Anomaly - Advanced Course - Lesson 3 - Invalidations

Main ideas / concepts

• The lesson focuses on “invalidations” in a price-action trading framework called the Anomaly course.
• Key concepts repeatedly used:
  • Candle range EQ (Equilibrium): the midpoint/“equilibrium” area of a prior candle’s range that acts as a reference for invalidation and refinement.
  • Refined key levels: specific levels inside/derived from candle structures (swing highs/lows and gaps) that define where price must react to keep a trade thesis valid.
  • C2 / C3 / CSD candle events
    • C2: appears to be the candle that confirms engagement/response at the current key level (used to refine the level again).
    • C3: the next confirming expansion candle that respects the relevant EQ after moving away.
    • CSD / “CSD Boom”: a term used when a particular swing/structure prints; the low of the CSD becomes the invalidation.
  • SMT / SMT divergence / SMT fill
    • A correlated-market confirmation idea (e.g., ES vs the main asset).
    • SMT fill means one asset tags a gap/level while another does not (or vice versa), and that divergence is used as confirmation for valid “key level” behavior.

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Methodology / instruction sequence (detailed)

A) Intra-candle reversal (how invalidation works)

Definition

• An intra-candle reversal happens when the refined key level is created within the same candle (instead of being taken from the previous candle’s range).
• The reversal key level:
  • Must be a swing high/low created inside the current candle.
  • It is relevant when it forms in the upper half of the previous candle’s range.

Invalidation rule

• If price does not respect the refined key level (i.e., it fails to react in the expected way), then the entire trade idea is invalidated.

Practical chart logic described

• Identify the relevant prior candle EQ/range conceptually.
• Because there is no usable key level inside the previous candle’s range, you create it within the current candle:
  • Wait for open low → form swing low (relevant) in upper half of the previous candle’s range.
  • When that swing is manipulated, it forms the protected/refined key level.
• If price tags/manipulates incorrectly or trades through without the expected reaction, invalidate.

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B) “Refinement sequence” for repeating level updates (intra-candle reversal)

The lesson describes a step-by-step refinement process where the invalidation level becomes progressively updated (“move the goal post”):

1. Mark EQ of the previous candle’s range
   • This EQ is the first invalidation.
2. Find a refined key level inside the previous candle’s range
   • Example given: a relevant low.
3. Engagement + C2 confirmation
   • When price engages that refined key level and prints a C2 candle:
     • Refine again by marking EQ of the C2 candle.
4. Wait for expansion away
   • After price expands away from that C2, wait for a new key level to print.
5. Update refined key level again
   • Once the new key level prints and price engages it forming another C2 candle:
     • Mark EQ of that C2 → becomes the new refined key level.

Expectation

• For a “true” reverse/continuation setup, price should expand away from these key levels.
• Confirmation language used:
  • If it truly continues, it should respect EQ and “expand” with later candles (described as moving from C2 to C3).

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C) 4-hour aligned with lower timeframes (entry selection logic)

The process is described as timeframe alignment:

• Use 4-hour structure, but confirm using 1-hour / 30-minute.

Key questions/steps when engaging a level:

1. Ask: Does the current 4-hour candle support expansion?
2. The key level should form the low/high of the 4-hour candle, confirming the swing formation.
3. On closure/expansion:
   • Re-check within the EQ of the previous 4-hour candle
   • Look for a refined key level in the upper half
   • Gaps in the 4-hour “upper half” are emphasized.
4. Once price engages the gap and prints a C2, that becomes the new refined key level for the rest of the 4-hour candle behavior.

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D) “Invalidation refinement sequence” (continuation/invalidation updates across timeframes)

This section describes a structured way to update invalidation after each key event:

1. Require candle closure (Candle closure first)
   • After a candle closes, mark EQ of its range:
     • EQ = first invalidation.
2. Go to a higher timeframe (4-hour) to find key levels (gaps)
   • Look specifically for gaps in the upper half of the bullish expansion candle.
   • If one asset does not tag it but ES does, that SMT divergence is treated as confirmation.
   • The “gap” then replaces EQ as the current invalidation / refined reference.
3. Upon engaging the gap, drop to a lower timeframe to find the next swing
   • After price engages the key level:
     • Wait for a swing point on hourly or 30-minute.
   • After that swing point is created:
     • The refined level shifts:
       • The gap is no longer the refined key level
       • Instead, it becomes EQ of the C2 candle.
4. Check for another key level within upper half of the next relevant range
   • Drop further to 5-minute / 3-minute / 15-minute / 30-minute (the instructor says it “doesn’t matter” much which lower timeframe is used for this step).
   • Key principle: lower timeframe swing selection for the next structure update.
5. CSD-based invalidation
   • When CSD occurs:
     • Invalidation level = low of the CSD.
   • Entering is discussed as being based on this level (close price / entry method specifics are less emphasized than the invalidation rule).
6. Move the goal post repeatedly
   • As price expands away:
     • New invalidation levels are created by waiting for the next key level to form on the appropriate timeframe (30-minute/hourly/15-minute).
     • Each new structure becomes the updated invalidation.
7. Use higher timeframe over lower timeframe for “always”
   • The lesson explicitly states:
     • Always use the higher timeframe to define refined key level(s), then use lower timeframes for confirmation/execution.
8. SMT confirmation for gap behavior
   • The lesson repeats:
     • If one asset tags the gap and the other does not, that divergence supports the validity of the level.
   • Example logic:
     • Gap not tagged by one instrument but tagged by ES → treated as a useful SMT divergence case.

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E) Intra-candle continuation (continuation validation rules)

Definition

• In intra-candle continuation, price is already in an expansion candle.
• The candle:
  • Opens low
  • Puts in its low
  • Expands away
  • The expansion away creates a key level (often a gap)

Continuation condition / invalidation

• The key level must hold for continuation to remain valid.
• If price respects the gap/key level, you assume the candle can continue expanding.
• If it breaks/doesn’t respect it, continuation thesis is invalid.

Swing-high/low version

• Same idea but with swing highs/lows instead of gaps:
  • Price opens low → prints low → expands away → consolidates.
  • Continuation requires manipulating/confirming the low.
  • After that low is manipulated appropriately, the candle is assumed ready to continue.

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F) Example logic: continuation validation using swing highs/lows

• The lesson uses a reversal-to-expansion and fair value gap concept:
  • On a lower timeframe (example: 15-minute), identify an internal relevant swing/high.
  • Check correlated behavior (asset vs ES) to see if the relevant level is protected.
  • Use the established 4-hour EQ and key levels to justify expansion toward external liquidity (internal → external liquidity logic).

General takeaway rule

• 4-hour swing confirmations (especially around low of day behavior) produce refined key levels on that 4-hour timeframe.
• Those refine further into hourly/15-minute structure, creating layered alignment.

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Main lessons / overall “how to think”

• Trade validity depends on respect for refined key levels (derived from EQ, swing highs/lows, and gaps).
• Invalidation levels are not static:
  • Start with EQ of a prior candle,
  • then refine with C2 EQ,
  • then with new key levels as price expands away.
• Higher timeframe defines the refined logic, while lower timeframes help find precise swing/key level triggers and execution timing.
• SMT divergence (e.g., using ES as confirmation) helps verify whether gaps/levels are truly “significant” across correlated markets.

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Speakers / sources featured

• Speaker: The unnamed instructor(s) in the video (single primary voice throughout).
• Referenced market instruments / sources:
  • ES (referenced repeatedly as a correlated instrument)
  • The main asset/market (not explicitly named in the subtitles, but contrasted against ES)