Friday, April 17, 2026

The US War on Iran: Global Reset and Strategic Outlook | Jiang Xueqin

The latest developments indicate that the US war on Iran has entered a temporary pause, with no major events reported in the days following the Islamabad negotiations. This lull, occurring approximately four to five days after the talks, suggests the ceasefire functions as a strategic reset rather than a permanent resolution. 

» On the home front in the US, Trump has asked for $1.5 trillion
in next year's Pentagon budget, and he will probably get it. «
 
Ceasefire Functions as a Strategic Reset and Preparation for a Prolonged War of Attrition
The US, having been placed on the defensive during the active phase, is using the interval to reposition forces, reassess tactics, and prepare for the next phase of operations. Behind-the-scenes movements include the Indonesian Defense Minister’s visit to Washington, and the signing of an agreement granting US access to Indonesian airspace. This cooperation advances US influence over the Strait of Malacca, the world’s largest maritime chokepoint and the route for roughly 80 percent of China’s oil imports. 

Such control would counter Iranian dominance in the Strait of Hormuz and could disrupt East Asian economies if access were restricted. Further reinforcement comes from the deployment of the aircraft carrier George H.W. Bush, accompanied by approximately 10,000 Marines, raising total US troop strength in the theater to 60,000 and signaling readiness for potential ground operations. Domestically, President Trump has requested a $1.5 trillion Pentagon budget for the coming fiscal year, automatic draft registration for young men begins in December, and major automakers have been directed to initiate war-munitions production. 

These steps indicate preparation for a prolonged war of attrition. Complementing this posture, the announced naval blockade focuses on the Indian Ocean, avoiding direct exposure to Iranian missiles near the Strait of Hormuz while effectively enforcing a global embargo on vessels deemed to support Iran, including Russian 'shadow-fleet tankers' and Chinese shipping. The conflict is thereby expanding into a worldwide naval confrontation centered on energy and trade access.

Three Competing Models for the Future International Order
The unfolding events point toward three distinct and competing models for the future international order: (1The Technate: Focused on North America; (2) Pax Judeica: Focused on the Levant and Israel; and (3) The Third Rome: Alexander Dugin’s model, where Moscow unites the Eurasian continent to combat secular materialism.

The trajectory suggests the end of the current era of relative global stability. A sustained global conflict would compel US re-industrialization to support overseas operations, positioning the US as the central supplier of resources and manufactured goods while other regions confront disruption and scarcity. Trump’s long-standing mercantilist stance—evident since the 1980s in calls to seize Iranian oil assets such as Kharg Island—underpins this shift from a finance-oriented economy to one rooted in resources and production. Observers note that over 127 vessels are now rerouting toward the Gulf of Mexico, consistent with a deliberate strategy to redirect trade flows.

Russia is positioned within the expanding naval confrontation through its shadow-fleet tankers, which fall under the scope of the US global blockade. The broader context of energy-access competition places additional pressure on European and Eurasian supply lines, though specific Russian responses remain tied to the ongoing US commitments in the Iran theater.

The Technate Model
The broader US strategy aligns with the Technate of America concept, a 1930s proposal for transforming the US into a self-sufficient continental fortress governed by technocratic principles. This model envisioned a unified territory incorporating Canada, Mexico, Greenland, Colombia, and Venezuela, managed through data-driven decision-making by engineers and scientists rather than traditional democratic or financial systems. Recent US actions reflect elements of this vision. Venezuela has been positioned as a primary US proxy in South America, with the Trump administration’s National Security Strategy treating the entire Western Hemisphere as US territory—a modern corollary to the Monroe Doctrine. 

This framework prioritizes access to Venezuelan oil and the lithium triangle critical for advanced technologies. Related initiatives include discussions on annexing Greenland, pressure on Canada, potential special-forces operations against Mexican cartels, an embargo on Cuba, and indications of possible military action against Cuba in the coming month. President Trump has consistently advocated monetizing US naval power by imposing tariffs on maritime trade instead of providing unrestricted protection. These policies echo the Technate’s emphasis on resource security, onshoring manufacturing, and continental self-sufficiency. The nations involved in recent US disputes—Canada, Greenland, Nicaragua, Honduras, Cuba, Venezuela, Colombia, and Mexico—correspond precisely to the geographic scope outlined in the original Technate map. Elon Musk has expressed support for aspects of this framework; his grandfather was an early proponent of the movement.

