Hypothesis: Living systems are controlled by an electromagnetic bio-field that is responsible for all biological organisation of information, energy and matter. This field takes on the form of energetic vortices which flow through the various conduits provided by the host organism.
The idea can be extended to all natural systems throughout the cosmos and the mechanism can be seen at work in the formation of stars and galaxies, the properties of water, the patterns of weather systems on Earth, the influence of such systems on biological rhythms and even in the induction of disease.
A bio-field regulates at the level of a whole organism and directs energy in a nested vortex system inwards to the organs and thence to the heart of every cell in the body. Even within a cell, energy is again driven inwards towards the nucleus and local vortices are formed around the hexagonal rings of bio-molecules where they act as energy accumulators and transponders at the molecular level.
Vortices form in the insulating myelin sheath around nerve fibres, enabling efficient transmission of arbitrarily large quantities of information at close to the speed of light with minimal loss or corruption. The brain is a series of nested electromagnetic vortices.
A bio-field complex is responsible for the inheritance of phenotype and even of acquired characteristics. Such vortex fields can absorb energy from external sources (heat, Gibbs energy, solar neutrinos, atmospheric discharge) and no doubt were instrumental in the formation of the first living systems.
An energy vortex will ‘want’ to travel and will find a path of least resistance whether it be in space, bio-systems or electrical circuitry. If energy is produced by a chemical reaction, for example in a simple battery, and then presented with an insulated wire, then the conditions are right for the production of an electric current and energy will move from one place to another as directed by the conductivity of the local environment.
Concentration vs dissipation
The idea of an energetic vortex flow together with an ‘accumulation principle’ is in stark contrast to the default world view of essentially dissipative processes which somehow accumulate sufficient energy, information and stability to first create, maintain and then reproduce, a biological organism.
It is worth comparing the two frameworks in general terms and asking which is more propitious for the formation and continuance of ‘life’.
Radial dissipation, big bangs and randomness
We are told that the world began with a Big Bang and that on average all matter is expanding outwards, all the time losing ‘order’, increasing in entropy (disorder) and heading towards an inevitable ‘heat death’.
The main process opposing this is that of gravity which is a simple centripetal force, drawing everything towards a central point. This may be instrumental in the formation of simple spheres in the form of stars and planets this is clearly not sufficient to produce a living organism.
Chemical reactions occur, sometimes driven by ‘heat energy’ but still on an energetically and informationally ‘downward’ slope.
Two molecules or atoms encounter each other by chance and maybe stick together if they happen to have enough energy to do so, but a random coupling is surely not conducive to the construction of a living being. Where did the energy come from to achieve the coupling? Did it accumulate by ‘chance’ again?
In the case where a reaction releases energy, that energy is either radiated outwards as photons or dispersed outwards in the form of ‘heat’. Both processes are dissipative, thermodynamically ‘downhill’ and anathema to the creation and maintenance of an organism that is often said to be ‘far from thermodynamic equilibrium‘.
Somehow within this environment, ‘life’ began; but how?
We are asked to believe that in an environment of random vibrations of molecules and the radial emission of photons at the speed of light, that somehow life emerges; somehow global ‘organisation’ arises from random events with no informational template and no fundamental organisational principle; somehow energy accumulates as a result of processes whose main tendencies are to radiate and dissipate.
Vortex concentration
Consider, in contrast to the above, a default world view where energy has a propensity, not to radiate but instead to form vortex structures where there is a tendency to spiral inwards and to concentrate at some ‘vortex radius’, a small spherical volume of high intensity energy which can be utilised for chemical reactions and other biological necessities.
We immediately have accumulation, instead of dissipation as a fundamental property of the universe, a basis upon which other processes can be built.
One function of the vortex is to serve as an energy accumulator, absorbing energy up to a critical threshold before releasing it in a pulsatile fashion. Another is to assemble molecules, to draw them together and even align them in preparation for an ensuing enzyme reaction fuelled by the energy from the vortex itself.
In addition, a vortex structure will create a field gradient from centre to periphery, providing a variety of environments within which bio-chemical reactions can occur.
As energy spirals inwards, further modulations of the field take place according to local conditions with further concomitant refinements of structure according to the laws of physics. Both energy and information (scalar wave structure) are continually harvested from the electromagnetic environment and are interpreted, sequestered, released and utilised in a way which is determined by existing physical structures.
We already have a system that satisfies a broad definition of ‘life’
The ring vortex
The field is electromagnetic in nature and obeys a set of differential equations formulated by Konstantin Meyl which are really just a tidied up version of the familiar Maxwell-Heaviside equations.
Electric and magnetic components of the field are in a continual state of movement (no static fields) and those movements always at right angles to each other in accordance with the observed laws of Fleming and Faraday.
Given these constraints, the field has a strong tendency to form stable vortex-like structures of various configurations.
Shown here is a ring vortex with electrical field movement shown in pink and an associated magnetic field in yellow. The magnetic field forms a de facto north-south dipole and the electrical component will allow for self-propulsion of the structure under propitious field conditions.
Other patterns such as helical formations are feasible but the ring structure shown is sufficient to explain many observed phenomena.
The magnetic dipole structure is made explicit in this diagram and occurs in a variety of situations. The electric field shown in green provides ‘electrostatic’ repulsion, keeping elements apart from each other, whilst the magnetic dipole in pink helps to attract, organise and align such structures.
This short video shows the development of the nervous system of a zebra fish. A ring vortex accumulates energy from the environment and this is used to either assemble existing matter, or to create it from scratch via biological transmutation before organising it into nervous tissue.
Ring vortices can almost be seen at the developing tip of each nerve. Ask where the energy comes from to sustain this activity and how the development s directed.
