Astro Timing Lab · ZeroSum Research

Research only · not a trading signal
Open research·No execution paths·Forward-logged & graded
The Astro Timing Lab · Vol. I
Old market myth,
rebuilt as a forward-logged
evidence artifact.Planetary harmonics, Bradley-style aspect density, McWhirter node backdrop, and Gann calendar pressure — all logged forward, hashed, and graded against US index proxies. We are not asking you to believe it. The evidence ledger decides.
Evidence ledger
Untested
Sample
0
Failures
0
Last graded
none
Models
9
No forward-graded sample set is attached to this research pack yet.
Ephem · astronomy engine vsop87·cfg 1a5f1b39·proj 2ae28fc6
Index root
Historical replay
Frame
Projection variant
Model previewPair
Harmonic
wheel only · not a recompute
Forward calendar
2026-07-13 → 2026-07-18
Horizons reflect forward-pack output. Inversion logged before outcomes.
Projection path over price · primary view
SPX planetary timing research pack
SPX · SPX (no proxy resolved) · path anchored at last close, scaled by recent ATR. Visual scenario, not a price target.
Normal path— timing pressure readInverted path— mirror, the falsifierhitmisspending
VISUAL ATR SCALEephemeris · astronomy-engine VSOP87price · loading
loading price …
How to read this
Real candles run up to the vertical “generated here” line. Past bars are cyan/grey; bars after the line are realised price (green up, red down). The shaded right region is the projection horizon. The normal path is the timing-pressure read — anchored at last close and scaled by recent ATR. The inverted path is the mirror, kept on the chart as the explicit falsifier. Vertical markers are timing windows; the dot at the bottom of each window grades the outcome (green hit, red miss, amber pending). A hit means realised range expansion, a local turn, or a close-location shift inside the window. A miss is normal range and ordinary close behaviour.
Current market read · forward-logged hypothesis
OPEX repair, then upside expansion watch.
A directional read with an explicit falsifier — what would prove this hypothesis wrong. Treat it as a forward-logged read to grade, not an executable call.
EXPANSION WATCH
Dominant window
Tue Jul 14 / 06:00 UTC - high composite timing pressure pressure
Behaviour to watch
This window is being tested for wider range, volatility expansion, trend failure, or a shift away from ordinary session behaviour.
Directional hypothesis
Directional read: normal-path windows lean toward upside repair/expansion, with inverted downside resolution logged as the falsifier.
Why it matters
The strongest cluster is the cleanest forward-logged place to test whether this old cycle language maps to abnormal market behaviour.
What counts as a hit
A hit requires realised range expansion, a local turn, pin/unpin behaviour, trend continuation, or close-location shift inside the grading tolerance.
What counts as a miss
The window fails if price ignores it: normal range, no local turn, no volatility shift, and ordinary close-location behaviour.
Evidence tier: untestedThe ledger grades expansion, reversal, pin/compression, trend continuation, or no event after the window closes.
Primary timing windows
Market behaviour hypotheses · forward logged
top 6
01
Tue, Jul 1406:00 UTCEXPANSION WATCH
this week·composite timing pressure
Interpretation: This window is being tested for wider range, volatility expansion, trend failure, or a shift away from ordinary session behaviour.
Directional read: Directional hypothesis: normal projection leans toward upside expansion/repair; the inverted variant is kept as the explicit downside falsifier.
Grading criteria: After the window closes, the ledger grades realised range versus baseline, close location, local high/low proximity, return into/out of the window, and volatility expansion.
HIGH
z 1.96 · s 4.69
02
Tue, Jul 1406:00 UTCEXPANSION WATCH
this week·composite timing pressure·inverted
Interpretation: This window is being tested for wider range, volatility expansion, trend failure, or a shift away from ordinary session behaviour.
Directional read: Directional hypothesis: normal projection leans toward downside pressure; the inverted variant is kept as the explicit upside falsifier.
Grading criteria: After the window closes, the ledger grades realised range versus baseline, close location, local high/low proximity, return into/out of the window, and volatility expansion.
HIGH
z -1.96 · s 4.69
03
Tue, Jul 1412:00 UTCTREND-CONTINUATION TEST
this week·gann calendar pressure
