Disclosure
Introducing Morphic Field Theory with Rupert Sheldrake

S3:Ep1

34 mins

TV-PG Featuring: Rupert Sheldrake

Morphic resonance: could nature have an inherent memory? Biologist Rupert Sheldrake joins Disclosure to challenge traditional views on consciousness.

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The concept of morphic resonance challenges the very foundations of modern biology by suggesting that nature has an inherent memory. Could this unseen force explain how complex behaviors and physical forms replicate across vast distances without direct contact? In this season 3 premiere of Disclosure, host David Wilcock sits down with biologist Rupert Sheldrake to investigate how these invisible blueprints shape our reality.

This episode provides an in-depth look at the sheldrake theory of formative causation, which posits that self-organizing systems are governed by a morphic field. Rather than viewing the universe as a collection of inanimate matter, this perspective suggests a living, conscious cosmos where memory is inherent and continuously evolving. Through his research, Sheldrake demonstrates how morphic fields transmit information across time and space, influencing everything from cellular development to collective human behavior. The discussion on rupert sheldrake morphic resonance offers a compelling alternative to traditional scientific materialism, bridging the gap between ancient metaphysical wisdom and modern empirical science. By examining how these fields operate, we can begin to understand the profound interconnectedness of all life and the true potential of human consciousness to influence the material world.

As a distinguished biologist and author of numerous scientific papers, Rupert Sheldrake brings rigorous academic credentials to this metaphysical exploration. His work at Cambridge University in developmental biology laid the groundwork for these revolutionary ideas, which challenge the mechanistic worldview that has dominated science for centuries. In this conversation, Sheldrake and Wilcock delve into the implications of a universe that remembers, exploring how telepathy, collective behavior, and even the rapid learning of new skills across a species can be explained through this non-local field of information.

Exploring the Memory of Nature

The Mechanics of Formative Causation: Learn how morphogenetic field theory explains the transmission of behavioral habits and biological forms across generations without relying solely on genetic coding.
Evidence of a Living Universe: Examine the laboratory research and biological studies that support the existence of a conscious-like energy permeating our universe, challenging traditional scientific perspectives on consciousness.
The Evolution of Collective Memory: Discover how human consciousness interacts with these fields, suggesting that our thoughts and actions contribute to a shared global memory.

Begin your exploration into the hidden memory of the cosmos and start watching this paradigm-shifting episode of Disclosure on Gaia today.

Host: David Wilcock

Featuring: Rupert Sheldrake

Audio Languages: English

Subtitles: English

Frequently Asked Questions

What is Rupert Sheldrake's theory of morphic resonance?

This theory proposes that the universe possesses an inherent, collective memory, where self-organizing systems inherit a shared memory from past similar systems. It suggests that natural laws are more like habits that evolve over time rather than fixed, immutable rules. This non-local memory is transmitted through fields that influence both physical forms and behavioral patterns across space and time.

What is an example of a morphic field?

An example of a morphic field can be observed in the collective behavior of animal groups, such as schools of fish or flocks of birds changing direction simultaneously without apparent communication. It also applies to chemistry, where newly synthesized crystals become easier to crystallize around the world once the first crystal has formed. These fields act as invisible blueprints that guide the structure and behavior of both living and non-living systems.

Is morphic resonance scientifically proven?

While the theory challenges mainstream materialistic science, it is supported by various laboratory experiments in biology, chemistry, and animal behavior. These tests demonstrate anomalies in learning and crystallization that traditional models cannot easily explain. You can explore these scientific studies and their implications by streaming the full episode on Gaia.

How does morphic resonance work?

It works through a process of formative causation, where morphic fields act as templates to shape physical forms and behaviors. Information is transmitted non-locally across time and space, meaning that once a member of a species learns a new behavior, others can acquire it more easily through this shared field. This process relies on similarity, where past systems influence present ones based on their structural or behavioral alignment.