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Video Reverse Search
T-Bit Project
About TAPe
API
Team
Contacts
Demo
Ru
The almanac about new method of information processing
What's actually wrong with the concept of AI
Biology and artificial intelligence
Cognitive science: a beginning without an end
Holism and brain studies
Theory of Active Perception
Why perception is necessary for modeling human-like thinking
What's actually wrong with the concept of AI
Evolution of ideas underlying AI: Brief Description
Biology does not understand how the brain works
Why AI does need biology after all
How far artificial neurons are from the real ones
Creating something really similar to how the brain works
Cognitive science: a beginning without an end
Cognitive science has never produced anything practical
Consciousness is not amenable to science
No one knows what consciousness is, everyone keeps talking about it
A sudden idea — the quantum nature of consciousness
Orchestrated objective reduction: what it is and what for
Another theory of consciousness: the integrated information theory
Global workspace theory
Conscious and unconscious thinking. Questions to an academic
Questions for Theories of Consciousness
Ultimate ways to study consciousness without cutting into the brain
Albert Einstein suspected something
Why has psychoanalysis progressed more than science without scientific methods
Insights from intuition and deep observation are not exhausted and are as good as AI
There is no computation in the brain as we all know it. What kind is there?
Why it’s unreasonable to use word Learning in relation to AI
There is a different calculability: what Hilbert and Gödel discovered
Why the brain should be studied as a whole
TAPe models the workings of the mechanisms of perception
Language is a complete system, it’s how it should be studied
The principles by which the Language of Thought functions
The isomorphism of Chinese characters and TAPe
T-Bit: a unit of information 1000x of times more efficient
A sudden idea — the quantum nature of consciousness
When the book was finished, Penrose said that working on it never helped him understand the way the mysterious brain worked, but since he had written a lot of beautiful things, he would have to publish the outcome.
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Roughly speaking, we do not understand consciousness because there are no scientific methods describing physics, or rather its part, that has no calculations or mathematical algorithms.
For example, mathematical thinking and therefore all mental activity of a living being cannot be described by a pure computer model of the mind. No computational terms can help explain the mind. Thought processes do not follow mathematical concepts, nor are they governed by mathematical algorithms.
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According to Penrose, the physical picture of the world has a significant white spot, and namely, a bridge is missing between the microscopic — one might even say submicroscopic or quantum — level and the so-called macroworld. This missing bridge is the very thing needed to understand consciousness.
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In particular, Penrose believes that no computational terms can help explain the manifestations of conscious activity. For the record, it is a Nobel Prize winner in physics routinely dealing with mathematical theories, terms, and calculations who claims there are no calculations whatsoever in conscious activity.
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A part of the brain called the cerebellum may indeed resemble a computer in some way. But the brain has a lot more than just the cerebellum.
Roger Penrose, Nobel Prize winner in physics, refers to the quantum nature of consciousness. In his book The Emperor's New Mind, he laid the foundations for his approach that presupposes the quantum nature of consciousness.
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