I think it's worthwhile laying out directly where the two models diverge on a mechanical level, because the list is not trivial. The following is an overview from arguments made, or presentations given, directly at the conference, so they are current, as of early May. As with any scientific endeavor pursued by adherents of hard inquiry, these differences are liable to change, blend or receive clarification, as we illuminate reality on the basis of additional data:
Trigger: ECDO is autonomic, the earth flips itself when its magnetic constraint sufficiently weakens. Micronova is driven, the earth flips because the Sun makes it.
Layer of decoupling: ECDO separates the mantle from the core at the D-prime layer, near the center of the planet. Micronova separates the crust from the mantle at the low-velocity zone, just beneath the surface.
Role of the Sun: For Cunningham, the sun is a passive background gauge, its alpha and phi scalar fields helping hold Earth's current orientation in place. For Ben, the Sun is the active driver, the actor delivering the energy that initiates the sequence.
Periodicity: This is where the headline contrast looks sharper than the underlying disagreement actually is. Rogers underlying cycle is roughly 6k years, with a 12k year harmonic that he argues is the only one mainstream records cleanly pick up because the lower-amplitude events don't leave as clear a signature. Ben's canonical number, drawn from Channell and Vigliotti and Arctic icecore data, is 12k years. At Penrose, when an audience member pressed the apparent conflict, Ben offered a reconciliation, that a 6k-year global cycle would still produce 12k-year per-location observations if the impact zone rotates continent by continent, though the math of that reconciliation is loose, since the 4-step rotation Ben describes elsewhere would produce a 24k-year per-location return rather than 12k. So a genuine disagreement remains, but it's smaller and more arithmetically resolvable than the headline 6k vs 12k framing implies.
Cosmological framework: ECDO operates within a mainstream earth-in-isolation model with conventional internal chemistry. Micronova requires plasma cosmology, often called the electric universe, in which Earth, the Sun and the broader galaxy are electrically coupled through a web of plasma streams. Ben took specific aim at Rogers reliance on the accepted geological model for the earth's composition, arguing that mainstream geology's confidence in what's actually happening at the core, mantle and transition zone is, to put it charitably, a big guess, built in the absence of the plasma-physics framework that James Webb data and the ongoing failure to locate dark matter increasingly seem to demand. He cited as evidence the fact that of the roughly 3% of geothermal release zones currently being continuously monitored, short term heat peaks correlate cleanly with major space weather events once seasonal variation is removed. His sharpest point, though, was that Roger is left needing mainstream internal chemistry to hold up the structural integrity of ECDO while simultaneously invoking heat travel times from the core-mantle boundary to the surface that themselves violate that same mainstream geology. I have little doubt that Roger will soon attack this critique head on, as is his nature.
Evidentiary signature: ECDO predicts ancient monuments aligned to a paleo-pole 104 degrees offset from the current one, currently observed at 82% of sites prior to 500 BCE. Roger calculates the cumulative probability of that distribution being accidental, or explained by celestial confounders like solstices and sunrises, at roughly 1 in 4 × 10^14, about 1 in 400 trillion. This was, for me at least, the biggest piece of the weekend, and Ben, like the rest of us, has no explanation for it other than the one offered by Cunningham. While not news to the initiated, global monument alignment to a random point in Zambia was so mind blowing to me when I first validated it, that I built an entire site to enable other people to blow their own minds -
ecdoview.com. Upon this, Roger layered the Piri Reis Map (three internal compass roses that disagree with one another and with current True North, but all three project cleanly onto NP prime when extended outward, a navigational signature Roger argues no honest reading can dismiss), the horizontal-planar erosion on the Sphinx enclosure (geometrically impossible without sustained oceanic submersion, with the unweathered base added later as a Khafre-era restoration), and the global Y-chromosome bottleneck at roughly 5k BCE in which 19 of every 20 men were lost from the genetic record, a constriction so global and so simultaneous that no plausible mechanism short of cataclysm can produce it. There is of course a litany of additional evidentiary signatures, theorized and examined by researchers on the bleeding edge, such as
@nobulart, however as these were not the work of Roger himself, they were not presented at the conference (next time, this only gets bigger).
Micronova predicts isotopic anomalies in ice cores, helium-4 banding in stellar spectra, Lichtenberg patterns etched into rock rather than just wood, the Younger Dryas Boundary layer with its anomalous platinum spikes and nanodiamonds, and a continent-rotating pattern of melted mountaintops and exposed rock impact zones, many of which Billy Yelverton has spent over a decade recreating in laboratory plasma-discharge experiments that come out indistinguishable from their geological originals. Ben also cites the Mars scar as a planetary scale example of the same mechanism operating on a body that lost its magnetic shield, and points to the accelerating contemporary geomagnetic excursion as evidence the conditions are reassembling now: a 40% decline in field strength since 1715, the 2023-2024 geomagnetic jerk, and Dr. Sergey Semenenko's recording of the strongest magnetic anomaly in modern history on March 23, 2023, which coincided with the global aurora outbreak of that period.