Force Fields. Behind the fog of maths. A conversation with Rupert Sheldrake
May 9, 2024
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Rupert Sheldrake and Mark Vernon delve into the world of fields in science, from electromagnetic to morphic fields. They explore the concept of fields as hidden realities, drawing on ancient philosophical views and modern scientific understandings. Discussing the relationship between fields and consciousness, they highlight the enigmatic nature of fields in physics and their link to souls and minds.
Field theory revolutionized modern science by unifying concepts like electricity and magnetism.
Morphic fields introduce formative influences in biology and chemistry, shaping diverse natural systems.
Deep dives
The Importance of Field Theory in Modern Physics
Field theory plays a crucial role in understanding modern physics, originating from pioneers like Maxwell and Faraday. Fields, such as electromagnetic and quantum fields, have revolutionized science by unifying concepts like electricity, magnetism, and light. These fields have not only transformed technologies like mobile phones and television but also expanded our understanding of the universe, as seen in Einstein's generalization of field concepts to gravitation.
The Significance of Different Types of Fields
Various types of fields, including electromagnetic, quantum, and morphic fields, have distinct influences in nature. While electromagnetic fields power technologies and universal gravitation fields connect matter, quantum matter fields explain the behavior of subatomic particles. Additionally, morphic fields introduce a formative aspect to biology and chemistry, shaping everything from plant structures to galactic systems.
Fields as Fundamental Principles and Metaphysical Interpretations
Fields are considered ultimate explanatory principles in nature, guiding the behavior of matter and energy. While ancient notions likened fields to souls, modern science emphasizes their physical influence within the universe. However, the metaphysical aspect of fields, especially in relation to consciousness and self-organization, remains a topic of ongoing exploration, reflecting the deep mystery and complexity of field theory in shaping our understanding of the world.
Einstein remarked that there was physics before Maxwell and physics after Maxwell, the difference being the introduction of field theory. So what difference did fields make and, more to the point, what are they?
In this episode of the Sheldrake-Vernon Dialogues, Rupert Sheldrake and Mark Vernon explore how electromagnetic, gravitational and quantum fields shape modern science. Together with Rupert’s idea of morphic fields, which contain an inherent memory, they discuss how fields have revived Aristotle’s notion of formal and final causes and look at the fact that fields aren’t energetic or material causes.
They draw on ancient notions of soul to ask how fields can be part of an expansive notion of science, which has long depended on invisible entities to understand nature. Fields as realities in themselves are rarely discussed by scientists, their nature hidden behind a fog of mathematics. But fields fascinated figures like Faraday and Maxwell and might fascinate us again.
For more conversations with Rupert and Mark see https://www.sheldrake.org/audios/sheldrake-vernon-dialogues https://www.markvernon.com/talks
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