- #1
giann_tee
- 133
- 1
The cytoskeletal structures were considered responsible for the elementary cellular intelligence in the past. (For example, see the articles from Albrecht Buehler. http://www.basic.northwestern.edu/g-buehler/FRAME.HTM.)
Microtubules are pipe-like structures made of two kinds of proteins (alpha, beta tubulins). The protein's conformational states represent different shapes that they can assume. They give them different physical properties and their oscillations generate electromagnetic field. The proteins that attach to microtubules can give them energy, move along the microtubules and secure the information storage.
"Role of electromagnetic field in cellular organization and interactions" by Michal Cifra is a fascinating presentation that explains the importance of mitochondria and microtubules for the production of cellular EM field, but the article does not speak about neurons. It complements the Quantum Consciousness thesis (Orch OR theory) from S. Hameroff & R. Penrose [2].
Presentation:
http://www.ufe.cz/~cifra/papers/2010/Cifra-Summerschool2.pps
Detailed version:
http://www.ufe.cz/~cifra/DP.pdf
To learn more about the physical properties of microtubules, do not miss the online lecture
"Electronic Transport Properties of a Single Microtubule" by Anirban Bandyopadhyay,
here: http://streaming.biocom.arizona.edu/categories/?id=143. Related articles are documented here http://www.nims.go.jp/nanophys6/Anirban Bandyopadhyay/site/index.htm.
The computing by cellular automata is a little different in the quantum state compared with the ordinary state. The ordinary state also requires certain uniformity of the tubulin states - their coordinated oscillation, which makes the given microtubule a condensate. The rules of automata (pattern creation) differs in that the quantum superposition of states represents another possible state that goes into the pattern evolution until the cessation of the quantum coherence [5].
The constituent proteins, tubulins, conduct electrical currents from one end of microtubule to the other spirally, and the currents show amazing quantum effects! The individual, spiral current pathways are quantum topological qubits. (See the lecture "Electronic Transport Properties of a Single Microtubule" by Anirban Bandyopadhyay http://streaming.biocom.arizona.edu/categories/?id=143)
I am confused by the idea of isolation of microtubules. Michal Cifra claims that a microtubule is a typical coherent system that transforms the external noisy input signals (electrostatic field, IR photons, phonons) into the coherent output signal. This is similar to the functioning of a laser. Could you document this further or provide more examples? Do the external signals modulate the currents on microtubules?
[3] http://www.santafe.edu/media/workingpapers/94-09-048.pdf
Further reading:
Jack A. Tuszynski (Ed.) "THE EMERGING PHYSICS OF CONSCIOUSNESS" (Springer 2006)
Microtubules are pipe-like structures made of two kinds of proteins (alpha, beta tubulins). The protein's conformational states represent different shapes that they can assume. They give them different physical properties and their oscillations generate electromagnetic field. The proteins that attach to microtubules can give them energy, move along the microtubules and secure the information storage.
"Role of electromagnetic field in cellular organization and interactions" by Michal Cifra is a fascinating presentation that explains the importance of mitochondria and microtubules for the production of cellular EM field, but the article does not speak about neurons. It complements the Quantum Consciousness thesis (Orch OR theory) from S. Hameroff & R. Penrose [2].
Presentation:
http://www.ufe.cz/~cifra/papers/2010/Cifra-Summerschool2.pps
Detailed version:
http://www.ufe.cz/~cifra/DP.pdf
To learn more about the physical properties of microtubules, do not miss the online lecture
"Electronic Transport Properties of a Single Microtubule" by Anirban Bandyopadhyay,
here: http://streaming.biocom.arizona.edu/categories/?id=143. Related articles are documented here http://www.nims.go.jp/nanophys6/Anirban Bandyopadhyay/site/index.htm.
The computing by cellular automata is a little different in the quantum state compared with the ordinary state. The ordinary state also requires certain uniformity of the tubulin states - their coordinated oscillation, which makes the given microtubule a condensate. The rules of automata (pattern creation) differs in that the quantum superposition of states represents another possible state that goes into the pattern evolution until the cessation of the quantum coherence [5].
The constituent proteins, tubulins, conduct electrical currents from one end of microtubule to the other spirally, and the currents show amazing quantum effects! The individual, spiral current pathways are quantum topological qubits. (See the lecture "Electronic Transport Properties of a Single Microtubule" by Anirban Bandyopadhyay http://streaming.biocom.arizona.edu/categories/?id=143)
I am confused by the idea of isolation of microtubules. Michal Cifra claims that a microtubule is a typical coherent system that transforms the external noisy input signals (electrostatic field, IR photons, phonons) into the coherent output signal. This is similar to the functioning of a laser. Could you document this further or provide more examples? Do the external signals modulate the currents on microtubules?
[3] http://www.santafe.edu/media/workingpapers/94-09-048.pdf
Further reading:
Jack A. Tuszynski (Ed.) "THE EMERGING PHYSICS OF CONSCIOUSNESS" (Springer 2006)
Last edited by a moderator: