DNA as a quantum computer

1. Supramolecular mechanism of DNA quantum information
transfer and expression
and its possible experimental verification method
Jerzy Achimowicz** , Mustafa Pehlivan*
** Warsaw Medical Academy, Faculty of Medicine Warsaw, Poland
*Pharmacist-Cyprus Hetero Pharma Ltd., Founder, Yeditepe University Graduate
in Pharmaceutical Chemistry
Abstract
The authors propose a new mechanism of information coding, transfer and expression at
supramolecular in DNA complexes based on local and proximity superconductivity The new
quantum long range intermolecular forces ar proposed as prerequisite of efficient stabilization of
supramolecular structures.
In contrast to energy driven mechanisms of cooperative coherent state generation , the
inherent electron spectrum instability is proposed resulting in quantum entanglement. The efficacy
and efficiency of genetic processes is explained by triadic processes were source and sink of
information originates mediates by relevant enzymes.
The method of experimental verifitation of this model is proposed where the detection of
Josephson like effect is possible by study of static and dynamic electromagnetic fields influence
on biochemical processes.

2. Introduction
A human being has made a unbelievable journey from evolutionary and embryonic
perspective as the simple living organism and oocyte respectively. The question is if we can explain
this processes as resulting from physics and chemistry only. Gradually become a human being with
cognitive processes and dreams (1). The authors concentrating on supramolecular level try to
understand the coding and transfer of information in evolutionary and epigenetic perspective. In
their opinion quantum collective coherent phenomena play a crucial role in DNA and RNA
replication with mRNA and transcription process understood as transmission and expression of
quantum information in the presence of specific enzymes. Is this system a Turing machine (2) or
quantum computer (3).
The morfogenesis mechanism seems to involve not only the chemical and physical process
like diffiuson but also presence of quantum morphogenetic quantum field emerging from universe
(4). The relevant genetic code seems to be used in coding information its transmission and
expression on cellular level (5).
The aim of this paer is to critical review the classical state of art in this field and propose a
method and experiment which can prove the role of superconductivity as recently proved to emerge
at room temperature in complex inorganic materials (6) .
The universe and the world as the information expression.
“It from BIT” according to Wheeler.
Keywords:
Quantum, Information, Coding, Transcription,Morphogenesis, DNA, Gene, Expression, Molecular,
Photon,Chemical, Compound, Biochemistry, Physics,