Elite Civil War and Internal Tensions
The current global instability stems from an intensifying internal contest within the US between nationalist and globalist factions. Opposition to Trump’s strategy is anticipated from entrenched globalist elements, including the City of London and Wall Street, which continue to influence the European Union, NATO, and segments of the US deep state. These actors may respond with economic sabotage, engineered recessions, and organized anti-war protests directed at the national draft. 

Historian Peter Turchin’s analysis of elite overproduction provides context: empires decline when excess elites act as societal parasites, and the US now confronts precisely such dynamics. Emerging technology and artificial-intelligence leaders from Silicon Valley are challenging the traditional financial elite amid unprecedented levels of debt and political polarization. Comparable nationalist-globalist divides are evident in China, Russia, and Europe. In Iran, reformists have historically aligned with liberal and external influences, while hardliners remain tied to the Islamic Revolutionary Guard Corps. This domestic clash of political factions underscores the risk of extended internal conflict within the US.

 
See also: 

S&P 500 Strong Breakout Above All-Time High | Al Brooks

The daily chart of the SPY has broken above the all-time high. While this is positive for the bulls, the rally is becoming increasingly climactic, raising the likelihood of near-term profit-taking. Today is forming a climactic bull bar following yesterday's doji bull bar. That doji increases the probability of a pullback to yesterday's high within the next one to three trading days.
 
SPY (daily bars) — Close as of Friday, April 17, 2026: Three pushes and daily closes above the January all-time high.

» There are a lot of varying opinions about how the market moves, such as the Wyckoff method, Elliott Waves, Stacey Burke Trading, Steve Mauro’s BTMM, etc. However, one thing that all of these methods and models have in common is that the market moves in three pushes. After the third push in one direction, price typically moves into consolidation. During the second push, retail traders often assume the trend will continue and rush in. This creates a trap, where liquidity builds through clustered entries and stop-loss orders during the consolidation phase. By the third push, price is often already forming part of a broader peak (or trough) reversal pattern. « 
The bulls are hoping for a close near today’s high, above the prior all-time high, while the bears are aiming for a selloff that leaves a tail above today's bar. Overall, the bulls have managed the rally well; however, it is now reaching a climactic stage, and risk for bulls is elevated. This increases the odds of a pullback over the next several bars and may limit further upside in the coming days as bulls begin taking partial profits.

Three weekly pushes off the March 30-31 major low and reversal.

The Curse of Awareness | Russell Geoffrey Banks

The truest words were from Nietzsche, when he said that any man who knows too much, he can't fit in anywhere. And that's the curse of awareness. Once you start to delve underneath the surface, that's when you realize the whole world is not so simple. And you start to see people for who they really are—and their games they're playing, and that fake confidence, all the ulterior motives. And you realize this whole society is built on lies. And people, they're sheep. And once you see that, you can't unsee that.
 
 » What hath happened unto me? How have I freed myself from loathing? Who hath rejuvenated
mine eye? How have I flown to the height where no rabble any longer sit at the wells?
 «
Thus Spoke Zarathustra.
 
And so you try and try to tell people. But they say to you, 'Oh no, no, you're overreacting, you’re crazy.' So, you stop talking. But you're still observing, you're still watching. But you know you don't belong anymore. And it's not because you think you’re too good for anyone. No, no, no. It's because you've seen too much. You're watching everything, and now you know you can’t go back to how it was anymore. An awareness that isolates you. And it's the price of clarity. Because the crowd says, 'move away.' But then, at least, you know who you are.

Thursday, April 16, 2026

S&P 500 After Rapid 10% Gains: +17% Avg One-Year Return | Alex Krainer

Historical S&P 500 data shows that sharp 10% rallies over a 10-day span tend to exhibit strong follow-through. On average, returns have been approximately +0.6% after one week, +2.5% after one month, and +17% over the following year.

Rapid 10%+ bounces in the S&P 500 (weekly candles), 1980 to 2026.

A review of the weekly S&P 500 chart from 1980 to 2026 highlights multiple instances of these "rapid +10% bounces," marked by green and red arrows. In most cases, these moves were followed by continued upside, though there were notable exceptions—such as the period around 2000.
 
