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Z32885 – [HO] HO LPPLS Bubble Risk Signal

Elevated LPPLS bubble-risk exceedance signals late-stage speculative acceleration in Heating Oil that historically precedes bearish mean-reversion; low exceedance signals anti-bubble downside-exhaustion preceding bullish recovery.

At a glance

Current reading

-0.955

Signal state

Moderate NEG

33 days in Stress phase

Phase

-2.01

Positive equals bubble risk regime; negative equals anti-bubble regime.

Sample

Multi-year window

Daily cadence

 

As of Nov 06, 2026. Updated nightly.

SIGNAL OVERVIEW

Elevated LPPLS bubble-risk exceedance signals late-stage speculative acceleration in Heating Oil that historically precedes bearish mean-reversion; low exceedance signals anti-bubble downside-exhaustion preceding bullish recovery. LPPLS (Log-Periodic Power Law Singularity) from econophysics (Sornette et al.) detects super-exponential acceleration followed by log-periodic oscillations that characterize bubble regimes on Heating Oil front-month continuous. The empirical phase pattern (see regime table) shows Phase +1 (Bubble risk) delivers -1.24 pp edge on 37 percent sample; Phase -1 (Anti-bubble) delivers +1.14 pp on 39 percent sample. 2.38 pp spread via the LPPLS bubble-risk exceedance channel.

LIVE CHART

HO HO LPPLS Bubble Risk Signal

What the chart is showing right now. The dark line is the HO LPPLS Bubble Risk composite value, tanh-bounded. The bronze line in the middle panel is NYMEX Heating Oil front-month continuous close. The bottom panel tracks the trailing 252-day Spearman information coefficient. Positive composite reflects bubble risk regime; negative composite reflects anti-bubble regime.

Extreme anti-bubble band Extreme bubble risk band

COMPOSITE

-0.955 / tanh

STATE

Moderate NEG

PHASE

-2.01

PHASE +1 EDGE

-1.24 pp

PHASE -1 EDGE

+1.14 pp

TODAY’S PLAYBOOK READING

STATE

Moderate Neg

STATE AND HISTORY

HO LPPLS Bubble Risk signal firing at composite -0.955, 33 trading days running in current phase. Phase +1 delivers plus 1.46 percent Heating Oil fwd60d; Phase -1 delivers plus 3.85 percent.

THE MECHANISM

LPPLS (Log-Periodic Power Law Singularity) from econophysics (Sornette et al.) detects super-exponential acceleration followed by log-periodic oscillations that characterize bubble regimes on Heating Oil front-month continuous.

HOW TO POSITION

HO LPPLS Bubble Risk overlay for Heating Oil. Phase +1 firings reflect bubble risk regime. Phase -1 firings reflect anti-bubble regime. Pair with related HO signals for stacked conviction.

WHAT THE CHART SHOWS

The composite sits at -0.955 in the current band. HO LPPLS Bubble Risk signal reading in current regime through late 2026.

TOP INPUTS FIRING

  • Primary composite -0.955 State Moderate NEG, 33 days running in current phase.
  • 2.38 pp spread, LPPLS bubble-risk exceedance channel Phase +1 edge -1.24 pp on 37 percent sample; Phase -1 edge +1.14 pp on 39 percent sample via LPPLS bubble-risk exceedance channel.

THE TAKEAWAY

What this means for you today

THE CALL

Composite -0.955, current state Moderate NEG. HO LPPLS Bubble Risk signal reading in current band through late 2026. Phase Stress firing for 33 trading days.

THE EMPIRICAL CONTEXT

Phase +1 edge -1.24 pp on 37 percent sample. Phase 0 edge +0.09 pp on 24 percent sample. Phase -1 edge +1.14 pp on 39 percent sample. 2.38 pp spread.

THE HONEST CAVEAT

LPPLS detects pattern but cannot time the reversal exactly. Bubble-risk signal can fire without immediate reversal. Anti-bubble downside-exhaustion harder to detect than upside bubbles. Daily IC not individually significant on all sampling windows.