Interpretation: Calendar rhythm is being tested for whether the prior move accelerates, exhausts, or gets ignored around the date.
Directional read: Directional hypothesis: prior-cycle rhythm favours continuation or upside repair first; failure is a clean downside resolution through the window.
Grading criteria: After the window closes, the ledger grades realised range versus baseline, close location, local high/low proximity, return into/out of the window, and volatility expansion.
HIGH
z 1.12 · s 4.04
04
Tue, Jul 1400:00 UTCTREND-CONTINUATION TEST
this week·gann calendar pressure
Interpretation: Calendar rhythm is being tested for whether the prior move accelerates, exhausts, or gets ignored around the date.
Directional read: Directional hypothesis: prior-cycle rhythm favours continuation or upside repair first; failure is a clean downside resolution through the window.
Grading criteria: After the window closes, the ledger grades realised range versus baseline, close location, local high/low proximity, return into/out of the window, and volatility expansion.
HIGH
z 1.12 · s 3.91
05
Tue, Jul 1418:00 UTCEXPANSION WATCH
this week·composite timing pressure
Interpretation: This window is being tested for wider range, volatility expansion, trend failure, or a shift away from ordinary session behaviour.
Directional read: Directional hypothesis: normal projection leans toward upside expansion/repair; the inverted variant is kept as the explicit downside falsifier.
Grading criteria: After the window closes, the ledger grades realised range versus baseline, close location, local high/low proximity, return into/out of the window, and volatility expansion.
HIGH
z 1.62 · s 3.76
06
Tue, Jul 1418:00 UTCEXPANSION WATCH
this week·composite timing pressure·inverted
Interpretation: This window is being tested for wider range, volatility expansion, trend failure, or a shift away from ordinary session behaviour.
Directional read: Directional hypothesis: normal projection leans toward downside pressure; the inverted variant is kept as the explicit upside falsifier.
Grading criteria: After the window closes, the ledger grades realised range versus baseline, close location, local high/low proximity, return into/out of the window, and volatility expansion.
HIGH
z -1.62 · s 3.76
pressure score ranks windows · interpretation names behaviour to watch · ledger grades after close
Orbital aspect map
Geocentric longitudes · market-behaviour context
snapshot · 2026-07-16astronomy engine vsop8711 bodies · 18 chords · 4 ℞
The wheel answers where the bodies are and which configured aspects are dense. The market question is narrower: do these dense spots line up with expansion, reversal, pin/unpin, close-location shift, or ordinary/no-event behaviour? Directional read: normal-path windows lean toward upside repair/expansion, with inverted downside resolution logged as the falsifier.
♈Ari♉Tau♊Gem♋Can♌Leo♍Vir♎Lib♏Sco♐Sag♑Cap♒Aqu♓Pis☉114°☽146°☿108°℞♀158°♂73°♃124°♄15°♅64°♆4°℞♇305°℞☊332°℞root
SPX
via SPY
untested2ae28fc676e0
Reading key
Chord density = event clustering.
Luminaries = faster timing context.
Retrograde = station context only.
Mars / Mercury / Moon conjunction cluster: watch whether behaviour changes near the listed timing windows.
Reading key: Mars / Mercury / Moon conjunction cluster: watch whether behaviour changes near the listed timing windows. Chord density means event clustering, not direction.
Wheel is a position snapshot · chord = aspect-density cluster · ledger grades behaviour later
Aspect-density clusters
Event density · directional context + behaviour window
6 clusters
Aspect density measures how many configured planetary events cluster together. Dense clusters are tested as windows where markets may become less ordinary: wider range, trend failure, local inflection, pin/unpin, or volatility shift. Directional read: normal-path windows lean toward upside repair/expansion, with inverted downside resolution logged as the falsifier.
UTC peakHorizonBodiesAspectsCountMarket readStrength
Jul 14
06:00 UTC 
this weekMarsMercuryMoonSun
CONJSEMI
58Moon-heavy clusters are treated as faster intraday timing/context hypotheses.
0.99
Jul 18
06:00 UTC OPEX
this weekMarsMercuryMoonSun+1
QUINSEMISEXT
42Moon-heavy clusters are treated as faster intraday timing/context hypotheses.
0.97
Jul 17
18:00 UTC OPEX
this weekMarsMercuryMoonNode+2
CONJOPPOSEMI
36Moon-heavy clusters are treated as faster intraday timing/context hypotheses.
0.99
Jul 16
06:00 UTC OPEX
this weekMarsMercuryMoonSun
SEMISEMI
30Moon-heavy clusters are treated as faster intraday timing/context hypotheses.