Alex Krainer argues that the current setup differs meaningfully from the 2000  episode. He notes the absence of broadly synchronized overbought conditions among megacap stocks today, and emphasizes that the more significant declines in 2000 occurred only after the index had already fallen below its 40-week moving average.
 
S&P 500 RSI readings above 70 have led to pullbacks in 8 of the last 10 cases over two years, with the other two resulting in flat consolidation. The daily chart (May 2024–April 2026) marks these signals with red arrows for pullbacks and one green arrow, alongside recent price action near 7,000. This suggests an 80% likelihood of a near-term pullback, though prior corrections since the 2025 rally have been relatively mild.
 

Jeffrey Hirsch notes that the S&P 500's 7.57% gain in the first 10 trading days of April 2026 ranks as the second-strongest start to April since 1950.

Gains averaged +10.8% for the rest of the year, with full-year returns positive in 91.7% of cases (+16.2% avg.).

Historically, such powerful early-April momentum has been a bullish signal: in 20 of 24 comparable cases (83.3%), the market delivered further gains over the remainder of the year, with an average advance of +10.8%. Full-year returns were positive in 22 of those 24 instances (91.7%), averaging +16.2%. Hirsch’s data also segments April starts into performance tiers, with 2026 firmly in the top group—where subsequent returns have consistently outpaced those seen in the middle and bottom tiers.

Monday, April 13, 2026

The S&P 500 versus the Speed of the True Lunar Node

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.
Expect potential short-term changes in trend when the True Lunar Nodal Speed (blue solid line in the chart above)

► equals the Mean Lunar Nodal Speed (red horizontal dashed line).
► is at 0 (blue horizontal dashed line). 
► 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. 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.
 
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.

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.

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. 

Sunday, April 12, 2026

Solar System Geometry Forecast (April 10-19, 2026) | Frank Hoogerbeets

A convergence of planetary geometries, including Earth's conjunction with Mars and Neptune, is expected to produce heightened seismic activity from April 12 to 14 (Sun-Tue). The lunar peak on April 15 (Wed) is projected to generate temporal clustering of stronger earthquakes around April 16 (Thu), with potential magnitudes reaching 6–7. 
 
SSGI COMMON graph overview from April 10 to 19, 2026.
 
Subsequent planetary conjunctions from April 16 to 19 (Thu-Sun), notably Earth's alignment with Mars and Saturn, are anticipated to sustain continuous seismic unrest, potentially peaking around April 20 (Mon).

April 9 (Thu) 21:10:17, 2026 — Moon–Earth–Jupiter (0°)
April 10 (Fri) 00:00:00, 2026 — Venus–Saturn–Neptune (0°26'11")
April 11 (Sat) 11:55:30, 2026 — Mercury–Venus–Earth (90°)
 
April 12 (Sun) 09:10:04, 2026 — Venus–Earth–Neptune (135°)
April 12 (Sun) 18:05:55, 2026 — Earth–Moon–Saturn (45°)
April 12 (Sun) 18:07:38, 2026 — Venus–Earth–Saturn (135°)
 
April 13 (Mon) 05:23:27, 2026 — Earth–Mars–Neptune (0°)
April 13 (Mon) 12:15:09, 2026 — Earth–Moon–Jupiter (135°)
 
April 14 (Tue) 01:41:00, 2026 — Earth–Venus–Neptune (45°)
April 14 (Tue) 04:01:06, 2026 — Venus–Mercury–Neptune (90°)
April 14 (Tue) 09:32:32, 2026 — Venus–Mercury–Saturn (90°)
 
April 15 (Wed) 05:22:32, 2026 — Mercury–Venus–Neptune (90°)
April 15 (Wed) 15:16:39, 2026 — Earth–Moon–Mercury (0°)
April 15 (Wed) 18:45:22, 2026 — Earth–Moon–Neptune (0°)
April 15 (Wed) 22:09:21, 2026 — Earth–Moon–Mars (0°)
 
April 16 (Thu) 02:38:17, 2026 — Earth–Moon–Saturn (0°)
April 16 (Thu) 13:09:43, 2026 — Mercury–Mars–Saturn (0°)
 
April 17 (Fri) 01:58:58, 2026 — Earth–Mercury–Neptune (0°)
April 17 (Fri) 11:52:15, 2026 — Earth–Moon–Sun (New Moon) (0°)
April 17 (Fri) 17:15:53, 2026 — Mercury–Venus–Saturn (90°)
April 17 (Fri) 20:54:20, 2026 — Mercury–Venus–Mars (90°)
 