The vortex structure sucks in energy from heat, kinetic motion, Gibbs energy and possibly from the solar neutrino stream, all to be concentrated at the ring itself for developmental purposes. Orientation is achieved by the influence of an ambient magnetic field acting upon the dipole structure of the vortex itself; the rings are guided along the correct path by a ‘morphogenic’ field.
Once complete, the neurons will serve as conduits for similar vortices carrying both energy and information around the organism with a high degree of efficiency. The myelin sheath, being an electrical insulator is ideal for the formation of the magnetic component of the vortex and indeed it has been found that the speed of propagation increases precisely when this sheath is thicker. See: Scalar waves and nerves
Cellular organisation
Electromagnetic vortex fields will have a tendency to self-organise into a variety of structures, one of which is a tightly packed cellular structure with an assortment of associated magnetic and electric vortices.
The image below shows an arrangement of such structures found at the surface of the sun. Now clearly biological organisms are much smaller than the sun but the laws of electromagnetism do not make exceptions for scale and are in force at every point in the universe.
We can consider therefore that the cellular structure of a biological system is organised in the first instance by electromagnetic fields and thereafter maintained by the same fields which have been fixed in place by the production of physical matter as with the ring vortices and nerves.
Development and function seem inevitably linked by processes such as this. An early vortex forms an ‘ideal’ shape according to the laws of electromagnetism and then physical matter develops from the vortex energy. The form is then somewhat modulated by the laws of material physics such as fluid pressure and membrane tension etc. to assume a slightly different shape that will sit comfortably within the existing cellular ensemble. Thereafter the vortex field itself is guided by the physical body and performs the duties of energy transfer, information transmission and morphological maintenance.
The origins of Life
There is some evidence to suggest that conditions on early Earth were considerably more electromagnetically active than today and so we can imagine the existence of vortex patterns similar to those of the solar surface (pictured above).
Somewhere in the primordial soup, then, electromagnetic vortices form and stabilise into a cellular ensemble which maintains a constant throughput of energy which may last several millennia. Conditions are stable and varied enough to host the beginnings of pre-biotic ‘life’. Energy is accumulated, matter is concentrated and the first bio-molecules form under this environment.
A common idea is that biological cells are ‘irreducibly complex’ and that a cell is the sum of all the constituent bio-molecules whose creation must precede the creation of the cell. This is a crippling thought and at odds with what is observed.
Bio-molecules in daily life are a product of the cell and not the other way around; the cellular organisation precedes the production of bio-molecules.
Complex molecules emerge from the cell rather than the cell emerging from them. In the vortex scheme described, the cellular structure arises first as a consequence of the laws of physics independently of any physical matter and is followed by the creation of such matter from the intense energies and specific electromagnetic structures present.
Moreover, bio-molecular activity is mediated, not by the molecules themselves, but by the attendant electromagnetic field which gave rise to them in the first place. Development and function are again linked, with the physical form being a concretisation of the original bio-field.
Energy transport
Energy is transported around the organism by a variety of means:
- Ring vortices – carry energy from one place to another
- Vortex transfer – energy can be transferred from one vortex to another
- Heat transfer – this is a form of vortex transfer
- Gibbs energy (free energy) – assumed to be thermodynamic in nature but more likely to be organised vortex transfer
- Electro-acoustic vibrations – another manifestation of vortex transfer
To get a sense of the behaviour of ring vortices, watch videos of water vortices, smoke rings or plasma rings. Energy is packed into a small volume and moves from one point to another with losses kept to a minimum. The amount of energy transported being somewhat independent of the size of vortex or speed of movement.
Ring vortices can merge together or bifurcate. They will appear wherever the conductive environment is suitable. They can transport energy along existing conduits such as nerves and will create temporary conduits (e.g. microtubules) where necessary, leaving them to be dismantled after use.
Gibbs energy
Gibbs energy or ‘free’ energy is assumed to be thermodynamic and hence dissipative in nature, but at the same time responsible for all manner of reactions which surely require precise accumulation of energy at specific points in the cell.
A better way to think about free energy then is to imagine an environment dominated by a complex vortex structure similar to the solar surface (Fig. 1) where energy is free to move between the vortices in a manner similar to that of a flowing river.
The energy is ‘free’ but organised, it will flow with the vortex structure and will tend to attain some state of dynamic equilibrium. A deficit of energy in one place will soon be remedied as energy flows in from somewhere else but the overall vortex structure will be maintained. Half of the work of energy regulation within living systems is already accomplished at the fundamental base level of physical reality.
The laws of electrodynamics, as opposed to the fantasy of thermodynamics, will prevail and there is an organisation and accumulation of energy as opposed to dissipation and disorder.
ADP/ATP
Prof. Konstantin Meyl presents a good argument to the effect that the rotation of the phosphate groups in ADP is powered by electrical vortex energy. The vortices are present in inhaled oxygen, enter the bloodstream via the lungs and energise the ADP therein.
The ADP travels through the arteries to the capillaries and into the lungs where it is released to provide energy for the mitochondria. There is no need for any gaseous transfer to take place across the lining of the lungs. See: Do we breathe oxygen?
Hexagonal ring molecules
Again from Konstantin Meyl, comes the idea that the hexagonal structures found on many bio-molecules (chlorophyll) can act as field-energy accumulators. Vortex energy spirals around and is captured by the ring structure to form a strong ring vortex that moves with the molecule.
The vortex will have both electrical and magnetic components, allowing for a variety of possible behaviours.
For bio-chemistry to function as observed, we require some sort of mechanisms to assemble and align molecules, to accumulate energy and to release it as required for reactions to take place.
According to Meyl, there is not sufficient energy in an ultraviolet photon to do what is claimed but what happens instead is that energy accumulates around the ‘head’ of the chlorophyll molecule until some threshold is reached, whereupon it is released and travels to where it is needed. The transport mechanism is so efficient that physicists have assumed some sort of quantum-superconductivity to explain it but it seems that energy transport via ring vortices might be sufficient.
Enzyme reactions
Enzyme reactions are puzzling. Sometimes they react and sometimes they don’t. Reactions in a laboratory are different from reactions in vivo. The application of heat seems to speed up reactions. Sometimes acidity affects the reaction rate.
Hypothesised mechanisms include receptors, binding sites and catalysts but no description of their mechanisms is given in terms of any sort of fundamental laws; what is a receptor made of for example?
For two molecules to bind together some ‘long range’ attractive force is necessary to draw them near to each other along with sufficient energy to overcome some sort of barrier of ‘potential’.
Mainstream theory of kinetic gases has molecules bumping into each other to supply the movement and energy but this doesn’t explain all the effects seen. Van der Waals forces arise from the fixed properties of the atomic structure and should not be varying with the environment.
Hypothesis: Bio-molecules contain hexagonal ring structures which promote the construction of electromagnetic ring vortices. These act both as energy accumulators and magnetic dipoles and add an extra layer of complexity to molecular interaction.
Magnetic forces exert long range attraction, pulling molecules together and orienting them correctly. The potential barrier is overcome and the whole arrangement settles to a new, stable, low-energy state. There is likely some surplus energy now and this simply diffuses away into the general vortex matrix as ‘heat’ or maybe transduces to infrared light.
The application of heat to the system is a way of adding energy to these ring vortices and will speed up reactions in general. A catalyst is a way of introducing both extra energy and additional organisational forces into the reaction. Energy accumulates on the catalyst and is used for the reaction but the molecule stays intact. The catalyst is not physically destroyed but is now a bit low on energy. It will, however, continue to accumulate energy in order to to re-fuel for the next interaction.
Rates of enzyme and other reactions seem to vary considerably with season, lunar cycles and eclipses as recorded by Simon Shnoll and Giorgio Piccardi. These are a hitherto unexplained phenomena.
Energy accumulation is in part from vortex transfer (heat), in part from infra-red absorption and in part from the solar neutrino stream. Neutrino density increases by a huge factor during eclipses and so the effects seen by Shnoll and Piccardi are now to be commonly expected. Stirring a solution is merely a way of adding extra vortex energy by kinetic means.
If the body or cell can control energy input to the reaction then the speed and possibly the ‘nature’ of the reaction can be controlled on a highly localised basis.
This scheme adds an extra layer of complexity to the Van der Waals forces that is actually independent of such forces, decoupled from the atomic structure and whose strength varies over time according to both ambient conditions and cosmic cycles. The addition of magnetic dipoles seems to be an adequate explanation for the mechanism of the various receptors, inhibitors etc.
Protein construction
Proteins are complex molecules with well defined functions in biological systems. Construction is said to be via gene expression and once constructed the completed molecule needs to be folded precisely or else the whole chain is ‘dismantled’ and the whole process starts over. Initial creation is said to be impossible by ‘chance’ thereby giving encouragement to the intelligent design lobby. Some proteins only have a lifespan of about 10 minutes before, again, they are ‘dismantled’.
So many unanswered questions here.
Assume that a protein starts off as some sort of ‘seed’ whether it be a physical molecule or an electrical eddy current (field vortex). Energy spirals inwards from the ambient electric field and adds to the vortex. Amino acids are sucked in or created on the spot from vortex energy. The whole molecule is assembled via the laws of physics, the precise nature of the vortex and the specific mix of ingredients in the local environment.
The completed molecule folds according to a least energy pathway and a complex field vortex forms at the centre. This vortex continues to accumulate energy and acts as a power source for various cellular processes.
The basic function of any bio-molecule is to transduce energy from the ambient vortex field into something that can be used by the other molecules. Energy is absorbed, accumulated, transduced and dissipated.
An incorrectly folded protein may absorb an indefinite amount of energy without sufficient dissipation and will therefore self-destruct. Proteins with short lifespans similarly do not need to be destroyed by the cell itself but will disintegrate when overloaded with energy. If these molecules are to be dismantled by external means then surely some sort of timer is required, meaning an additional complication, an additional mechanism to be explained.
The same may be true of some toxins; they simply continue to accumulate energy until the molecules or even atoms break down completely.
Bio-molecular evolution is hastened by self-selection, meaning that unsuitable molecular chains will self-destruct on the spot and any cellular environment that does not promote and appropriate energy flux will not survive to reproduce anything. There is no need for billions of years of randomness and selection and no process is truly random but always according to the laws of physics and within an environment of a continual flux of vortex energy.
A correctly formed protein will be able to dissipate energy at the same rate at which it is absorbed and it is up to the rest of the cell to make use of this energy in whatever form it is presented. Pulsed energy may be used in enzyme reactions. Enclosing vortex fields may be used for transport of other resources or assistance in maintaining ion gradients. Completed proteins may accumulate further energy and emit more complex structures to be interpreted as ‘information’.
Properties unexplained by molecular structure
An AI engine gives a list of phenomena that are not fully explained by the ordering of atoms within the molecule. They require something else, an electric field of some sort:
- Protein folding
- Enzyme activity
- DNA replication
- Delocalisation of electrons
- Electrical conductivity
- Light absorption
- Binding of a drug to a receptor
- Recognition of a substrate by an enzyme
- Other molecule-specific interactions
Biological transmutation
Louis Kervran (right) performed many experiments showing that the mineral output of many living organisms did not match the input, leading to the inescapable conclusion that living beings are somehow able to transmute elements from one to another according to their own needs.
Chickens raised on land containing no calcium were able to grow, maintain a skeleton and lay eggs with hard shells. The chicks hatching from such eggs contained more calcium than was in the egg in the first place and suffered no health issues. Calcium has been manufactured from some other element.
Manual workers in the Sahara sweated out more potassium than they consumed but the amount was consistent with the volume of sodium ingested, thereby suggesting that they had transmuted elemental sodium into potassium. Energy was sequestered in the new molecule and excreted from the body thereby providing an additional cooling mechanism. Restricting sodium input led to heatstroke.
Whatever the details of the transmutation of elements, such a process is going to need considerable energy and, moreover, that energy must be carefully controlled and localised if it it not going to destroy a whole chicken.
The idea of an electromagnetic vortex fits the requirement (Meyl). Energy accumulates and localises at the centre of the vortex. This energy becomes highly concentrated at a small scale and when individual ions are drawn in to the whirlpool they become destabilised according to the high field strength, thus allowing the splitting apart or joining together of elements at the atomic level.
Blood flow
The book “The Heart and Circulation” by Branko Furst (right) summarises over 100 years of research into the nature of blood flow and concludes that the idea of a heart as a pressure pump is inconsistent with reality. The blood is not pushed around by the heart but instead moves with its own motivational force and according to the metabolic needs of the body.
Nobody has worked out how this happens or where the energy comes from so it is time to go back to the basics of physics and consider how the electromagnetic forces (there are no other) within the blood can somehow be utilised to provide sufficient kinetic energy to maintain a decent flow.
In a paper from Alexander Morozov, ATP and other biological substances were added to water and the solution placed into square channels of various dimensions. The water was seen to self-organise first into a collection of vortices as shown and second into a self-sustaining directional flow along the tube.
Now self-organisation is by the laws of electromagnetism, but there is still the need for a regular supply of energy. Suggestions for sources include:
- The mechanical vortex action of the heart
- Electrical input from the heart
- Field vortices in ATP from inhaled oxygen (Do we breathe oxygen?)
- Organised heat and free energy in the blood
- Some influx of energy through the arterial walls
See also: The bio-field of the heart
The overall structure of the field
Popular images show a toroidal electromagnetic field surrounding the body which is measurable for a distance of about five feet away from the body and is assumed to be created by, and emanate from, the heart and other energy centres such as the brain, liver etc. This is hard to verify but sounds ‘likely’.
An electromagnetic field is claimed to be produced by the action of the heart and makes its way largely unscathed through the highly charged mass of muscle and bone to somehow form a torus around the body. The field is so strong as to be measurable several feet away from the body and to be able to affect the heart rate of other people within the proximity.
The heart is already at a temperature close to which its proteins will denature but can cope with manual labour in Sahara heat without cooking and still generate enough spare energy to create such a field.
Alternative hypothesis: The observed external biofield is the organisation of already existing external energy which may radiate or may even spiral inwards towards the body. Energy moves inwards but information moves outwards. The internal bio-field is organised as a general toroidal vortex at all scales. Each cell hosts an electromagnetic vortex and generates its own electric field. Energy moves between the cells in the general pattern of a torus.
Energy can spiral outwards to release excess or can spiral inwards towards various vortex centres (Chakras) as a de facto power supply. Increased muscular exertion increases the energy production, increases energy supply towards the heart and also increases vortex transfer outwards as heat loss.
A field is measured outside of the body and is assumed to be radiating outwards from the heart in accordance with traditional beliefs regarding such fields, but the principles of vortex physics allow for different interpretations.
We live between the twin capacitor plates of the Earth’s surface and our ionosphere and as such are surrounded by a continuous stream of electrical discharge in the form of field vortices. These vortices have a tendency to self-organise into larger (or smaller) vortices and will respond to the presence of a human body the way a river might respond to a small pebble or a frond of weed.
The field surrounding the body may therefore be explained, not by the radiation of a generated bio-field but by the organisation of an existing field according to the presence of the body. This field may be ‘static’ but attached to the body or may actually spiral inwards towards the body, thereby providing an additional energy supply.
Once energy has entered the body it is subject to the highly organised conditions within the body but the general laws of physics still apply. We can envisage the energy flow within the body as comprising a general vortex pattern which moves inwards towards the ‘chakras’ whilst self-organising into a cellular structure within the tissues. Each cell maintains and is maintained by, its own vortex, with the nucleus at the centre. Within this structure forms smaller and smaller energy vortices right down to the scale of an electron, itself an electromagnetic vortex (Meyl – Scalar Waves..).
The heartbeat can be detected in the modulations of the external bio-field, giving the impression that the energy is being emitted from the heart but this is not necessarily the case. It is quite possible for the energy to be actually spiralling inwards towards the body whilst information ripples outwards, using the field itself as a ‘carrier’.
Watch a stable vortex in a stream. The water spirals inwards but toss a pebble near the centre and ripples (information) will still travel outwards, against the vortex flow.
Whatever the requirements of a biological field, it must nevertheless contend with the basic laws of electrodynamics and these necessitate dynamic electromagnetic vortex structures. Energy supply and regulation has vortex movement as its fundamental basis.
The vortex principle
The diagram below comes from the paper: “About vortex physics and vortex losses” from Konstantin Meyl and illustrates the structure of a typical vortex.
Think about a tornado in air or a whirlpool in water. Water spirals inwards to reach a maximum velocity at the vortex radius (shown here as a circle). This radius is clearly visible in the case of a tornado.
Outside the radius, the speed and energy diminish according to some approximate inverse square law shown here as a curve dependent upon ‘R’ (radius).
Inside the vortex, the energy gradient is linear and again dependent upon radius. Water or air will spin and will want to spiral outwards according to centrifugal force but will be prevented from doing so by the inward spiralling matter.
When the centrifugal force is balanced precisely by the centripetal force a stable dynamic structure forms and is visible as the vortex radius. The velocity at the centre of the vortex is always precisely zero; there is no theoretical possibility here of an infinite singularity such as a big bang or black hole.
If energy could be extracted from the centre of the vortex then that would merely allow for more energy to enter from the outside and presumably the converse would be the case; additional energy would dissipate outwards and again a norm is restored. Strength and stability at the centre are maintained by means of the accretion and dissipation of an effectively inexhaustible energy supply made available to the system by means of centripetal accumulation.