0.97
Jul 15
00:00 UTC 
this weekMarsMercurySun
CONJSEMI
28Mars/Mercury involvement is traditionally associated with sharper tempo; here that is tested as range or volatility behaviour.
0.31
Jul 13
00:00 UTC 
this weekMercuryMoonNodeSun
CONJTRIN
22Moon-heavy clusters are treated as faster intraday timing/context hypotheses.
1.00
cluster = co-located aspect events · windows logged forward · no execution claim
Moon phase events
Lunar synodic · fast timing context
Moon phases are the fast-timing layer: they mark where intraday tempo, reversal attempt, or gap-fill repair may bunch up around the larger cycle map. Directional read: normal-path windows lean toward upside repair/expansion, with inverted downside resolution logged as the falsifier.
NEW_MOON
Mon, Jul 13 · 18:00 UTC 
φ 350.7°
NEW_MOON
Tue, Jul 14 · 00:00 UTC 
φ 354.3°
NEW_MOON
Wed, Jul 15 · 00:00 UTC 
φ 8.3°
Normalized timing-pressure line
Pressure z-score · not a price target
 normal inverted··6 runs
Rising line: rising timing-pressure wave, not a price forecast.
Peaks/troughs: candidate inflection timestamps to test for local turns, range expansion, or acceleration/deceleration.
Normal/inverted: both are logged until the outcome ledger decides whether inversion has value.
Directional read: Directional read: normal-path windows lean toward upside repair/expansion, with inverted downside resolution logged as the falsifier.
-2σ-1σ+0σ+1σ+2σJul 13Jul 14Jul 15Jul 16Jul 17Jul 18Pressure peakInversion checkInversion checkInversion check
Height is normalized pressure · not price magnitude · normal+inverted logged forward
Top narrative bullets
Key insights · ranked by pressure score
01SPX research pack logs 8 timing-pressure windows with evidence tier UNTESTED.
02Strongest heuristic window centers on 2026-07-14 06:00 UTC from COMPOSITE_TIMING_PRESSURE.
03Largest aspect cluster spans 2026-07-14 with 58 detected aspect markers.
04Nearest Gann calendar cluster is retained as hypothesis context from static research seeds.
05Normal and inverted variants are logged together before outcome review.
06Research-only timing map; no directional, executable, or capital-allocation instruction.
Social card preview
Shareable · evidence-honest
1024 × 576
Research only · not a trading signal2026-07-16
SPX Astro Timing LabOPEX
OPEX repair, then upside expansion watch.SPX via SPY · untested · forward logged
Dominant window: Tue Jul 14 / 06:00 UTC - high composite timing pressure pressure
Behaviour test: This window is being tested for wider range, volatility expansion, trend failure, or a shift away from ordinary session behaviour.
Jul 14 06:00
expansion watch
z 1.96 
Jul 14 06:00
expansion watch
z -1.96 
Jul 14 12:00
trend-continuation test
z 1.12 
untested·forward-logged before outcome·cfg 1a5f1b39·proj 2ae28fc6·SPX/SPY
Auto-posting disabled · manual sharing only · footer disclaimer non-negotiableopen og 1200×630 →
Provenance
The ledger decides. Not the wheel.
Market outcomes (not astrology) grade the timing predictions.
Evidence tier
untested
Sample count
0
Failures logged
0
Last graded
none
Ephemeris
astronomy engine vsop87
Ephem ver
astronomy-engine-2
Config hash
1a5f1b39f3856c
Projection hash
2ae28fc676e070
Model families in pack
bradley aspect densitybradley siderograph classiccomposite timing pressuregann calendar pressuremcwhirter node backdropmoon sun harmonicstation retrograde calendarthread cycle confluencethread overtone harmonic
Note · RESEARCH ONLY - NOT A TRADING SIGNAL
Station alerts
Retrograde scoring
Tracks planet retrograde periods. Anomalies surface here as alerts.
available
ASTRONOMY_ENGINE_VSOP87
Apparent longitude speed and retrograde detection are computed from astronomy-engine VSOP87 (~arcminute typical). Suitable for research-grade station context; not sub-arcsecond. Evidence-tier upgrade depends on walk-forward grading, not on a higher-precision ephemeris.
Outcome ledger
Graded outcome overlay
no sample
No graded outcomes yet. Forward runs are logged before outcomes exist, then scored later for what actually happened: expansion, reversal, pin/compression, trend continuation, directional hit/failure, no event, or insufficient data.
Graded by system after each window closes · outcomes appear 24–48h after window close in live mode.
Directional hypothesis to grade: Directional read: normal-path windows lean toward upside repair/expansion, with inverted downside resolution logged as the falsifier.
realised range vs baselineclose locationnearest local high/lowvolatility expansionreturn into/out of windowpin or compression behaviour
