possible for ourselves. Singular decisions are those key moments where there is no turning back, but they open the door to definitive personal evolution.

Neuroscience teaches us that if we want to harness inspiration to its fullest potential, we must be willing to make these irreversible and transformative decisions, allowing our potential to manifest in actions that mark a before and after in our lives.

Research sources:

1. UCLA - Mirror Neurons and Social Behavior

? This article explores how mirror neurons influence empathy and social interactions. It discusses how observing someone else’s achievements can activate similar neural pathways in the observer, contributing to feelings of inspiration and motivation.

? Read more: Mirror Neurons and Social Behavior ?

2. Greater Good - Mirror Neurons and Empathy

? This resource from UC Berkeley explains how mirror neurons work in emotional experiences and empathy, specifically highlighting their role in allowing individuals to “experience” the actions or emotions of others by observing them. This plays a crucial role in how we become inspired by the success or struggles of others.

? Read more: Do Mirror Neurons Give Us Empathy? ?

3. Harvard - Mirror Neurons After a Quarter Century

? A comprehensive review of the research on mirror neurons, this article from Harvard highlights both the potential and the limitations of these neurons in explaining human imitation, empathy, and decision-making. It touches on how these neurons can contribute to behaviors related to inspiration.

? Read more: Mirror Neurons After a Quarter Century ?