April 18 (Sat) 03:36:52, 2026 — Sun–Earth–Jupiter (90°)
April 18 (Sat) 12:32:49, 2026 — Mercury–Sun–Jupiter (0°)
 
April 19 (Sun) 00:00:00, 2026 — Venus–Saturn–Neptune (0°34'13")
April 19 (Sun) 04:41:57, 2026 — Earth–Moon–Saturn (45°)
April 19 (Sun) 06:44:49, 2026 — Earth–Moon–Venus (0°)
April 19 (Sun) 15:45:12, 2026 — Earth–Moon–Uranus (0°)
April 19 (Sun) 20:18:15, 2026 — Earth–Moon–Jupiter (45°)
April 19 (Sun) 22:37:14, 2026 — Earth–Mars–Saturn (0°)
 
Planetary positions and alignments for the interval April 12–14, 2026.
 
Frank Hoogerbeets' Solar System Geometry Survey (SSGEOS) operates on the hypothesis that specific geometric angles and alignments (0°, 45°, 90°, 135°, 180°) between planets, the Moon, and the Sun exert electromagnetic and gravitational stress on Earth’s tectonic plates to trigger major earthquakes. Its primary purpose is to provide a global earthquake forecasting system by identifying high-risk time windows through the Solar System Geometry Index (SSGI), a proprietary mathematical tool that monitors planetary conjunctions and lunar positions. The methodology treats the solar system as a massive electromagnetic generator where celestial bodies act as magnets and the Sun as an armature, creating harmonic resonances that destabilize Earth's crustal equilibrium.
See also:

Friday, April 10, 2026

DJIA Up in 77.3% of April OpEx Weeks Since 1982 | Jeff Hirsch

April's monthly option expiration is generally bullish across the board, with respectable gains on the last day of the week, the entire week, and the week after. Since 1982, DJIA has advanced 28 times in 44 years on monthly expiration day, with an average gain of 0.20%. 
 
DJIA has risen in 34 of the past 44 April options-expiration weeks (next week), with an average gain of 1.00%. The S&P 500 and NASDAQ also show strong seasonality, averaging weekly gains of 0.77% and 0.76%. Losses in 2022, 2024, and 2025 have tempered the longer-term averages. 
 DJIA Up in 77.3% of April OpEx Weeks since 1982.
 
 
S&P 500 Up in 65.9% of April OpEx Weeks since 1982.

S&P 500 has a similar record, also with 28 advances and an average advance of 0.15% on monthly expiration day. Monthly expiration day was trending solidly bullish after four or five declines from 2014 to 2018, but took hits in the 2022 bear market, 2024, and in 2025 due to Liberation Day tariff uncertainty.

NASDAQ Up in 63.6% of April OpEx Weeks since 1982.
 
Monthly expiration week also has a bullish track record over the past 44 years. Average weekly gains are +1.00% for DJIA, +0.77% for S&P 500, and +0.76% for NASDAQ. The bullish bias of April monthly expiration also persists during the week after, although average gains have not been as strong, with selling pressure rising (from 2018 to 2022). However, strength has returned since 2023. NASDAQ jumped 6.73% in the week after in 2025.
 April seasonality strong: 2nd-best month for DJIA and S&P; 4th for NASDAQ.
 April 2026 started solidly (+0.52% DJIA, +1.98% NASDAQ) despite geopolitical tension, rising energy costs, April 15 tax deadline.
 Historically, early April outperformed—since 1994, strength shifted to second half.
 Post–April 15 stronger (especially NASDAQ, Russell 2000).
See also:

Thursday, April 9, 2026

Bradley Cowan’s Lunar Cycle Projection Methodology Applied to the S&P 500

One of Bradley F. Cowan's methodologies for identifying cycles in financial markets and projecting future turning points employs synodic lunar periods (the time it takes the Moon to align with the Sun relative to the Earth). 

Major low in the S&P 500 (SPY/ES) on Monday, March 30 at 20:20 EDT (Hurst 20-week cycle low),
followed by one synodic lunar cycle projection (red arrow) extending to Wednesday, April 29 09:04. 
 
While the synodic lunar month averages 29.53058886 days (≈ 29 days, 12 hours, 44 minutes, and 2.88 seconds), orbital eccentricity causes individual periods to vary from 29.26 to 29.80 days, a difference of up to 12 hours and 57 minutes. 
 