Failures will appear as prominently as hits once grading begins.
Outcome overlays do not mutate projection points or hashes. Forward runs are immutable.
Research detail · Gann thesis, calendar, harmonics, analogues, advanced layers▾Gann Desk Thesis
this week · 2026-07-13 → 2026-07-18 · SPX
Cluster dense regimescore 9.49
“A cluster-dense horizon. The wheel is loud; the ledger has no opinion yet.
Evidence tier untested · 0 graded samples · the ledger has not spoken. A loud wheel does not justify one either.
Watch Tue Jul 14 · 06:00 UTC · high pressure · z 1.96.
Densest aspect cluster: Mars–Mercury–Moon conjunction on Tue Jul 14 (count 58, strength 0.99).
Lunar phase event: new moon on Mon Jul 13 — timing context only.
Nearest Gann calendar pressure: 72-day cycle converges near Tue Jul 14 (score 15.32).
Cluster-dense horizons are exactly when this module is most likely to be wrong loudly. Forward-log it; do not act on it.
Timing windows
The strongest timing-pressure window peaks Tue Jul 14 · 06:00 UTC (high · z 1.96). Total above-LOW windows in pack: 8. Cluster-grade: 0.
Aspects
Densest aspect cluster: Mars–Mercury–Moon conjunction on Tue Jul 14 (count 58, strength 0.99). Total clusters: 6. Aspect-density is event-density only — not directional pressure.
Moon
Lunar phase event: new moon on Mon Jul 13 — timing context only. Lunar phases are timing context; they are not expected price magnitude.
Gann day-count
Nearest Gann calendar pressure: 72-day cycle converges near Tue Jul 14 (score 15.32). Gann clusters are day-count anniversaries from a pivot ledger; they are research math, not validated edge.
Harmonic turns
Highest harmonic turn candidate: Tue Jul 14 · 06:00 UTC (turn-score 1.00, model bradley aspect density). Harmonic turns are projection-curve inflection candidates, not validated turn predictions.
Projection line
Projection z-score range: -2.45 to 2.45 across 350 grid points · 1 horizon. Both NORMAL and INVERTED variants are plotted together; neither is selected after the outcome.
Ephemeris: astronomy-engine VSOP87 · arcminute typical · evidence-tier upgrade depends on walk-forward grading, not ephemeris precision.cfg 1a5f1b39 · proj 2ae28fc6 · evidence untested
Next-90d timing spine
OPEX repair, then upside expansion watch.
A single calendar rail for the next 90 days: timing windows, aspect clusters, moon phases, Gann clusters, and OPEX overlap. Click a pip to jump to its horizon.
OPEX in view27 pips
This horizon overlaps monthly OPEX. The lab watches for pin/unpin, compression release, and post-OPEX expansion behaviour before it argues direction.
2026-07-13
2026-07-18
timingaspectmoongannopex
Harmonic turn candidates
Turn-score peaks · possible directional inflection windows
Harmonic turns are candidate inflection timestamps in the projection wave. They are tested as timing markers for local highs/lows, volatility turns, or trend acceleration/deceleration. Directional read: normal-path windows lean toward upside repair/expansion, with inverted downside resolution logged as the falsifier.
Jul 1406:00 UTC
this week·bradley aspect density
Possible projection-wave inflection window. Not a top/bottom call. Grade: nearest local extremum, volatility turn, or trend acceleration/deceleration within tolerance.
1.00
z 2.45
Jul 1318:00 UTC
this week·thread cycle confluence
Possible calendar-cycle inflection window. Not a top/bottom call. Grade: nearest local extremum, range expansion, or close-location shift within tolerance.
1.00
z 2.22
Jul 1412:00 UTC
this week·bradley siderograph classic
Possible projection-wave inflection window. Not a top/bottom call. Grade: nearest local extremum, volatility turn, or trend acceleration/deceleration within tolerance.
1.00
z 2.18
Jul 1812:00 UTCOPEX
this week·bradley aspect density
Possible projection-wave inflection window. Not a top/bottom call. Grade: nearest local extremum, volatility turn, or trend acceleration/deceleration within tolerance.
1.00
z -2.06
Jul 1800:00 UTCOPEX
this week·bradley aspect density
Possible projection-wave inflection window. Not a top/bottom call. Grade: nearest local extremum, volatility turn, or trend acceleration/deceleration within tolerance.
1.00
z -1.61
Jul 1718:00 UTCOPEX
this week·bradley aspect density
Possible projection-wave inflection window. Not a top/bottom call. Grade: nearest local extremum, volatility turn, or trend acceleration/deceleration within tolerance.
1.00
z 0.71
Jul 1400:00 UTC
this week·bradley siderograph classic
