Financial markets correlate closely with the 4–14 day cycle of the retrograde–stationary–direct motion of the True Lunar Node (North Node). This cycle can be depicted best by charting the Speed of the True Lunar Node against the S&P 500 (where "speed" refers to the geocentric motion in degrees of longitude per day).
S&P 500 (daily candles) vs True and Mean Lunar Node Speed, December 2025 to June 2026. On March 30, 2026 — the date of the major stock market low shown in the chart above — the True Lunar Node was positioned at approximately 3°–4° Pisces (retrograde) in the Buttonwood Agreement NYSE natal chart (May 17, 1792, 8:52 AM LMT, New York). Using the Placidus house system, it fell in the 11th house, the sector governing groups, large-scale public participation, collective sentiment, international alliances, and speculative market trends driven by the masses.
► equals the Mean Lunar Nodal Speed (red horizontal dashed line), or
► is at 0 (grey horizontal dashed line), or
► reaches maximum and minimum extremes.
The absolute maximum of the True Lunar Nodal Speed is approximately +0.0015 degrees of geocentric longitude per day (brief direct motion); the absolute minimum is -0.1074 degrees per day (peak retrograde motion). Standstills (stations) of the True Lunar Node occur when its geocentric speed in longitude momentarily reaches zero, as it oscillates around its mean retrograde motion due to solar and planetary perturbations.
The True Node is predominantly retrograde (negative speed, averaging –0.053°/day) but regularly slows, stations (speed = 0°/day), and briefly moves direct (positive speed, up to +0.0015°/day) for hours to days before resuming retrograde motion. These stations are most pronounced and prolonged near eclipse seasons (roughly every 173 days), when solar perturbations on the lunar orbit are strongest.
The S&P 500 versus the Speed of the True Lunar Node (solid blue line)
and the Speed of the Mean Lunar Node (blue dashed line), 2014 to 2016.
In addition to the phenomenon of eclipses, there is a period of approximately ±2 weeks around the equinoxes, when Earth crosses the ecliptic from south to north (spring) and vice versa (fall). During these intervals, geomagnetic activity tends to be relatively strong, though highly variable and unpredictable, as solar emissions impact both hemispheres in an unbalanced manner.
The S&P 500 versus the Speed of the True Lunar Node (solid blue line), November 2015 to April 2016.
The S&P 500 versus the Speed of the True Lunar Node and Eclipse Crash Windows, October 2014 to December 2015.
The physical wobbling and oscillation of the Moon in its orbit around Earth and the Sun are driven by square aspects and conjunctions in both longitude and declination relative to the Sun and Earth. Around solar and lunar eclipses, the lunar nodes undergo rapid transitions between direct motion (speed above zero), retrograde motion (below zero), and near-standstill phases (at or very close to zero), as indicated by the blue-shaded time frames in the charts above. During these periods, financial markets commonly exhibit sentiment extremes and elevated volatility.
Approximately every 86.5 days, a so-called Moon Wobble occurs when the Sun is conjunct, opposite, or square (0°, 90°, 180°, 270°) to the True Lunar Node. The lunar node begins wobbling about two weeks before the exact event and remains unstable until roughly one week afterward. When coupled with solar or lunar eclipses, the wobble effect can be extended. As the Sun approaches conjunction or opposition to the lunar node, its motion is nearly blocked (as indicated by the bluish shaded areas). These periods are potential crash windows in financial markets.
The S&P 500 versus the Sun conjunct, opposite, and square (0°, 90°, 180°, 270°) to the True Lunar Node, 2011 to 2015.
The Moon's Nodal Wobble refers primarily to the retrograde precession of the lunar orbital nodes—the points where the Moon's orbit intersects the ecliptic plane. This line of nodes completes a full 360° cycle westward (retrograde) relative to the vernal equinox in approximately 18.613 years, at a mean rate of about 19.35° per year or 0.053° per day.
This
"wobble" or instability in nodal speed reflects heightened
perturbations when the Sun's gravitational influence on the Moon's
orbital plane is strongest. The True Node may exhibit rapid fluctuations
in direction and speed (retrograde-stationary-direct), magnifying energetic or disruptive effects in observational contexts. Mean nodes remain steadily retrograde but also decelerate noticeably. The Draconic Month—also known as the nodical or draconic lunar month—has a mean length of 27.212220 days (27 days, 5 hours, 5 minutes, and 35.8 seconds) and is one of the five distinct lunar orbital periods used in astronomy and astrology.
This Precession causes the Moon's maximum declination to vary between roughly ±18.3° (minor lunar standstill) and ±28.6° (major lunar standstill) over the cycle, influencing eclipse patterns, tidal extremes, and the apparent "wobble" in the Moon's orbital orientation as viewed from Earth. A secondary, shorter-term perturbation arises from solar gravitational effects, causing the True (osculating) Node to oscillate around the mean node by up to about ±1.5° with a dominant period of roughly 173 days.
The Moon's Extreme Declinations represent the annual instants of greatest northern (positive) and southern (negative) geocentric declination, which delineate the progression of the 18.613-year lunar standstill cycle. These events reach their peak values (±28.43°) during the major lunar standstill in 2025 and their minimum values (±18.33°) during the minor lunar standstill in 2034.
The Moon's Extreme Declinations and Standstill Cycle, 2025 to 2035.These values reflect the combined effects of the Moon’s orbital inclination (≈5.15°) and the 18.613-year nodal precession relative to the ecliptic. During major standstill years the extremes approach the sum of the obliquity of the ecliptic (≈23.44°) plus the orbital inclination; during minor standstill years they approach the difference. The listed times mark the precise moments of zero declination rate of change (local extrema).
Eclipses occur when the Sun aligns closely with the lunar nodes (conjunction or opposition) near a new or full Moon, aligning the Sun, Earth, and Moon in three dimensions. Around these times—typically twice yearly in eclipse seasons separated by about 173 days—the True Node's geocentric motion slows markedly, often becoming stationary or briefly direct (positive speed) before resuming retrograde motion.
As observed from Earth, the Sun crosses both lunar nodes as it travels along the ecliptic. The interval between successive returns of the Sun to the same node is known as the draconic (or eclipse) year, approximately 346.6201 days. Hence, there are about 12.74 draconic months in one eclipse year, and 13.42 draconic months in one tropical (or solar) year.
Equinoxes
mark when the Sun crosses the celestial equator, aligning its apparent
position with the intersection of the ecliptic and equator. The lunar
nodes' alignment with equinox points modulates the Moon's Extreme Declinations and Standstill Cycles. When a node coincides near an equinox, it accentuates the 18.613-year
nodal cycle's effects on lunar rising/setting azimuths and tidal
variations. The True Node's oscillatory behavior can interact with these
seasonal alignments, though without the pronounced speed reversal seen
at eclipses. See also:
Order Flow Cycle.
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