Challenging Conventional Thought: The Power of Modern Medicine and a Revolutionary Brain Theory

In exploring the most thought-provoking ideas, one concept stands out: the pervasive influence of modern medicine and a groundbreaking theory on the brain's function.

The Pervasive Influence of Modern Medicine

Modernity's flurry of medical advancements often overshadows a crucial truth: chronic illnesses are often treated symptomatically rather than fundamentally. Pharmaceutical companies profit immensely from this status quo, which underpins the global economy of the first world. In the United States alone, the revenue from treating metabolic disorders in the healthcare sector is startlingly four times that of oil and gas. This raises the pressing question: why prioritize such a revenue stream over improving overall general health?

A worrisome corollary is that governments, heavily influenced by this influx of revenue, show little urgency to address public health. Moreover, early death serves as a beneficial buffer to the economy, as individuals removed from the workforce no longer place a financial burden. This system, though profit-driven, can be inherently self-defeating. How can we break this cycle?

Thinking Outside the Box: A Proposed Brain Theory

Traditional views of brain function, where information flows from short-term to long-term memory, while elegant, are overly simplistic. Instead, consider the brain as a network of vibrating strings, each representing a neuron. In this model, the rate of neuron firing (action potentials) serves as the means of information transmission.

In this theory, neurons are the fundamental units of information processing. They either fire constantly or intermittently, with the rate of firing being a key determinant of the information being processed. At synapses, neurotransmitters interact with other neurons, altering their firing patterns. This interaction, not the transfer of information through neural pathways, is what constitutes memory and thought.

This concept challenges the conventional view of brain function and offers a more dynamic and interconnected model. Neural networks, then, are not a static web of connections but the result of constant activity and interaction. Put simply, the brain is a system of vibrating strings where the brain's patterns emerge from the collective activity.

The Pulsating Brain Model

This model posits that the brain's patterns, rather than static neural pathways, are the result of dynamic, pulsating neuron activity. Here's how it works:

Neurons are modeled as vibrating strings; the rate of vibration represents the rate of action potentials. The brain contains billions of neurons, each vibrating at different rates, creating complex patterns of interaction. No information moves through the brain at a fixed speed, instead, the patterns themselves are the result of these interactions.

This model challenges the concept of thought as linear and movement as continuous. Instead, thought and memory are emergent phenomena from the collective behavior of neurons.

Conclusions and Reflections

Understanding the true nature of our bodies and minds can empower us to make more informed choices. With this revised model of the brain, we realize that much of our current medical approach is based on short-term solutions rather than addressing root causes. It is a self-inflicted cycle that requires a major paradigm shift.

By promoting a deeper understanding of neuroscience and advocating for policies that prioritize public health over profit, we can work towards a healthier, more sustainable future. Read my pinned profile post for more insights and join the discussion on how to break this cycle.

Best wishes.