Possible projection-wave inflection window. Not a top/bottom call. Grade: nearest local extremum, volatility turn, or trend acceleration/deceleration within tolerance.
0.71
z 0.95
Jul 1606:00 UTCOPEX
this week·bradley aspect density
Possible projection-wave inflection window. Not a top/bottom call. Grade: nearest local extremum, volatility turn, or trend acceleration/deceleration within tolerance.
0.55
z 0.83
Gann calendar clusters
Day-count anniversaries · rhythm test + directional hypothesis
3 grouped
Gann calendar clusters are anniversary/day-count convergences from frozen swing seeds. The hypothesis is that markets sometimes revisit rhythm around these dates. We test them for range expansion, reversal, pin/unpin, or close-location shift. Directional read: normal-path windows lean toward upside repair/expansion, with inverted downside resolution logged as the falsifier.
Tue Jul 14 
this week
72-day cycle15.32
4 marks1 seed hit
Gann calendar clusters are anniversary/day-count convergences from frozen pivot seeds. The lab tests them for expansion, reversal, close-location shift, or pin/unpin behaviour.
Directional use: if this cluster sits early in the horizon, treat it as downside/repair setup pressure; if it sits late near OPEX, treat it as the expansion/reversal test.
source swings2020-03-23 · COVID crash low
Mon Jul 13 
this week
7-day cycle14.99
4 marks1 seed hit
Gann calendar clusters are anniversary/day-count convergences from frozen pivot seeds. The lab tests them for expansion, reversal, close-location shift, or pin/unpin behaviour.
Directional use: if this cluster sits early in the horizon, treat it as downside/repair setup pressure; if it sits late near OPEX, treat it as the expansion/reversal test.
source swings2020-03-23 · COVID crash low
Wed Jul 15 
this week
72-day cycle14.95
4 marks1 seed hit
Gann calendar clusters are anniversary/day-count convergences from frozen pivot seeds. The lab tests them for expansion, reversal, close-location shift, or pin/unpin behaviour.
Directional use: if this cluster sits early in the horizon, treat it as downside/repair setup pressure; if it sits late near OPEX, treat it as the expansion/reversal test.
source swings2020-03-23 · COVID crash low
Grouped by date/cycle/model · source swings visible · directional read is falsified if the opposite normal/inverted resolution wins
syzygy near node
Eclipse calendar
No eclipse-season candidates inside this horizon.
sign boundary turns
Ingress markers
No planetary ingress markers found in this horizon.
cycle references
Q spectrum watchlist
Stable cycles are cycles that survived being broken in half; this first pass only shows reference-period power.
classic aspect weights
Bradley classic siderograph
Bradley points are loading.
Classic weighted-aspect curve. Useful as a visual overlay candidate, not evidence until walk-forward graded.
parallel candidates
Declination / node markers
No close parallel candidates in this horizon.
education only
Square-of-Nine visual
12345678NO LEVELS
This is a timing-wheel educational graphic, not a price-level engine. It maps window rank to angular spacing so clusters are easier to see.
SPX / NDX / RUT
Cross-instrument coherence
SPX OPEX repair, then upside expansion watch.
OPEX
Tue Jul 14 · EXPANSION WATCH · Directional hypothesis: normal projection leans toward upside expansion/repair; the inverted variant is kept as the explicit downside falsifier.
Price / projection overlay
Price above, timing pressure below. Never the same y-axis.
This is the chart-overlay view: actual proxy bars, the normal timing-pressure curve, and vertical drop-lines from every primary window. It tests lead/lag visually without pretending pressure height is price magnitude.
loading
PRICE PANETIMING PRESSURE PANEEXPANSIONEXPANSIONTREND-CONTINUATIONTREND-CONTINUATIONEXPANSIONEXPANSIONTREND-CONTINUATIONTREND-CONTINUATIONNo real SessionBar price bars were found for this root/proxy window. The projection pane still renders, but the price pane is intentionally blank rather than synthetic.
Historical analogues
Structural similarity · not a prediction
cosine · 104 wk
Interpretation: these are old weeks with similar cycle/aspect structure. Direction is only useful after outcomes are attached; until then, use this panel to ask whether similar structures historically produced expansion, reversal, repair, or no-event behaviour.
loading analogues…
analogue lookups · outcome labels appear only after backfill grader has run
Old market myth, logged forward and graded against real price.
cfg 1a5f1b39f3·proj 2ae28fc676·2026-07-16 17:36Z

