Neural Network World; International Journal on Neural and Mass - Parallel Computing and Information Systems

Introductory Remarks

Fröhlich's Physical Theory of Cancer - Fröhlich's Path From Theoretical Physics to Biology, and the Cancer Problem

A review is given of Fröhlich's approach to biology from the side of theoretical physics, and illustrated in the context of his prediction of three types of coherent excitations in living systems based on their dielectric and elastic properties and far-from-equilibrium (non-linear) character. Supporting experimental evidence is presented, and the difficulty in achieving reproducibility addressed. His envisaged role of coherent excitations in cell division and its control is outlined, together...

The Role of Water in the Living Organisms

It is shown that coherent electrodynamics of water molecules produces extended regions where the chemical activity of bio-molecules is governed in a selective way by a code based on frequency resonance. Coherence Domains of water act as devices able to collect low-grade energy in the environment and to transform it into high-grade energy able to produce electronic excitations. Water is the most important constituent of all living organisms (70% of the total mass and 99% of all molecules). Oth...

Role of Non-Linear Interactions by the Energy Condensation in Fröhlich Systems

Properties of the Fröhlich model of collective oscillations of polar molecules (such as proteins) residing inside, or in the plasma membrane, of biological cells, receiving energy from intracellular metabolic sources and giving it off to surroundings, are studied. The exchange mechanisms with the heat bath can be linear and non-linear. Particular attention is given to condensation of energy in the lowest-frequency (fundamental) mode. Occurrence of this phenomenon, which is of importance for g...

Fröhlich's Coherent Vibrations in Healthy and Cancer Cells

Fröhlich formulated the hypothesis of coherent electrical polar oscillations in biological systems. The hypothesis predicts that generated electromagnetic field with a dominant electric component has a basic role in organization, transport, and interactions inside a cell and among cells. If mitochondria are entirely functional, the cellular cytoskeleton satisfies conditions for excitation of coherent states, which are assumed to be essential for normal biological activity. Malfunctioning mito...

Mitochondrial Dysfunction

Cell-mediated immunity (CMI) response of healthy humans and cancer (Ca) patients to specific tumor antigen and nonspecific (LDV - lactate dehydrogenase virus) antigen, and of acute myocardial infarction (AMI) and schizophrenia (Sch) patients to nonspecific antigen was investigated. Large differences of CMI response of healthy humans in comparison with Ca, AMI, Sch patients were found. CMI response to antigens displays transferred information about cells under immune surveillance. LDV disturbs...

The Floating Water Bridge Under Strong Electric Potential

Fuchs and collaborators [1, 2] showed that when a high voltage is applied between two electrodes, immersed in two beakers containing twice distilled water, a water bridge between the two containers is formed. We observed that a copper ions flow can pass through the bridge if the negative electrode is a copper electrode. The direction of the flux is not only depending on the direction of the applied electrostatic field but on the relative electronegativity of the electrodes too. The fact seems...