Complex human language ( unlike detailed animal memory,lost for us) is both a tool and a limitation. It encodes the world through arbitrary symbols, linked to concepts that depend on our experience and senses. It acts as a filter: we choose to observe and define what we can schematize, focus on, and ultimately name. This process is influenced by the necessity and significance of a phenomenon, tied to environmental adaptability. Such "definitions" limit our perception to what is comprehensible within the already established neurological, linguistic, and cultural structures of humanity.
For instance, color is not an objective reality but the result of physical interactions (wavelengths) interpreted by nervous systems. Different cultures attribute varying names and meanings to identical colors, thereby influencing emotions, associations, and even decisions based on these perceptions. If a language lacks a word for a particular color, that shade might be perceived differently or even go unnoticed.
The hypotheses presented in the video are valid as hypotheses, though they stem from subjective conclusions.
Measurement and observation are never neutral. They are influenced by us, the methods we use, and the preconceptions we bring to the table. This is especially true when attempting to "quantify" complex phenomena such as emotions, perceptions, or environmental interconnections. Our technology is an extension of our minds and, as a narrative, inherits our cognitive and cultural limitations.
For example, discoveries of phenomena imperceptible to humans, such as infrared light, often arise from errors because one cannot find (except by mistake) what one is not actively searching for. Novelty emerges from unforeseen deviations from the "norm"; otherwise, it is simply innovation, updating, or imitation, not a creative process.
Biases hold value in both efficiency and obsolescence—they are necessary.
We are often blind to interconnections. Our linear perception of time and reductionist analysis lead us to isolate causes and effects, ignoring systemic influences. This confines our understanding to utilitarian frameworks and renders us short-sighted.
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An additional consideration, tied to our previous discussion:
Observing a monkey with its visual cortex removed, Helen Humphrey noted that the animal could interact with its environment surprisingly effectively, even though it appeared to have no visual awareness. This dissociation is similar to what is observed in humans with "blindsight" following brain damage: unconscious vision without the sensation of seeing.
Today, we have made significant discoveries about the awareness and interaction of plants, fungi, and insects compared to Humphrey's era. In this new context, the phenomenon of blindsight takes on a broader significance. If we consider that even organisms lacking a cortex (or a central nervous system) can respond intelligently and in a coordinated manner:
Conscious awareness, particularly in its sophisticated forms, might simply be an advanced manifestation of perception and response processes that exist in "simpler" forms (from a human perspective).
In light of current discoveries, the distinction between "robotic consciousness" and "conscious awareness" becomes more nuanced. Consciousness is not necessarily a binary phenomenon (present/absent) but a continuum of complexity and specialization. Even the simplest organisms, like insects, plants, and fungi, can display forms of perception and response that deserve to be considered in a new light.
This perspective calls for a paradigm shift in our understanding of life, urging us to develop observation tools and languages that transcend human limitations.
unfortunately to do this we must admit that a radical revolution of the entire human system is necessary, otherwise we will never be able to have the necessary prerequisites to adapt our overall vision (dependent on the proactive daily life we have with reality) and therefore also our observation methods outside of the subjective needs intrinsic to maintaining the status quo.
every step forward we try to justify the adaptation and modulation of these new steps, 100 steps back.
the enigma is... how?
in psychedelics I often see a strong potential, but it is also true that the boundary between efficiency and obsolescence of these also depends on the modulation of environmental adaptability.
beyond the subjective benefits, balancing the ego is of little use if it is then adapted to an unbalanced system, dysfunctional by its intrinsic nature, however implicit or explicit it may be in every old and emerging context.
sorry for my English, I hope you understand.