UTC peak	Horizon	Bodies	Aspects	Count	Market read	Strength
Jul 14 06:00 UTC	this week	MarsMercuryMoonSun	CONJSEMI	58	Moon-heavy clusters are treated as faster intraday timing/context hypotheses.	0.99
Jul 18 06:00 UTC OPEX	this week	MarsMercuryMoonSun+1	QUINSEMISEXT	42	Moon-heavy clusters are treated as faster intraday timing/context hypotheses.	0.97
Jul 17 18:00 UTC OPEX	this week	MarsMercuryMoonNode+2	CONJOPPOSEMI	36	Moon-heavy clusters are treated as faster intraday timing/context hypotheses.	0.99
Jul 16 06:00 UTC OPEX	this week	MarsMercuryMoonSun	SEMISEMI	30	Moon-heavy clusters are treated as faster intraday timing/context hypotheses.	0.97
Jul 15 00:00 UTC	this week	MarsMercurySun	CONJSEMI	28	Mars/Mercury involvement is traditionally associated with sharper tempo; here that is tested as range or volatility behaviour.	0.31
Jul 13 00:00 UTC	this week	MercuryMoonNodeSun	CONJTRIN	22	Moon-heavy clusters are treated as faster intraday timing/context hypotheses.	1.00

UTC peak	Horizon	Bodies	Aspects	Count	Market read	Strength
Jul 14 06:00 UTC	this week	MarsMercuryMoonSun	CONJSEMI	58	Moon-heavy clusters are treated as faster intraday timing/context hypotheses.	0.99
Jul 18 06:00 UTC OPEX	this week	MarsMercuryMoonSun+1	QUINSEMISEXT	42	Moon-heavy clusters are treated as faster intraday timing/context hypotheses.	0.97
Jul 17 18:00 UTC OPEX	this week	MarsMercuryMoonNode+2	CONJOPPOSEMI	36	Moon-heavy clusters are treated as faster intraday timing/context hypotheses.	0.99
Jul 16 06:00 UTC OPEX	this week	MarsMercuryMoonSun	SEMISEMI	30	Moon-heavy clusters are treated as faster intraday timing/context hypotheses.	0.97
Jul 15 00:00 UTC	this week	MarsMercurySun	CONJSEMI	28	Mars/Mercury involvement is traditionally associated with sharper tempo; here that is tested as range or volatility behaviour.	0.31
Jul 13 00:00 UTC	this week	MercuryMoonNodeSun	CONJTRIN	22	Moon-heavy clusters are treated as faster intraday timing/context hypotheses.	1.00

