Beyond the Visible. The Universe of Fields.: How hidden forces shape the reality around us. The field in its meanings: physical, morphogenetic, Bohmia
Beyond the Visible. The Universe of Fields.: How hidden forces shape the reality around us. The field in its meanings: physical, morphogenetic, Bohmia
Imagine a mysterious landscape where everything is connected and nothing truly exists on its own. A place where unseen forces intertwine to give life to what we see and experience-from the concreteness of lightning streaking across the sky to the deepest perceptions of our consciousness. This book invites the reader on a fascinating journey through one of the most revolutionary concepts in contemporary science and philosophy: the field universe. We are not just talking about physics, but an extension that plunges into the realm of metaphysics, biology and, ultimately, the human mind.
First of all, what is a "field"? Traditional physics describes it as a region of space in which a force, such as electromagnetic or gravitational, can act on an object. It is a concept that emerged with the theories of Faraday and Maxwell in the 19th century. Michael Faraday, the brilliant English experimenter, envisioned the field as a kind of invisible "web" of lines of force that permeated space. Soon after, James Clerk Maxwell made this insight mathematical, creating the famous equations that still clarify the world of electromagnetism today.
These first steps were essential. However, Faraday and Maxwell's scientific fields, while revolutionary, were only the beginning. With the discovery of quantum theory in the 20th century, the concept of fields expanded in unimaginable ways. Today, when talking about fields, we are not limited to magnetism or gravity. We enter a truly universal web of connections: the quantum field, Rupert Sheldrake's morphogenetic field, the akashic field of the Eastern tradition, physicist David Bohm's implicit field.
When Albert Einstein proposed his unified field theory, his dream was to find an explanation that would unify all known forces in the universe. Although he failed to complete his mission, his work charted a course that continues to guide modern research. Yet-and here lies the heart of this book-fields are no longer just tools of physics. They have become a universal idea, a key to understanding not only matter but also experience and consciousness.
Sheldrake, a British biologist and controversial thinker, introduced the concept of the morphogenetic field in the 1980s. According to him, the forms of nature (from crystals to plants to animals) would be determined not only by genes or molecules, but also by a kind of "collective memory." This invisible and intangible field would guide the organization of matter through a consta
First of all, what is a "field"? Traditional physics describes it as a region of space in which a force, such as electromagnetic or gravitational, can act on an object. It is a concept that emerged with the theories of Faraday and Maxwell in the 19th century. Michael Faraday, the brilliant English experimenter, envisioned the field as a kind of invisible "web" of lines of force that permeated space. Soon after, James Clerk Maxwell made this insight mathematical, creating the famous equations that still clarify the world of electromagnetism today.
These first steps were essential. However, Faraday and Maxwell's scientific fields, while revolutionary, were only the beginning. With the discovery of quantum theory in the 20th century, the concept of fields expanded in unimaginable ways. Today, when talking about fields, we are not limited to magnetism or gravity. We enter a truly universal web of connections: the quantum field, Rupert Sheldrake's morphogenetic field, the akashic field of the Eastern tradition, physicist David Bohm's implicit field.
When Albert Einstein proposed his unified field theory, his dream was to find an explanation that would unify all known forces in the universe. Although he failed to complete his mission, his work charted a course that continues to guide modern research. Yet-and here lies the heart of this book-fields are no longer just tools of physics. They have become a universal idea, a key to understanding not only matter but also experience and consciousness.
Sheldrake, a British biologist and controversial thinker, introduced the concept of the morphogenetic field in the 1980s. According to him, the forms of nature (from crystals to plants to animals) would be determined not only by genes or molecules, but also by a kind of "collective memory." This invisible and intangible field would guide the organization of matter through a consta
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Imagine a mysterious landscape where everything is connected and nothing truly exists on its own. A place where unseen forces intertwine to give life to what we see and experience-from the concreteness of lightning streaking across the sky to the deepest perceptions of our consciousness. This book invites the reader on a fascinating journey through one of the most revolutionary concepts in contemporary science and philosophy: the field universe. We are not just talking about physics, but an extension that plunges into the realm of metaphysics, biology and, ultimately, the human mind.
First of all, what is a "field"? Traditional physics describes it as a region of space in which a force, such as electromagnetic or gravitational, can act on an object. It is a concept that emerged with the theories of Faraday and Maxwell in the 19th century. Michael Faraday, the brilliant English experimenter, envisioned the field as a kind of invisible "web" of lines of force that permeated space. Soon after, James Clerk Maxwell made this insight mathematical, creating the famous equations that still clarify the world of electromagnetism today.
These first steps were essential. However, Faraday and Maxwell's scientific fields, while revolutionary, were only the beginning. With the discovery of quantum theory in the 20th century, the concept of fields expanded in unimaginable ways. Today, when talking about fields, we are not limited to magnetism or gravity. We enter a truly universal web of connections: the quantum field, Rupert Sheldrake's morphogenetic field, the akashic field of the Eastern tradition, physicist David Bohm's implicit field.
When Albert Einstein proposed his unified field theory, his dream was to find an explanation that would unify all known forces in the universe. Although he failed to complete his mission, his work charted a course that continues to guide modern research. Yet-and here lies the heart of this book-fields are no longer just tools of physics. They have become a universal idea, a key to understanding not only matter but also experience and consciousness.
Sheldrake, a British biologist and controversial thinker, introduced the concept of the morphogenetic field in the 1980s. According to him, the forms of nature (from crystals to plants to animals) would be determined not only by genes or molecules, but also by a kind of "collective memory." This invisible and intangible field would guide the organization of matter through a consta
First of all, what is a "field"? Traditional physics describes it as a region of space in which a force, such as electromagnetic or gravitational, can act on an object. It is a concept that emerged with the theories of Faraday and Maxwell in the 19th century. Michael Faraday, the brilliant English experimenter, envisioned the field as a kind of invisible "web" of lines of force that permeated space. Soon after, James Clerk Maxwell made this insight mathematical, creating the famous equations that still clarify the world of electromagnetism today.
These first steps were essential. However, Faraday and Maxwell's scientific fields, while revolutionary, were only the beginning. With the discovery of quantum theory in the 20th century, the concept of fields expanded in unimaginable ways. Today, when talking about fields, we are not limited to magnetism or gravity. We enter a truly universal web of connections: the quantum field, Rupert Sheldrake's morphogenetic field, the akashic field of the Eastern tradition, physicist David Bohm's implicit field.
When Albert Einstein proposed his unified field theory, his dream was to find an explanation that would unify all known forces in the universe. Although he failed to complete his mission, his work charted a course that continues to guide modern research. Yet-and here lies the heart of this book-fields are no longer just tools of physics. They have become a universal idea, a key to understanding not only matter but also experience and consciousness.
Sheldrake, a British biologist and controversial thinker, introduced the concept of the morphogenetic field in the 1980s. According to him, the forms of nature (from crystals to plants to animals) would be determined not only by genes or molecules, but also by a kind of "collective memory." This invisible and intangible field would guide the organization of matter through a consta
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