OlyLife Tera P90 and Terahertz Waves, Microtubules, Atomic Water, and Consciousness

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Unraveling Consciousness: The Role of Terahertz Waves in Microtubule Function and atomic water generation

Consciousness has always been a fascinating and elusive concept for scientists and philosophers alike. It forms the core of our very existence, yet its mechanistic underpinnings remain shrouded in mystery. This article delves into an intriguing aspect of neuroscience that suggests a potential basis for consciousness - the microtubule, a crucial component of the cell's cytoskeleton. More specifically, it explores the role of terahertz waves in generating atomic water within these microtubules, thereby facilitating the conduction of consciousness.

Microtubule-Based Consciousness: A Quantum Leap in Neuroscience
The mystery of consciousness, one of the most profound puzzles facing science and philosophy, may find its solution in the nanoscale realm of our brain's neurons. This article explores the hypothesis that microtubules, tiny tubular structures in our brain cells, and terahertz waves, a frequency of light, play an essential role in creating consciousness. This revolutionary paradigm proposes that microtubules are the foundation for processing consciousness, and terahertz waves facilitate the generation of atomic water, the medium for consciousness channeling within the microtubule.

Microtubules: The Quantum Highways of the Cell

Microtubules, cylindrical structures located within the cell, play critical roles in various cellular processes. Composed of a protein known as tubulin, they contribute to cell shape, division, and intracellular transport. However, recent research suggests that their influence extends beyond conventional cellular functions. Scientists propose that microtubules could serve as quantum channels, enabling intricate, high-speed information processing within neurons. These processes could potentially give rise to the phenomenon we recognize as consciousness.
The Quantum Underground: A New Paradigm in Neuroscience
Traditionally, the brain has been viewed as a complex computer network, with neurons acting as basic algorithmic units. However, this perspective fails to account for several critical aspects of cognition and consciousness. A new paradigm is emerging, suggesting that information processing extends to a deeper, faster level within neurons. Here, microtubules are believed to play a pivotal role.

The Microtubule Information Processing System

Microtubules, through their unique structure and composition, are proposed to act as Boolean switching matrices. Each tubulin in a microtubule can exist in one of multiple states, enabling the encoding of vast amounts of information. This tubulin-based information processing system may be instrumental in orchestrating quantum vibrations within microtubules, leading to complex cognitive functions and consciousness.

Terahertz Waves: Quantum Oscillations within Microtubules

Terahertz waves, with frequencies in the terahertz range, are proposed to be crucial in generating quantum vibrations within microtubules. These vibrations, driven by Fröhlich coherence, are thought to enable the microtubules to function as excellent, ballistic conductors of quantum information.

The Role of Terahertz Waves in Generating Atomic Water

An exciting aspect of the terahertz-induced quantum vibrations in microtubules is their role in generating atomic water. The presence of water within microtubules is crucial for their function. When terahertz waves penetrate the microtubules, they can induce atomic water formation. This atomic water is proposed to serve as a medium for consciousness channeling within the microtubule, facilitating quantum information processing.

The Role of Microtubules in Memory Storage

Beyond their proposed role in consciousness, microtubules are also speculated to be involved in memory storage. The tubulin code, a memory medium within microtubules, could potentially store vast amounts of information, enabling complex cognitive functions.

Memory Storage: A Role for Microtubules

The new paradigm also provides a novel perspective on memory storage. It proposes that memory could be stored in the microtubule lattices within the neurons. The tubulin proteins are considered to encode information from synaptic and other "top-down" inputs, offering an enormous capacity for memory storage. This memory mechanism is stable, can last for lifetimes, and is likely linked to consciousness.

Check out the video for the full presentation and to learn more about just how much we have the capacity to increase human consciousness and create an army of "Super Conscious" individuals