UTC peak

Horizon

Bodies

Aspects

Count

Market read

Strength

Jul 14

06:00 UTC

this week

MarsMercuryMoonSun

CONJSEMI

Moon-heavy clusters are treated as faster intraday timing/context hypotheses.

0.99

Jul 18

06:00 UTC OPEX

this week

MarsMercuryMoonSun+1

QUINSEMISEXT

Moon-heavy clusters are treated as faster intraday timing/context hypotheses.

0.97

Jul 17

18:00 UTC OPEX

this week

MarsMercuryMoonNode+2

CONJOPPOSEMI

Moon-heavy clusters are treated as faster intraday timing/context hypotheses.

0.99

Jul 16

06:00 UTC OPEX

this week

MarsMercuryMoonSun

SEMISEMI

Moon-heavy clusters are treated as faster intraday timing/context hypotheses.

0.97

Jul 15

00:00 UTC

this week

MarsMercurySun

CONJSEMI

Mars/Mercury involvement is traditionally associated with sharper tempo; here that is tested as range or volatility behaviour.

0.31

Jul 13

00:00 UTC

this week

MercuryMoonNodeSun

CONJTRIN

Moon-heavy clusters are treated as faster intraday timing/context hypotheses.

1.00

Gann Desk Thesis

this week · 2026-07-13 → 2026-07-18 · SPX

Cluster dense regimescore 9.49

A cluster-dense horizon. The wheel is loud; the ledger has no opinion yet.

Evidence tier untested · 0 graded samples · the ledger has not spoken. A loud wheel does not justify one either.

Watch Tue Jul 14 · 06:00 UTC · high pressure · z 1.96.

Densest aspect cluster: Mars–Mercury–Moon conjunction on Tue Jul 14 (count 58, strength 0.99).

Lunar phase event: new moon on Mon Jul 13 — timing context only.

Nearest Gann calendar pressure: 72-day cycle converges near Tue Jul 14 (score 15.32).

Cluster-dense horizons are exactly when this module is most likely to be wrong loudly. Forward-log it; do not act on it.

Timing windows

The strongest timing-pressure window peaks Tue Jul 14 · 06:00 UTC (high · z 1.96). Total above-LOW windows in pack: 8. Cluster-grade: 0.

Aspects

Densest aspect cluster: Mars–Mercury–Moon conjunction on Tue Jul 14 (count 58, strength 0.99). Total clusters: 6. Aspect-density is event-density only — not directional pressure.

Moon

Lunar phase event: new moon on Mon Jul 13 — timing context only. Lunar phases are timing context; they are not expected price magnitude.

Gann day-count

Nearest Gann calendar pressure: 72-day cycle converges near Tue Jul 14 (score 15.32). Gann clusters are day-count anniversaries from a pivot ledger; they are research math, not validated edge.

Harmonic turns

Highest harmonic turn candidate: Tue Jul 14 · 06:00 UTC (turn-score 1.00, model bradley aspect density). Harmonic turns are projection-curve inflection candidates, not validated turn predictions.

Projection line

Projection z-score range: -2.45 to 2.45 across 350 grid points · 1 horizon. Both NORMAL and INVERTED variants are plotted together; neither is selected after the outcome.

Ephemeris: astronomy-engine VSOP87 · arcminute typical · evidence-tier upgrade depends on walk-forward grading, not ephemeris precision.cfg 1a5f1b39 · proj 2ae28fc6 · evidence untested