THE REGIME MAP

The three phases, Heating Oil forward returns and sample share

Regime table captures phase-conditional edges on Heating Oil forward 60-day returns from live-window trading days. Phase +1 minus Phase -1 spread via the LPPLS bubble-risk exceedance channel.

State Phase Share Fwd 60d HAC t Edge vs baseline Last firings
Bubble risk +1 37.3% (3364 d) +1.46% -1.24pp Sep 2026, Sep 2026, Jul 2026
Neutral 0 23.6% (2126 d) +2.80% +0.09pp Sep 2026, Sep 2026, Sep 2026
Anti-bubble TODAY -1 39.1% (3532 d) +3.85% +1.14pp Sep 2026, Sep 2026, Aug 2026

The historical pattern

Signature episodes

Bubble risk
2008-07-15
Bubble risk, 2008 supercycle peak
LPPLS bubble-risk exceedance peaked in July 2008 at the Heating Oil supercycle top. Subsequent reversion through Q3-Q4 2008 confirmed the bubble-signal mechanism.
2008 supercycle peak; canonical Phase +1 anchor (bearish forward).
Anti-bubble
2020-04-15
Anti-bubble, 2020 COVID crude crash bottom
LPPLS anti-bubble exceedance triggered in March-April 2020 as Heating Oil crashed to historic lows. Subsequent Q2-Q4 2020 recovery confirmed the anti-bubble bottom-signal.
2020 COVID anti-bubble bottom; canonical Phase -1 anchor (bullish forward).
Bubble risk
2022-03-15
Bubble risk, 2022 Russia-invasion diesel shock
LPPLS bubble-risk exceedance triggered during Q1 2022 Russia-invasion acceleration as Heating Oil spiked on diesel scarcity. Reversion through 2022 H2 confirmed.
2022 Russia-invasion acceleration; modern Phase +1 anchor.

What this measures

Elevated LPPLS bubble-risk exceedance signals late-stage speculative acceleration in Heating Oil that historically precedes bearish mean-reversion; low exceedance signals anti-bubble downside-exhaustion preceding bullish recovery. LPPLS (Log-Periodic Power Law Singularity) from econophysics (Sornette et al.) detects super-exponential acceleration followed by log-periodic oscillations that characterize bubble regimes on Heating Oil front-month continuous. Target NYMEX Heating Oil front-month continuous.

Why it matters

Why HO LPPLS Bubble Risk matters for Heating Oil

Elevated LPPLS bubble-risk exceedance signals late-stage speculative acceleration in Heating Oil that historically precedes bearish mean-reversion; low exceedance signals anti-bubble downside-exhaustion preceding bullish recovery. LPPLS (Log-Periodic Power Law Singularity) from econophysics (Sornette et al.) detects super-exponential acceleration followed by log-periodic oscillations that characterize bubble regimes on Heating Oil front-month continuous. Transmission is via the LPPLS bubble-risk exceedance channel.

How to use this signal today

HO LPPLS Bubble Risk overlay for Heating Oil. Phase +1 firings reflect bubble risk regime; Phase -1 firings reflect anti-bubble. Pair with companion HO signals listed in Related.

Risk overlay

Three limitations. LPPLS detects pattern but cannot time the reversal exactly. Bubble-risk signal can fire without immediate reversal. Anti-bubble downside-exhaustion harder to detect than upside bubbles. Daily IC not individually significant on all sampling windows.

GO DEEPER

Want the full depth?

The research brief walks through the HO LPPLS Bubble Risk methodology and enumerates canonical anchors for Phase +1 and Phase -1 regimes.

Signal consumers and siblings

Not investment advice · The analysis on this page is informational and educational. Signal readings, historical case figures, and empirical statistics are derived from publicly available data and are provided without warranty. Hypothetical performance results have inherent limitations, including the benefit of hindsight. Readers who intend to trade should consult a licensed investment professional and see the research brief for the full disclaimer.

Last refreshed Nov 08, 2026 07:59 PM ET