Nature's Gravity uses two distinct mechanisms to organize motion: coherence-dominant dynamics and isobar-dominant dynamics
-- Independent researcher and retired physician James E. Beecham, MD has released a new SP3 Space-Phase paper proposing what he describes as a major conceptual advance in understanding gravity-like transport and organized motion in nature: the recognition that physical systems may operate under two distinct transport regimes rather than one universal gravitational mechanism.

The paper, entitled:
“Coherence-Join Dominance versus Isobar Dominance in SP3 Space-Phase: A Comparative Analysis of Siphon Dynamics and Spiral Arm Transport” https://doi.org/10.5281/zenodo.20261806
introduces the idea that motion in nature may emerge through either:
- Coherence-dominant transport, or
- Isobar-dominant transport.
According to the paper, these represent “two sides of the gravity coin.”
A Siphon and a Galaxy — Connected by One Underlying Medium
The paper compares two seemingly unrelated systems:
- a laboratory siphon,
- and a spiral galaxy.
In conventional physics, these systems are explained using entirely different frameworks:
- siphons by hydrodynamics,
- spiral galaxies by gravity and orbital mechanics.
SP3 instead argues that both reveal the behavior of a real conditioned medium called Space-Phase.
The paper proposes that:
- siphons are governed primarily by coherence-joining asymmetry, while
- spiral galaxies are governed primarily by central isobar asymmetry.
The First Side of the Coin: Coherence-Dominant Transport
In the siphon example, the paper argues that the surrounding pressure environment remains approximately similar throughout the system.
Instead, the dominant effect is proposed to be:
- stronger downward coherence continuity in the lower reservoir.
The water column behaves as a continuous joined pathway, resolving toward the region where coherence accommodation is strongest.
The paper calls this:
Coherence-Join Dominance
and suggests that many organized systems in nature may rely on similar coherence-guided transport.
The Second Side of the Coin: Isobar-Dominant Transport
The galaxy example introduces a different mechanism.
According to the SP3 model:
- galactic centers heavily condition the surrounding medium,
- establishing strong nested pressure isobars,
- while spiral arms act as coherence-guided corridors.
Unlike the siphon:
- the dominant asymmetry is not local coherence strength,
- but instead the enormous central galactic isobar itself.
The paper argues that this pressure structure organizes large-scale galactic transport and may help explain:
- persistence of spiral arms,
- organized galactic structure,
- plasma pathways,
- and cosmic filament behavior.
Said Beecham, “Nature appears to organize motion through two related mechanisms — coherence-dominant transport and isobar-dominant transport. Once that distinction is recognized, mysteries such as why galaxies rotate faster than Einstein predicted – these mysteries can be solved without adding undetected components such as ‘dark matter’.
About the Author
James E. Beecham, MD is a retired physician and independent researcher developing the SP3 (Space-Phase) framework, a medium-based approach to physics proposing that space itself is a real conditionable substrate responsible for organized transport, gravity-like effects, coherence structures, and large-scale cosmic organization. Interested readers can visit jamesebeecham.com to view the author’s books, ebooks, and to download for free the author’s research manuscripts.
Contact Info:
Name: James E. Beecham, MD
Email: Send Email
Organization: jamesebeecham.com
Website: https://jamesebeecham.com
Release ID: 89192144
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