With computational collaboration by Claude (Anthropic) and the Hermes agent (Nous Research).
Each body k of the ten (Sun through Pluto) is placed at its ecliptic longitude θk and treated as a unit-amplitude wave source on a unit disc. The real field is their superposition; brightness measures agreement, silence measures cancellation.
The hub is |F| evaluated at the center: a number from 0 to 10 recording how nearly the ten voices agree. The direction of the resultant is the field's aim. The pattern of constructive and destructive interference across the disc defines the chorus (the aligned majority), the counter-line (the dissent), and the winding number around any protected null (a vortex).
The canonical model gives every body equal amplitude. Distance, brightness, and mass weightings were tested and rejected: equal voice is the source of the information. A "Bodies lens" with physical weightings exists only as a clearly-labelled supplementary view.
Astrology's schools disagree about conventions: which house system, which zodiac (tropical or sidereal), which ayanamsa offset, which anchor. A central result of this work is that the instrument's core quantities do not depend on any of these choices. Because the field is built only from the differences between body positions and a reference, the conventions enter as a uniform rotation or cancel entirely.
The hub magnitude, winding number, and chorus composition are bit-identical across every house system, both zodiacs, every ayanamsa, and every measuring anchor. They survive even re-anchoring the whole construction.
The one quantity that carries a genuine convention is the aim's numeric value, which rides on the node-anchor choice. We disclose the anchor explicitly and never attribute meaning to an anchor-relative number. The canonical statement: the lattice registers, it does not transmit.
A parallel wavelength invariance holds: the same quantities are identical whether wavelengths are uniform or scaled to orbital period (the "Keplerian" mode). The Keplerian choice is texture for the eye, never meaning.
Because the aim is the one quantity whose numeric value depends on the anchor, the choice of anchor is itself a meaningful reading decision — not a hidden default. The instrument now discloses two anchors openly, and reports the aim under each.
The node anchor (personal). The aim is read against the chart's own lunar node — the eclipse axis personal to that birth. This is the traditional zero-point. Its character: intimate, but drifting — the node regresses a full circle every 18.6 years, so it is a landmark that belongs to the person and to their moment, not to the sky at large.
The galactic anchor (shared ground). The aim is read against the Galactic Center — the gravitational heart of the Milky Way we actually orbit — placed at the start of Mula (0° sidereal Sagittarius). This is a fixed, shared zero-point: the same north for every chart, and one that does not drift. It follows an established sidereal school (Mardyks' Skydram, Cochrane, Ernst Wilhelm, the Bhattacharjee ayanamsa), whose argument is exactly this — the galaxy's own center is a greater ground than any single star.
A third, kinematic anchor is offered alongside: the solar apex, the direction the Sun physically travels through the local star field (tropical longitude 271.16°, also falling in Mula). Anchoring a chart to the direction of travel is, as far as we know, new to this instrument.
What changes between anchors is only the address the aim is given — which degree, which sign-name. What does not change is everything that carries weight: the hub, the winding, the chorus, and the aim's intrinsic angle. For a relationship reading the galactic anchor is the more honest lens, because it measures two fields against literally shared ground rather than each through its own private landmark — isolating how the fields genuinely differ from a convergence of whose-node-sits-where. The canonical caution still governs: choosing the galactic ground is a defensible decision on astronomical grounds, not a claim that the galaxy transmits a force. The lattice registers; it does not transmit.
To give the hub a calibrated language rather than an arbitrary one, we computed it across a real-ephemeris null distribution. Against a 2,000-sample baseline the hub has mean 4.34, with the 5th percentile at 1.22, the 95th at 7.50, and the 99th at 8.45. Interpretive bands are fixed to these percentiles, so the same words always denote the same rarity. A broader population calibration extends this across hundreds of thousands of births.
Every band is stated as rarity, never as rank. The near-cancellation pole (bottom 5%) is named the receiver's region; the top percentiles are named broadcaster and record territory. Coherence is architecture, not worth.
We asked whether the calibrated geometry predicts anything about a person beyond describing a shape. We pre-registered a blind protocol with a decision rule fixed before data collection: significance at p < 0.01, in the predicted direction, with effect size |Cohen's d| ≥ 0.2. We tested the hub against vocation on a corpus of thousands of Gauquelin records (outward-facing vs. inward-facing occupations).
The hub did not predict vocation. The effect was tiny (d ≈ 0.06) and ran in the wrong direction. Two further predictive checks (a small agreement-set null; a hub-versus-trait test) also failed to support a predictive reading. This is the third converging null.
We publish the refutation because it sharpens what the instrument is. The calibrated geometry is real, invariant, and reproducible — and it is not a personality predictor.
Three things are true at once, and the instrument's integrity is in keeping them separate:
In the tradition of Edgar Cayce, the chart is read as aspirational: a description of what a soul chose to work with, a slope and not a track. Free will overrides; the geometry offers focus, never fate. What you build with it, and whether, and when — the field does not say and cannot. That part was never written. It is yours.