We have an example then of what might be termed ‘order from chaos’. A geometric structure with a self-regulating energy system has been created purely from the laws of physics with no need for any other informational input. The structure is stable to perturbations and yet at the same time mutable and adaptable to environmental forces. This is a contradiction of the general ideas of ‘entropy’ put forth by mainstream science.
A well defined shape with a tendency to accumulate and stabilise energy into a functional gradient is used as the basis for larger self-organising forms i.e. ‘Life’.
The basic vortex above is given by Meyl but more complex structures are known to cosmologists in the form of Birkeland Currents which show multiple concentric layers with alternating clockwise and anti-clockwise flows. [D. Scott]
Scalar waves
Electromagnetic fields can take various forms. Of relevance to biological systems are the magnetic scalar waves as described by Konstantin Meyl and below.
First a reminder of the structure of a ring vortex. In the diagram below an electric field in pink circumnavigates the axis whilst a magnetic field in yellow forms a magnet-like structure with a North-South dipole pointing up and down.
The magnetic field movement here is greater than the electric and so this formation is favoured whenever the magnetic conductivity is more than the electric i.e. in electric insulators.
In the top diagram below, several such structures have aligned along the magnetic dipole field, have self-organised into an even spacing and have merged somewhat to form a longitudinal wave: a scalar wave.
The lower diagram shows how this wave may propagate inside a co-axial cable, a wire with insulating sheath or a nerve with myelin sheath. The ring propagates in the less conductive sheath surrounding the central core.
Both energy and information are transmitted by this means, energy by the ‘potential’ of a scalar wave and information by some unknown modulation of its structure. The ring itself represents a potential difference that can be used as energy at the destination.
The regular spacing of the vortices create a de facto ‘frequency’ and the nodes of Ranvier separating the neural axons control the transmission of impulses to create an electromagnetic standing wave akin to a vibrating guitar string.
Transmission of information is now by modulation of a ‘static’ electromagnetic field structure. There is no need for a moving wave structure as with photons and no need for a stream of moving electrons as is assumed for electric currents. A carrier wave has been established but does not travel and transmission of information is not by frequency modulation.
A messaging system has been established where field movement is minimal, resistance is negligible and energy loss is almost zero; we have a kind of biological-informational super-conductivity.
Morphogenesis
The central problem of morphogenesis is how an organism attains its final form merely from the actions of molecules. This is a conundrum and remains so even if we add in all the remaining known laws of physics. Elements are attracted directly towards each other or repelled away from each other, energy is dissipated and entropy increases, but there is no sense of ‘form’, ‘construction’ or ‘stability’ apart from the basic arrangements of atoms and molecules.
The addition of the concept of a vortex makes a huge difference; we now have a basic shape in the form of a sphere or helix, we have an inward and regulated movement of matter and energy and the existence of constructive forces at the molecular level.
A general vortex field will self-assemble into a cellular collective and communication between cells causes the emergence of a local bio-field that can be further organised to create a final form. See: Bio-field emergence
The heart: Helical streams of blood in the heart are instrumental in forming the shape of the heart itself. If the spiral flow is interrupted, the heart will not form. [Lucitti et al]
Cells: Each cell hosts an electromagnetic vortex with the nucleus at the centre. Energy is accumulated until there is sufficient for reproduction to take place. The field at the periphery of a cell, where it meets another vortex has distinctive properties of its own (e.g. large field gradient) which initiate the formation of some sort of membrane.
Red blood cells: The RBC are the embodiment of a torus of electrical vortex flow; the energy field likely preceded the physical shape and acted as a template for its formation. Purcell et al
Vortices are said to form ideally in the proportions of the golden mean (Meyl) and red blood cells are in the same proportion in their healthy state. Deviations from this ideal lead to clumping, Rouleaux formation and impaired zeta potential. Purcell (2)
Nerves: See the zebra fish video above; the nerves develop from the ring vortices that they will eventually conduct.
Arteries: The blood circulates before the arteries emerge, arriving at some least energy route much the same as a river forms its own path to the sea. Thereafter, the flow of the blood forms an enclosing ring vortex and arterial tissue emerges to create the familiar tubular structure.
The brain: is an obvious double torus shape and toroidal fields have been described within.
Fingerprints: The whorls at the end of our fingers look like an emergent effect of some sort of vortex flow.
A physical being then is a refinement of a vortex collective, a teleological modulation of the emergent properties of a vortex field.
Sensory input
The sense of smell: Assumed to be the detection of chemicals in the air, but how does this work? How is molecular detection achieved and how is this converted to a nerve impulse to be transmitted to the brain? The sense of smell is by detection of field vortices (Meyl). Such vortices are produced by the scented material, fly through the air by field propagation and enter the nose. Nasal hairs act as antennae and convert the field disturbances to ring vortices which propagate along the hair to the olfactory nerve and proceed unmodulated to the brain for processing.
The sense of taste: This is similar to the sense of smell except that information enters the small hairs on the tongue (Meyl)
Vision: Photons enter the eye, morph to ring vortices and propagate along the rods and cones. They are filtered for frequency and collated at the optic nerve for further processing before moving along the nerve to the brain.
The binding problem
“The unity of consciousness and (cognitive) binding problem is the problem of how objects, background, and abstract or emotional features are combined into a single experience. The binding problem refers to the overall encoding of our brain circuits for the combination of decisions, actions, and perception.” – Wikipedia
Quite, how are experiences of fundamentally different categories merged together to make a single experience and what is an ‘experience’?
Statements above suggest that the sense of smell is just the input of scalar waves or ring vortices direct to the brain whilst visual impulses are similar structures but modified by the optic nerve. Proprioceptive impulses travel along nerves in the form of scalar waves whilst the geometry and electrical properties of the brain further suggest operation via toroidal electric fields.
Meyl states simply that “the brain is a scalar wave computer” and a stable toroidal ring vortex is surely a good candidate for memory storage, so we have both memory and computation performed by the same structure.
The binding problem is now simplified greatly. We no longer have fundamentally different physical categories of perception to merge together as all perceptual and cognitive information is now in the same format, namely a toroidal electric field complex.
The question is now merely “How do we amalgamate a bunch of ring vortices?”.
One simple answer is to simply push them together. They at least now have the property that such a thing is possible. Again, watch ring vortices in water and you can see them divide into two, merge together, pass through each other or sit side by side whilst maintaining independence from each other.
If olfactory impulses can be somehow labelled as such whilst travelling from the nose and likewise for the other senses then we can imagine that all sensory information can be held on a single vortex structure and interpreted in the brain unambiguously at a later stage.
A single vortex structure holds a single holistic impression and persists as a single memory. The physical vortex can be shrunk to an arbitrarily small size for storage and amplified back up later on for recall.
Defective interpretation (or maybe defective labelling) results in synaesthesia.
The morphology of fruit
Why are fruit the shaped the way that they are? To a large extent an apple, say, is just a bag that expands by filling up with water but that does not explain the presence or location of seeds or the wide variety of shape in other fruits.
The general principles of biological development seem to be:
- The basic for development of form is the vortex
- Vortices self-organise to form cellular clusters
- Emergent properties of such clusters are controlled via a supervening bio-field
- Energy is conducted along suitable conduits via ring vortices
In the case of an apple, these principles are easily apparent. Each cell is likely an electromagnetic vortex and these self-assemble into an overall spherical vortex to form the general shape of the apple.
The stalk of the apple is likely wet and conductive on the inside and drier and less conductive on the outside. This is a similar arrangement to an insulated wire or a myelin sheath of a nerve and is ideal for the conduction of ring vortices.
Energy is absorbed in the leaf via the ring molecules of chlorophyll and transmitted alone the conduits of the veins in the leaf in the form of ring vortices. Two such rings meeting at a confluence will easily merge to form a larger, more energetic ring which continues into the leaf stem and eventually to the woody material.
Some energy makes it to the trunk of the tree and is instrumental in raising the sap to heights hitherto unexplained by capillary action alone.
Some energy makes it through the stem of the fruit to enable the necessary production of sugars etc.
An overall vortex flow helps control the shape of the growing apple and some energy discontinuity tells it where to manufacture the tissue to form a skin. Other energy spirals inwards to concentrate at the centre of the apple where the flow breaks down into several smaller vortices to supply the energy and information required for the formation of the seeds.
A strawberry has a clear vortex structure at its centre. Energy is transmitted as a ring vortex along the stalk and then discharged from the cone-like vortex through visible filaments to supply individual seeds with energy.
Similar arguments apply to blackberries etc. where the fruit as a whole can be seen as an energy distribution system, concentrating energy via the vortex principle into the valuable seeds and thereby ensuring a new generation of plants.
As for oranges, compare Meyl’s drawing of the electron shell of Neon with the arrangements of segments in an orange. Electrons are the simplest form of field vortex and have arranged themselves in alternate polarity with clockwise spinning electrons nested between two with anti-clockwise spin.
An even number of electrons is mandatory for stability and with oranges we find that an even number of segments is preferred but not strictly necessary.
When things ‘go wrong’ with the formation of an orange, we do not see complete chaos but instead a cellular order is preserved. The basic laws of vortex physics are still in force and segmentation still occurs as a foundational phenomenon but has not been organised effectively by the supervening bio-field.
This is more evidence that morphogenesis is accomplished by a subtle ‘tweaking’ of the more basic properties of cellular structures i.e. those that arise out of simple emergence.
The emergent properties are robust and closely aligned to the Laws of Physics. However, they are organised by what might be termed subtle energies whose laws will likely remain a mystery for a long time, as the only effective way to decipher such forces is by observing their effect on the emergent properties of biological systems that they themselves were designed to organise. This is the only environment in which they may gain meaningful expression.
To study morphogenesis then, look for cellular organisation via vortices and study what happens when it goes wrong.
A general principle of biological organisation
The patterns mentioned above seem to be repeated again and again.
A supervening biofield acts, not directly upon the physical matter of the cells but instead on some other emergent field that arises from the self-organisation of the local cellular fields.
The cells themselves emerge from and are maintained by, the forces arising from electromagnetic vortices. It is these strong forces that interact with the biological matter to form physical bonds and tissues.
The fields organising such cells must themselves form an emergent biofield that presents a receptive interface or antenna to higher order fields thereby enabling a top-down organisation to take place.
Connection to the cosmos
We are regulated by electromagnetic vortex fields and we live between the twin capacitor plates of the Earth’s surface and the ionosphere It is therefore pertinent to ask as to the nature of the electric field between these plates. Conventional wisdom declares that a uniform field exists together with a slow steady discharge of electric current.
The image below, however, suggests otherwise. A capacitor has been set up and left to discharge for 40 hours. A circular pattern results, suggesting that the discharge is of a helical nature and that a vortex field exists between the plates. Yializis et al
Scientists mapping data from radio telescopes are starting to find huge electric ring vortices in the atmosphere with ‘footprints’ at the Earth’s surface.
The vortices are part of the Earth’s magnetic field and as such can be expected to follow the same patterns of latitude and seasonality and to respond to solar magnetic disturbances in some way as energy from the sun impacts our magnetosphere and is absorbed, modulated or even amplified by these structures.
Many scientists have found links between cosmic events and biological metrics but have been puzzled as to the mechanism, thinking that somehow the orbits of the moon, Saturn or even Mercury are somehow be affecting life on Earth by exerting a gravitational influence on our constituent atoms.
