Morphic Records in the Realm of Physics

(Particles, Atoms, Objects – The “PAO” Hierarchy)

Rupert Sheldrake’s hypothesis of morphic resonance and morphic fields extends beyond biology to the foundations of physics. He proposes that memory is inherent in nature — not just in brains or living systems, but in all self-organizing patterns, including the most fundamental physical entities.

Core Concept: Morphic Fields & Resonance

• A morphic field is an organizing, non-material field of influence that shapes the form, behavior, and habits of a system.
• Morphic resonance is the process by which similar past systems influence present ones across time and space → like attracts like through similarity of pattern.
• The “laws” of nature are more like habits — deeply ingrained through billions of years of repetition — than eternal, immutable truths.
• In physics, long-established systems (e.g., electrons, protons, atoms) have such deep habitual grooves via morphic resonance that they appear fixed and changeless.

Morphic Records at the PAO Scale

1. Particles (P – Fundamental Particles)

• Electrons, quarks, photons, etc., are not isolated mechanical entities but patterns organized by morphic fields.
• Their properties (spin, charge, mass, quantum numbers) arise from resonance with the cumulative “memory” of all previous similar particles since the early universe.
• Quantum non-locality (entanglement) and wave-particle duality may reflect morphic fields’ non-local, holistic nature — akin to David Bohm’s implicate order, which Sheldrake found highly compatible.
• Why so stable? Particles have resonated trillions upon trillions of times → their habits are virtually unbreakable. Any deviation would require extraordinary conditions (high energy, new contexts).

2. Atoms (A – Atomic & Molecular Systems)

• Atoms are wholes made of particle parts, organized by higher-level morphic fields.
• Electron orbitals (s, p, d, f clouds) and spectral lines are habitual patterns inherited via resonance from past atoms of the same element.
• Crystallization example (Sheldrake’s classic):
  When a new chemical compound is first crystallized, no pre-existing field exists → it takes time/effort.
  Once formed, the lattice pattern resonates globally → subsequent crystallizations become easier anywhere (even under filtered conditions, beyond “seed” dust explanations).
• Chemical bonds, molecular shapes, phase transitions → all guided by cumulative atomic/molecular memory.

3. Objects (O – Macroscopic Physical Objects & Systems)

• Crystals, rocks, snowflakes, magnets, galaxies → each inherits form and behavior from prior similar objects.
• Faraday waves, standing waves, or self-organizing fluid patterns may analogize how morphic fields impose order.
• Even “inanimate” objects carry a weak collective memory: a snowflake’s hexagonal habit resonates with all past snowflakes → easier formation over cosmic time.
• Gravity, electromagnetism, strong/weak forces → Sheldrake suggests these “constants” could slowly evolve as habits deepen (e.g., controversial claims about changing speed of light via resonance).

Key Implications for Physics

• No fixed laws — only evolving habits. Constants like G, c, h may have slight historical drift (though mainstream physics sees them as invariant).
• Non-locality & holism — Morphic fields act across space/time → compatible with quantum entanglement, Bell’s theorem violations, and Bohm’s quantum potential.
• Testable predictions —
  • New crystals/structures should form more readily over time (beyond nucleation seeds).
  • Rate constants in reactions may subtly change with global repetition.
  • Memory-like effects in physical systems without material traces.
• Criticism & status — Widely regarded as pseudoscience by mainstream physics (no direct empirical confirmation, conflicts with reductionism and quantum field theory). Yet intriguing to some (Bohm, Dürr, Goswami) for bridging quantum weirdness and macroscopic order.

Selected Quotes from Sheldrake

“The so-called laws of nature are more like habits.”
— A New Science of Life (1981)

“Morphic resonance should be detectable in the realms of physics, chemistry…”
— Morphic Fields paper

“Long-established systems, such as zinc atoms, quartz crystals… are governed by such strong morphic fields… that little change can be observed.”
— Various writings

Further Reading

• Sheldrake.org/research/morphic-resonance
• A New Science of Life: The Hypothesis of Formative Causation (1981)
• The Presence of the Past (1988)
• Appendix B: Morphic Fields and the Implicate Order (dialogue with David Bohm)

This framework challenges reductionist materialism by positing cumulative, non-local memory even at the PAO level of physics — turning particles, atoms, and objects into participants in nature’s evolving memory rather than mere billiard balls obeying eternal rules.

Drafted for exploratory purposes — inspired by our earlier discussions on explanatory words, habits of nature, and the intuitive reasonableness of physical patterns.