The Morphogenetic Field as a Broader Information System

To make the idea of a morphogenetic field easier to understand, we can compare it to DNA.

DNA is a biological information system. Its information is not stored as one continuous record. It is organized into many functional units—genes and other functional DNA sequences—which interact within a complex regulatory system.

In our theoretical model, the morphogenetic field can be understood in a similar way.

However, instead of physical DNA sequences, it contains information units—encapsulated frequencies.

In our model, we call these information units morphogens.

Gene and Morphogen

Put simply:

DNA contains genes.

The morphogenetic field contains morphogens.

A gene is a specific segment of DNA with a biological function.

In our model, a morphogen is an encapsulated frequency—a stabilized information unit containing specific information.

We can therefore imagine two different information systems:

DNA → genes → biological information

Morphogenetic field → morphogens → broader information

Importantly, the word “morphogen” as used in this theoretical model is not the same as the biological term “morphogen.” In developmental biology, a morphogen is a signaling substance that forms a concentration gradient and influences how cells develop according to their position within that gradient.

Here, “morphogen” means an information unit of the morphogenetic field—an encapsulated frequency.

What Is an Encapsulated Frequency?

This is one of the key concepts of our theoretical model.

An encapsulated frequency is a standing wave formed and stabilized within the quantum field, creating a distinct resonant information pattern. This pattern retains specific information and functions within the morphogenetic field as an individual information unit—a morphogen.

In simpler terms:

An encapsulated frequency is a stable standing wave in the quantum field in which specific information is encoded.

In this model, the word “frequency” does not refer merely to a single numerical value measured in hertz (Hz).

Instead, it describes an entire resonant pattern—a stable wave structure capable of carrying information and interacting resonantly with other structures.

We use the word “encapsulated” because the information is stabilized into a distinct information unit.

A morphogen is therefore not simply a freely propagating wave.

It is a stabilized information pattern.

How Do Morphogens Form a Morphogenetic Field?

The human morphogenetic field consists of billions of morphogens. Each is an individual encapsulated frequency containing a specific information pattern.

However, morphogens do not exist in isolation.

The Morphogenetic Field as a Broader Information System

To make the idea of a morphogenetic field easier to understand, we can compare it to DNA.

DNA is a biological information system. Its information is not stored as one continuous record. It is organized into many functional units—genes and other functional DNA sequences—which interact within a complex regulatory system.

In our theoretical model, the morphogenetic field can be understood in a similar way.

However, instead of physical DNA sequences, it contains information units—encapsulated frequencies.

In our model, we call these information units morphogens.

Gene and Morphogen

Put simply:

DNA contains genes.

The morphogenetic field contains morphogens.

A gene is a specific segment of DNA with a biological function.

In our model, a morphogen is an encapsulated frequency—a stabilized information unit containing specific information.

We can therefore imagine two different information systems:

DNA → genes → biological information

Morphogenetic field → morphogens → broader information

Importantly, the word “morphogen” as used in this theoretical model is not the same as the biological term “morphogen.” In developmental biology, a morphogen is a signaling substance that forms a concentration gradient and influences how cells develop according to their position within that gradient.

Here, “morphogen” means an information unit of the morphogenetic field—an encapsulated frequency.

What Is an Encapsulated Frequency?

This is one of the key concepts of our theoretical model.

An encapsulated frequency is a standing wave formed and stabilized within the quantum field, creating a distinct resonant information pattern. This pattern retains specific information and functions within the morphogenetic field as an individual information unit—a morphogen.

In simpler terms:

An encapsulated frequency is a stable standing wave in the quantum field in which specific information is encoded.

In this model, the word “frequency” does not refer merely to a single numerical value measured in hertz (Hz).

Instead, it describes an entire resonant pattern—a stable wave structure capable of carrying information and interacting resonantly with other structures.

We use the word “encapsulated” because the information is stabilized into a distinct information unit.

A morphogen is therefore not simply a freely propagating wave.

It is a stabilized information pattern.

How Do Morphogens Form a Morphogenetic Field?

The human morphogenetic field consists of billions of morphogens. Each is an individual encapsulated frequency containing a specific information pattern.

However, morphogens do not exist in isolation. They are interconnected by information threads operating at different levels.

These threads represent relationships between different types of information and connect individual morphogens into a unified information system.

Some threads may directly connect related morphogens, while others connect entire groups of morphogens and higher-level information structures. In this way, a complex hierarchical network is formed in which the information contained in one morphogen can be connected to many others.

A morphogenetic field is a dynamic, hierarchical information system consisting of billions of encapsulated frequencies—morphogens—and different levels of information threads that interconnect them.

This network may organize a wide variety of information about a human being—from information patterns related to the biological body to individual experience, consciousness, the soul, family and ancestral connections, and other broader information structures.

In our model, the human morphogenetic field therefore represents an integrated information map of the individual, in which not only the information contained within each morphogen matters, but also the relationships between all these information units.

What Is Theory and What Is Science?

It is important to distinguish the concepts presented in this model from biological mechanisms that have been scientifically established.

DNA, genes, gene regulation, cellular signaling, and many other processes involved in biological information transmission have been extensively studied and are supported by experimental evidence.

By contrast, the morphogenetic field described on this page as a system composed of encapsulated frequencies and information threads is our proposed theoretical model. The claims that encapsulated frequencies are stabilized standing waves in the quantum field and that they may contain information about the soul, previous incarnations, or other levels of human information have not currently been experimentally established by science.

For this reason, throughout this website we clearly distinguish between three categories:

what science has already established;

the models proposed by other scientists and theorists;

and the broader morphogenetic field model that we propose.

These threads represent relationships between different types of information and connect individual morphogens into a unified information system.

Some threads may directly connect related morphogens, while others connect entire groups of morphogens and higher-level information structures. In this way, a complex hierarchical network is formed in which the information contained in one morphogen can be connected to many others.

A morphogenetic field is a dynamic, hierarchical information system consisting of billions of encapsulated frequencies—morphogens—and different levels of information threads that interconnect them.

This network may organize a wide variety of information about a human being—from information patterns related to the biological body to individual experience, consciousness, the soul, family and ancestral connections, and other broader information structures.

In our model, the human morphogenetic field therefore represents an integrated information map of the individual, in which not only the information contained within each morphogen matters, but also the relationships between all these information units.

What Is Theory and What Is Science?

It is important to distinguish the concepts presented in this model from biological mechanisms that have been scientifically established.

DNA, genes, gene regulation, cellular signaling, and many other processes involved in biological information transmission have been extensively studied and are supported by experimental evidence.

By contrast, the morphogenetic field described on this page as a system composed of encapsulated frequencies and information threads is our proposed theoretical model. The claims that encapsulated frequencies are stabilized standing waves in the quantum field and that they may contain information about the soul, previous incarnations, or other levels of human information have not currently been experimentally established by science.

For this reason, throughout this website we clearly distinguish between three categories:

what science has already established;

the models proposed by other scientists and theorists;

and the broader morphogenetic field model that we propose.