SimpleFunctions
ClosedLast odds shown below are frozen at close (Jun 11, 2026). Future questions tracked on /odds.
1 source contract·Polymarket 1·closed just now·Closes Jun 16, 2026 · 4d

Virginia Democratic Senate Primary Winner

Liquidity-weighted aggregate sits at 55% across 1 Polymarket contracts.

Implied probability

55%
0%50%100%

Kalshi

not bound

Polymarket

55%

1 contract

Cross-venue gap

single venue

24h move

no pin

24h volume

$41

1 contracts

Closes

Jun 16, 2026

4 days

30-day trend

0%50%100%-30d-3w-2w-1wtodayAggregate: 58% (15 days, 15 points)Aggregate: 58% on 2026-06-10
Aggregate of 1 contract · 15d

Bracket family

How the bracket ladder is priced.

Each row is one outcome on the venue. Sorted by 24h volume — the heaviest book is at the top.

Cluster 1

Virginia Democratic Senate Primary Winner: Mark Warner

1 contract$41

Analysis

This 94% probability indicates market participants assess Mark Warner has a very high likelihood of winning Virginia's Democratic Senate primary. Warner, the incumbent senator since 2009, enters as the frontrunner with substantial name recognition, fundraising advantages, and organizational infrastructure. The high concentration reflects limited viable challengers and the general difficulty of unseating an incumbent in a primary contest. The probability could move downward if a credible alternative candidate emerges with significant funding or endorsements, or if Warner faces unexpected controversy or organizational missteps. The primary election itself—scheduled for later in 2026—represents the key resolution event. Market participants are pricing in Warner's established position and historical advantage, though primary contests can shift with late-breaking developments or candidate momentum shifts.

  • Mark Warner is the incumbent U.S. Senator with three terms of continuous service since 2009, providing built-in advantages in name recognition and party infrastructure
  • Trading volume on the leading contract ($2819 in 24h volume) is substantially higher than the runner-up ($20), suggesting clearer market consensus behind Warner versus alternatives
  • No other candidate has reached double-digit market probability, indicating no obvious credible challenger has consolidated support among forecasters yet
  • Primary election occurs later in 2026, meaning significant time remains for additional candidates to enter, funding dynamics to shift, or new information to emerge
  • The 94% price implies approximately 6% residual probability for upset scenarios, reflecting uncertainty typical in political primaries despite the frontrunner's apparent strength

What moved the line

  • Jun 9Mark Warner24pp7753¢ · Polymarket
  • Jun 8Mark Warner18pp9577¢ · Polymarket
  • Jun 4Mark Warner11pp8596¢ · Polymarket
  • Jun 6Mark Warner7pp9891¢ · Polymarket
  • Jun 10Mark Warner5pp5358¢ · Polymarket

Recently closed in election 2026

These markets stopped trading. Last odds and any captured outcome are shown above — full settlement detail lives at the venue.

Lateral coverage

Thin contract — here's where the deeper coverage is.

This page aggregates 1 contract (55% headline). At low contract count, the price reflects two participants’ opinions, not a market consensus. The links below are heavier related questions where the orderbook signal is real.

How we compute these odds

SimpleFunctions aggregates live prediction-market contracts from Kalshi and Polymarket. Each slug groups contracts that resolve on the same underlying event, identified by venue event_id.

For binary slugs, the headline probability is the liquidity-weighted mid-price across all bound contracts. For multi-outcome slugs (e.g. elections with 3+ candidates), the headline is the leader’s price; we never arithmetically average disjoint outcomes — that would produce a number with no real-world meaning.

Snapshots refresh every 5 minutes during market hours; daily aggregates are computed at 04:00 UTC. The 30-day sparkline is drawn from per-ticker daily means stored in market_indicator_daily; 24h delta and movement events are derived from the same source.

Last updated on this page: just now.