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EXPERIMENTAL PLAYGROUND

Advanced Quantitative Telemetry

These systems are in active development and presented as a sandbox playground. Live database telemetry feeds are blended with quantitative scripts to simulate historical price lag indicators, crossovers, and narratives.

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1. Core Concept & Objectives

The Sentiment-Price Lag Correlation tool measures the temporal lead-lag relationship between community emotions and market valuations. Social narratives require processing time before translating into spot buying or selling orders.

By shifting sentiment series by progressive lag steps (H hours), this tool uncovers whether changes in public narrative act as a leading indicator of price action, or merely reflect price changes post-factum.

2. Pearson Correlation Formula

We calculate the Pearson product-moment correlation coefficient (r) on rolling hourly intervals, introducing a temporal shift:

r_lag(L) = Cov(Sentiment_t, Price_t+L) / (σ_sent * σ_price)

Where L is the lag offset in hours, and σ represents the standard deviation of each dataset.

3. Coefficient Ranges

  • r > 0.5: Strong correlation. Sentiment changes are closely paired with price shifts at the specified lag.
  • r ≈ 0.0: Decoupled. Price shifts and community chatter operate independently.
  • r < -0.3: Inverse correlation. Spikes in retail sentiment correspond to price declines, indicating counter-trend capitulations.

4. Strategic Applications

Traders use the lag correlation peak to time execution. If correlation peaks at a 4-hour positive lag, sentiment spikes can be used as early execution signals for spot buying before the trend completes.