Synodic Lunar Periods for New York City in 2026 (EST/EDT). 
 
Cowan's technique anchors the start date and time of the synodic lunar cycle to a confirmed major market top or bottom, e.g. to the major low on Monday, March 30, 2026 at 20:20 EDT. Subsequent cycle projections are then generated at exact 360-degree intervals forward from that anchor to April 29 (Wed) 09:04, May 28 (Thu) 21:48, June 27 (Sat) 10:32, July 26 (Sun) 23:16, etc.
 
Anchored to the S&P's major low on Monday, March 30 at 20:20 EDT, the 1st, 2nd, 4th, and 8th harmonics
of one synodic lunar cycle generate the blue summation or composite projection line to April 29 (Wed) 09:04.
 
Anchored to the S&P's major low on Monday, March 30 at 20:20 EDT, the 1st, 2nd, 4th, and 8th harmonics of the
8.4-week cycle (2-lunar month or 59-day cycle) generate the blue composite projection line for April and May.
 
Anchored to the S&P's major low on Monday, March 30 at 20:20 EDT, the 1st, 2nd, 4th, and 8th harmonics of the
 17-week cycle (= Intermediate Term Delta cycle = 4-lunar month or 118-day cycle = one third of the lunar year)
generate the blue composite projection line to July 26 (Sun) 23:16The June 18 high should
be lower than the May 8 high, and the July 26 low should be lower than the March 30 low.
 
Bradley Cowan's synodic lunar cycle projections in stocks.
 
In his books "Four Dimensional Stock Market Structures and Cycles" (1993) and "Pentagonal Time Cycle Theory" (2009), Cowan further elaborates on this "anchored" lunar and planetary cycle projection methodology. However, unlike the highs and lows shown in the blue composite projection lines in the charts above, Cowan's methodology utilizes 45-degree synodic lunar cycle offsets (= 8th harmonic ≈ 3.6913 calendar days or 3 days, 16 hours, 35 minutes, and 28.3 seconds = April 03 (Fri) 12:55, April 07 (Tue) 05:31, April 10 (Fri) 22:06, etc.) to project potential turning points only rather than specific highs and lows, higher highs and higher lows, and lower highs and lower lows. 
 
Sidereal lunar cycle projections.
 
In 2021, a certain Mario of "4X Other Way" presented anchored projections of future turning points using the 27.321661-day sidereal lunar period (≈ 27 days, 7 hours, 43 minutes, and 11.5 seconds; the time it takes the Moon to orbit the Earth relative to the distant 'fixed' stellar background; to fixed stars such as Aldebaran, Altair, Deneb, Rigel, or Sirius). Now, should the lunar cycle be synodic or sidereal? Both cannot be simultaneously correct or exact—at best, only one of them works.
 
» Usually there will be an eclipse near the same degree of the zodiac once every 19 years [...] In this cycle the Sun makes a complete circuit of the sky and reaches the same Node at the same place on the ecliptic. This length of time is 6,585.32 solar days, which is 48 years and 11.33 days. The shortest time required for the Sun to travel from and return to the same node is 346.6 solar days, an interval known as an Eclipse Year. [...]  Nineteen of the eclipse years contain 6,585.4 days, which is precisely 223 synodic months. This is when the Nodes themselves become important in the predictions on the stock market. «

Tom McClellan observes that the 2026 price structure closely mirrors 2025, with the tightest alignment achieved by shifting the data 343 days to synchronize even minor fluctuations. This offset approximates the above mentioned Eclipse Year (346.62 days)—the interval required for the Sun to return to the same lunar node (the intersection of the Moon's orbit with the ecliptic). Because this draconic cycle is shorter than the solar year, it governs eclipse seasons, which recur about every 173 days and drift earlier each calendar year. The cycle is driven by the westward precession of the Moon’s orbital nodes, completing a full rotation roughly every 18.6 years and thereby defining the 346.62-day periodicity. However, intermediate- and longer-term analogs are generally unstable and break down at some point. If Tom McClellan’s "Stock Market Matching the Year Ago" analog continues to hold, it implies a sustained bullish trend into the summer of 2026. This conflicts not only with intermediate-term cycles but with typical seasonal weakness from May to October—especially in a presidential cycle’s second year. 
See also: