Morphic and morphogenetic fields are two related concepts that propose that the shape and development of organisms are influenced by invisible fields of information. These fields extend beyond the physical body and can be inherited or acquired through experience.
Origin of the Concept
The concept of morphic fields was introduced by Rupert Sheldrake, a British biologist and philosopher. Sheldrake proposes that memory and form are not only contained in genes but are also present in a morphic field surrounding the organism. This morphic field guides the organism's development and allows it to learn from the experience of other similar organisms.
Morphogenetic Fields
The term "morphic fields" was coined by the embryologist and cell biologist Hans Driesch. Driesch observed that cells in a developing embryo appear to have information about the final shape of the organism, even when separated from the embryo. He proposed that this information must be provided by a morphogenetic field surrounding the embryo.
Research and Debate
Morphic and morphogenetic fields are controversial concepts. Some scientists consider them pseudoscience, while others believe they may be an important way of understanding life.
Despite the controversy, there is growing interest in researching morphic and morphogenetic fields. Some researchers are exploring their possible role in biology, psychology, and medicine.
In Conclusion
Morphic and morphogenetic fields are fascinating concepts that offer a new perspective on life. Although there is no definitive proof of their existence, research and debate on these topics continue.
Frequently Asked Questions
What are morphic fields?
Morphic fields, proposed by Rupert Sheldrake, are invisible organizational structures that influence the shape and behavior of natural systems.
What are morphogenetic fields?
Morphogenetic fields are organizational patterns that guide the development and shape of organisms and natural systems, according to Sheldrake's theory.
What is the relationship between morphic fields and memory?
It is postulated that morphic fields store information and experience accumulated by the species, allowing the transmission of collective memory and cultural habits.
What is the relationship between morphogenetic fields and learning?
Morphogenetic fields could influence the acquisition of new skills and behaviors, allowing for a faster and collective form of learning.
Is there scientific evidence of morphic and morphogenetic fields?
Although there is research and anecdotal evidence, the scientific community has not widely accepted these theories due to the lack of solid experimental evidence.