October 06, 2026

Hazard Rates, Not Headlines: What 13.5%, 14.5% and 4.9% Imply Per Week

Two books can sit a single point apart on the screen and still be pricing completely different worlds. That is the thing I keep coming back to when I scan the board on a quiet Tuesday: a headline percentage tells you how likely something is by the resolution date, and nothing at all about how much runway that date leaves. Normalise for time and the rankings scramble.

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Snapshot taken October 6, 2026. Three low-probability books, three very different calendars, and a bit of arithmetic that I find more useful than most narrative takes.

Three "No" books, three different runways

A nine-day policy question at 13.5%

The US announces end of Iranian blockade by October 15, 2026 book sits at 13.5% Yes / 86.5% No, with $347,835 traded in 24 hours against $1,198,131 lifetime. It gained 2 points on the day and gave back 2.5 over the week โ€” chop, not trend. Liquidity is thin at $143,846, which is normal for a short-dated policy book that only exists because of a specific calendar line.

A fifteen-month question at 14.5%

One point higher, and in a different universe of size: Will the U.S. invade Iran before 2027? prints 14.5% Yes / 85.5% No on $72,161,654 of cumulative volume. Daily turnover is $510,465 โ€” less than 0.8% of lifetime volume โ€” and the seven-day change is flat at 0.0%. This is a mature book that has already absorbed most of its news.

A legislative question at 4.9%

Then the Clarity Act (H.R.3633) signed into law in 2026? market: 4.9% Yes, $23.8M total volume, $338,599 in 24 hours, and a seven-day drift of just -0.4%. Same resolution horizon as the invasion book โ€” the end of this calendar year โ€” but less than a third of the price.

Converting price into a weekly rate

Here is the piece of polymarket analysis I think gets skipped too often. Divide the implied probability by the number of weeks left and you get a crude weekly hazard rate โ€” roughly, how often the event has to "fire" per unit of time for the price to make sense.

So the two books that look nearly identical on the board โ€” 13.5% and 14.5% โ€” are separated by a factor of roughly eight in weekly intensity. The blockade market is saying something fairly aggressive: that in any given week between now and mid-October, there is about a one-in-ten chance Washington announces an end to the measure. The invasion book is saying the opposite kind of thing โ€” a long, low, grinding tail risk that nobody expects to resolve on any particular Wednesday.

The caveat, and it matters: real-world events do not arrive at a uniform rate. Legislative books cluster around session calendars and year-end omnibus windows, so the Clarity Act's hazard is almost certainly back-loaded rather than flat at 0.4% per week. Policy-announcement books cluster around scheduled summits, briefings and negotiation rounds. Treat the division as a sanity check, not a model.

What the turnover tells you about attention

Compare 24-hour volume to lifetime volume and you get a reasonable attention gauge. The blockade book has turned over roughly 29% of its entire history in a single day โ€” classic short-dated behaviour, where the approaching line is the only catalyst that matters. The Clarity Act book turned over about 1.4%, and the invasion book about 0.7%.

That pattern is consistent with the price action. The thing with the most time left moved least; the thing with nine days left moved most, in both directions. When I build a watchlist, I weight recent percentage moves by how much of a book's history actually traded during that window โ€” a 2-point swing on $348k of daily flow in a $1.2M book is a real repricing, while a 2-point swing on $510k in a $72M book is barely a ripple.

How I'd frame these on a watchlist

None of this is a trade recommendation, and trader execution on this project is currently off. What it is: a structured way to read prediction market odds that are clustered at similar prices for very different reasons.

Three research prompts I'd write down from this snapshot:

  1. Catalyst check on the short book. Between now and October 15, is there a scheduled meeting, briefing or negotiation round that could plausibly produce the announcement? If the answer is no, a 10%-per-week hazard is doing a lot of work.
  2. Resolution-text check on the long book. At 14.5% with flat weekly movement, the invasion market's price is likely anchored on definitional questions โ€” what counts as an invasion โ€” as much as on geopolitics.
  3. Session-calendar check on the legislative book. A 4.9% year-end price implies the market sees a narrow, late window. Mapping remaining floor days is more informative than any single news headline.

Cross-market polymarket analysis like this rarely produces a clean verdict. What it does is stop you from treating 13.5% and 14.5% as the same statement about the world, which they very clearly are not.

I post these snapshots, the liquidity-versus-volume checks, and the upcoming resolution dates I'm tracking in our free Telegram channel: t.me/PolymarketView. It's a watchlist and a transparent journal, not a signal service โ€” come argue with the numbers.

Frequently Asked Questions

What is an implied weekly hazard rate in prediction markets?

It's a rough normalisation that divides a market's implied probability by the number of weeks remaining until resolution. A 14% price with twelve weeks left implies roughly 1.2% per week, while a 14% price with one week left implies something closer to 14% per week. It is not a formal model โ€” real-world events cluster around calendars rather than arriving uniformly โ€” but it quickly exposes when two similarly priced books are describing very different intensities of risk.

Why do two markets at nearly the same price deserve different treatment?

Because the resolution date is half the question. A book at 13.5% expiring in nine days has almost no room for new information to change the outcome, so the price is mostly a bet on a specific near-term event. A book at 14.5% running to the end of the year has months of potential catalysts left, and its price reflects accumulated tail risk rather than any single scheduled moment.

Does high 24-hour volume mean a market is more reliable?

Not necessarily โ€” it means more recent attention. I prefer looking at 24-hour volume as a share of lifetime volume. A book turning over a large fraction of its history in one day is being actively repriced, while a huge market with low daily turnover may simply be sitting on a settled consensus that few participants want to challenge.

Why does liquidity matter alongside the odds?

Quoted liquidity tells you how much size the order book can absorb near the displayed price. A market showing $143,846 of liquidity will move far more on a given order than one showing over a million. When reviewing prediction market odds, I always note depth before treating a price as a confident consensus rather than a thin quote.

Is any of this financial advice?

No. Everything here is observational analysis of publicly visible market data โ€” prices, volumes, liquidity and resolution dates. Nothing in this post is a recommendation to enter a position, and trader execution on this project is currently off.


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