More likely it is electromagnetic field disturbances which propagate through space, are received by field vortices in our atmosphere acting as antennae and make their way into our regulatory systems.
Frank Brown found that all forms of life would apparently synchronise their activity to rhythmic events in the cosmos but could not work out the mechanism. Various inbuilt phase responders are somehow sensitised to the orbital movements of the planets, will ‘resonate’ in step and will then trigger innate behavioural patterns such as feeding or mating.
Electromagnetic fields were suspected, but Brown’s work seems to be largely neglected by the scientific community, presumably because the lack of a credible mechanism causes them to distrust the actual results. However, the assumption of a structured vortex field regulating the body together with recent discoveries concerning the Earth’s magnetic field now make such phenomena seem completely natural, with only the details to be worked out.
Similarly, Simon Shnoll, Giorgio Piccardi and others found that quantifiable processes in biology, chemistry and physics varied with planetary alignments and phases of the moon.
Such connections to the cosmos are not always beneficial, however..
Implications for health and disease
Many diseases, even heart attacks, show seasonal variations: Seasonal disease. The epidemiology of influenza in particular has been well studied and found to demonstrate strong patterns associated with season, latitude and sudden changes in temperature, humidity and pressure.
This is a strong indication that the Earth’s magnetic field is somehow responsible for influencing the bio-field of the body and thereby contributing to the altered regulatory state that is described as ‘influenza’. See: Influenza and weather
When viewed from the perspective of electric fields, there is no clear separation between the bio-field of a human and that of the surrounding cosmos. Energy and ‘information’ travel seamlessly from the solar surface to the Earth’s magnetosphere and thence to individual organisms via a variety of energetic filaments and vortices.
The activity of such vortices shows stable seasonal and latitudinal patterns that are modulated by local weather events and as a consequence, disease appears in the population at a time and place that is somewhat predictable from meteorological data.
Researchers from NASA found that the appearance of influenza in each state coincided with precise changes in humidity (Serman et al) whilst researchers in India noted a coincidence with the onset of the rainy season (Parvaiz et al) and those in Myanmar found similar associations between dengue and the onset of the monsoon, (Zaw et al).
The influences seem to have little in common but all are expected as a pressure front approaches. Such phenomena are associated with changes in pressure, wind direction, helical updrafts of air and presumably the formation of electromagnetic field currents.
The vortex as a biological antenna
Control of magnetic vortex states in FeGa microdisks: Experiments and micromagnetics – Pradhan et al
https://www.sciencedirect.com/science/article/pii/S2468217923000771
Electromagnetic vortices were set up in some metallic micro-discs and exposed to electromagnetic vibrations. State changes were observed, i.e. measurable changes in an electric field were induced by the application of another electromagnetic field.
So we now have a potentially useful way of measuring certain aspects of electric fields that may not be available to a traditional antenna. Set up an array of these vortices and see if we can measure fine modulations of the atmospheric discharge.
The array is calibrated to be hypersensitive to certain target frequencies but robust to the measurement frequencies. Vortices are set up close to some critical state and micro-changes in the ambient field will cause a sudden phase shift thereby amplifying the signal. Field modulations of arbitrary sensitivity may be set up depending upon the technology used.
Now if such mechanisms are in place in living systems, we have a biological antenna connecting the bio-filed with the cosmos with the capacity to detect arbitrarily weak signals and to amplify them to something meaningful.
Response strength of individual vortices is decoupled from input intensity to some degree by the critical phase shift, but a continuum of response may be available as an emergent statistical property. There is no need here for magnetite particles or similar to effect signal reception as the vortex field itself is the antenna.
The existence of such vortex fields may well be reflected in the physical matter, meaning there may be physical organelles set up which act as receivers, but we will have to know what to look for and how to measure.
The vortex is the transducer and is powered by an inward spiralling of the Gibbs field. Reception is via ‘vortex resonance’ which allows the filtering of selected frequencies.
The idea of magnetoreception by magnetic particles is problematic. A certain strength of signal will be required to move a molecule to a sufficient degree thereby imposing immediate limitations on what can be detected, and what happens then? A particle moves and induces a small (attenuated) change in the surrounding field (even mechanical waves here are really electro-acoustic) and then what? We are back to trying to detect the resulting field changes and now need some sort of antenna to measure them. We are back to square one!
Best to go straight for bio-field modulation and then try to work out the fine structure of such field.
Inheritance
Certainly some information is passed from father to child and so there is a requirement for a transport format for such information.
An electromagnetic ring vortex would seem to fit the bill. The basic structure is highly stable and energetically persistent and scalable. There is a simple method available to merge information from each parent, which is to simply merge the respective vortices. See: Evolution and Inheritance
The phenomenon of Telegony shows that information can be passed without DNA as a vehicle.
The exact encoding scheme of such information is not known but if we reject DNA as a format then we are not now limited to a few giga-bytes of data. There is no minimal quantum of information in electric fields and so a ring vortex can theoretically carry an arbitrarily large amount of analog information.
Summary
A hypothesis has been presented that an energetic bio-field is responsible for the organisation and regulation of many, if not most, biological processes and that this bio-field is in the form of electromagnetic vortices.
The theoretical existence of such vortices is here merely assumed but adequate support can be found in the works of Professor Konstantin Meyl. Some evidence is presented here for the presence of such vortices in the Earth’s atmosphere and in laboratory experiments. (also Peng)
Vortex fields are not ‘directly’ measurable within biological systems using current scientific instruments beyond a crude representation as an electric current. However, existence of such a field is consistent with multiple observable phenomena which are currently unexplained by modern science and whose presence in many cases seems unlikely to be understood in terms of the interactions of molecules alone:
- The general organisation of biological systems
- Existence of suitable conduits for ring vortices
- A requirement for centripetal movement of energy within living systems
- Vortices in arterial blood flow
- The emergence and self-organisation of cellular masses
- A measurable bio-field external to the human body
- The efficiency of energy transfer within biological systems
- A video of the development of a nervous system from scratch
- Obvious vortex patterns reflected in morphology
- The hypothesised transmutation of elements from one to another
- The recognition that some organisational principle must exist independently of the material it organises and prior to the act of that organisation. This is true for general maintenance, embryonic development and the actual origins of Life.
