WellbeingEffect

Results

pick a market, window and terms โ€” full guide at the bottom
Filtersโš™๏ธŽ
WISTs:

Time series โ€”

Observed  Synthetic control  shaded = treated window

โ‘  No game (baseline)

โ‘ก During window (treated window)

โ‘ข Difference-in-differences (games โˆ’ baseline)

Synthetic control   Treatment (host)   error bars = 95% bootstrap CI; p = two-sided moving-block bootstrap test of ฮ” = 0.

How to read this

For each treated market we compare the observed search index to its synthetic-control twin (a weighted blend of untreated metros fit to track it). With no game taking place the two should match โ€” chart โ‘ . During game periods, any gap is the estimated effect โ€” chart โ‘ก. Difference-in-differences (chart โ‘ข) nets out whatever baseline gap exists, and is the number to trust.

The term group buttons select sets: Non-Confounded is the wellbeing signal the study is about; Confounded (game, win) rises mechanically around the event itself and acts as a positive control. Pick a single term to view it alone; multi-term views show the average, each term indexed to its own pre-event baseline = 100, with negative-affect terms inverted so โ†‘ always means better.

The treated window chooses what counts as treated time; the placebo windows (untreated years, random month) should show no effect and exist to prove the method honest. The baseline defaults to matched-season (same calendar window of other years) because search behavior drifts seasonally.

Error bars are 95% moving-block bootstrap CIs and the p-values are two-sided bootstrap tests โ€” both robust to the week-to-week autocorrelation in search data (naรฏve standard errors would be too narrow). Where a window covers only 1โ€“2 weekly data points we show the point estimate without inference โ€” daily-granularity data is the planned fix.

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