These phenomena seem adequately explained merely by the recognition of the vortex principle in electromagnetic fields. Aside from this there is no need for additional exotica such as quantum coherent domains, cold vortices, extra dimensions, quantum entanglement, randomly vibrating molecules, multiple universes or separate realms consiting entirley of ‘consciousness’.
There is no need for abstract definitions of disorder as ‘entropy’ or of order as ‘negentropy’ and no need for a formulation of information as separate from the rest of physical space. Indeed, Konstantin Meyl has stated: “Information is the structure of a scalar wave“.
We can look forward to a return to just Plain Old Physics as a way of understanding the physical universe.
The complexity of solar vortex activity – Tziotziou et. al.
https://link.springer.com/article/10.1007/s11214-022-00946-8
The website of Konstantin Meyl – http://meyl.eu
About vortex physics and vortex losses – Konstantin Meyl
https://www.k-meyl.de/go/Primaerliteratur/About_Vortex_Physics_and_Vortex_Losses.pdf
https://pdfs.semanticscholar.org/55c2/0067be6c49728aaf9c3258bceca1f45fa3ad.pdf
Scalar waves – Konstantin Meyl
https://www.amazon.com/Scalar-Waves-Konstantin-Meyl/dp/3980254240
Potential vortex, newly discovered properties of the electric field
are fundamentally changing our view of the physical world – Konstantin Meyl
https://www.meyl.eu/go/indexb830.html
The relevant video
Part 2: Respiration of gas from the air – Konstantin Meyl
https://www.k-meyl.de/go/27_Videos/water_motor_theory_EN_pt2.mp4
PDF version
Die-Covid-Falle – Konstantin Meyl
https://mainz.world/wp-content/uploads/2022/12/Die-Covid-Falle.pdf
Local modulation of neurofilament phosphorylation, axonal caliber, and slow axonal transport by myelinating Schwann cells – de Waegh, Brady
https://pubmed.ncbi.nlm.nih.gov/1371237/
Biological Transmutation – C. Louis Kervran
http://www.baytallaah.com/bookspdf/165.pdf
From chaos to order in active fluids – Alexander Morozov
https://people.brandeis.edu/~kuntawu/Publications/Science_355_eaal1979_2017/Science_355_1262_2017.pdf
Vascular remodelling of the mouse yolk sac requires hemodynamic force
Authors: Jennifer L. Lucitti, Elizabeth A. V. Jones, Chengqun Huang, Ju Chen, Scott E. Fraser, Mary E. Dickinson
https://journals.biologists.com/dev/article/134/18/3317/64473/Vascular-remodeling-of-the-mouse-yolk-sac-requires
Intracardiac fluid forces are an essential epigenetic factor for embryonic cardiogenesis
Authors: Jay R Hove 1, Reinhard W Köster, Arian S Forouhar, Gabriel Acevedo-Bolton, Scott E Fraser, Morteza Gharib
https://pubmed.ncbi.nlm.nih.gov/12520305/
A. Yializis, S. W. Cichanowski, and D. G. Shaw, Electrode corrosion in metallized polypropylene capacitors.
https://www.semanticscholar.org/paper/Electrode-corrosion-degradation-in-metallized-Yializis-Cichanowski/9e08c8f43c75e8086c77bcd08b8d6853843b9280
Cosmic influences on humans, animals and plants – J. T. Burns
Differences in Influenza Seasonality by Latitude, Northern India – Parvaiz A. Koul et. al.
https://wwwnc.cdc.gov/eid/article/20/10/pdfs/14-0431-combined.pdf
Spatial Variation in Humidity and the Onset of Seasonal Influenza Across the Contiguous United States – Serman, Thrastarson, Franklin, Teixeira
https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2021GH000469
Dengue in Myanmar: Spatiotemporal epidemiology, association with climate and short-term prediction – Win Zaw, Chawarat Rotejanaprasert
https://www.researchgate.net/publication/371312510_Dengue_in_Myanmar_Spatiotemporal_epidemiology_association_with_climate_and_short-term_prediction
Attempts to detect the torsion field nature of scalar wave generated by dual Tesla coil system – Gao Peng
https://vixra.org/pdf/1607.0130v1.pdf
The influence of the Golden Ratio on the Erythrocyte – M Purcell, R Ramsey
https://www.researchgate.net/publication/331103066_The_Influence_of_the_Golden_Ratio_on_the_Erythrocyte
Bio-field array: a dielectrophoretic electromagnetic toroidal excitation to restore and maintain the golden ratio in human erythrocytes – Purcell et al
https://physoc.onlinelibrary.wiley.com/doi/10.14814/phy2.13722
Magnetic Fields of Birkeland Currents – D. E. Scott
https://bazaarmodel.net/ftp/Project-C/Plasma-Cosmology/Scott/BirkelandFields.pdf
Differences in Influenza Seasonality by Latitude, Northern India – Parvaiz A. Koul et. al.
https://wwwnc.cdc.gov/eid/article/20/10/pdfs/14-0431-combined.pdf
Spatial Variation in Humidity and the Onset of Seasonal Influenza Across the Contiguous United States – Serman, Thrastarson, Franklin, Teixeira
https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2021GH000469
Dengue in Myanmar: Spatiotemporal epidemiology, association with climate and short-term prediction – Win Zaw, Chawarat Rotejanaprasert
https://www.researchgate.net/publication/371312510_Dengue_in_Myanmar_Spatiotemporal_epidemiology_association_with_climate_and_short-term_prediction