Contact the Casino Mathematics Team

Contact the Canterbury Mathematical Association if you want to discuss casino mathematics, slot RTP analysis, crash-game probability, Aviator statistics, game development or participation in one of our research projects.

We work with measurable data rather than assumptions. If you have a game history, an RTP question, a volatility model, a proposed casino mechanic or a pattern that you want to test statistically, include as much information as possible when you contact us. Clear input makes it easier to determine whether the idea can be analysed properly.

What You Can Contact Us About

• Slot RTP analysis: theoretical RTP, actual RTP and comparison across large spin samples.
• Win-rate calculations: hit frequency, bonus frequency, payout intervals and return distribution.
• Aviator and crash games: multiplier ranges, streak analysis, cash-out models and long-run frequency.
• Casino game development: payout tables, volatility targets, probability curves and simulation models.
• Pattern testing: checking whether a repeated sequence is statistically meaningful or simply variance.
• Research participation: joining data collection, discussion sessions and mathematical testing.
• Funding questions: proposals involving datasets, simulations, game prototypes or statistical research.

Research Contact Details

• Canterbury Mathematical Association

  General research enquiries
  Email: [email protected]

• Casino Mathematics & RTP Research

  Topics: slot RTP, win rate, volatility, empirical return, statistical models
  Email: [email protected]

• Crash Games & Aviator Analysis

  Topics: multiplier distribution, streaks, probability testing, simulation
  Email: [email protected]

• Casino Game Development

  Topics: payout mechanics, mathematical balance, game prototypes, simulation models
  Email: [email protected]

• Research Participation

  Topics: datasets, team sessions, statistical testing, game-mechanics review
  Email: [email protected]

What to Include in Your Message

1. Name the game or casino mechanic you want to analyse.
2. Describe the question you want the data to answer.
3. State how many rounds, spins or simulations are available.
4. Include the values you have already recorded, such as stake, return, multiplier or bonus result.
5. Explain whether you are interested in RTP, win rate, volatility, streaks, probability or game design.
6. If you already have a hypothesis, describe it clearly so it can be tested against the data.

Before Sending a Dataset

A useful dataset should include losing and winning rounds without selectively removing inconvenient results. The sample should also use the same measurement rules throughout. For example, if a slot study records total stake and total return, those values should be available for the complete sample rather than only for winning sessions.

For crash or Aviator-style games, a round-by-round multiplier history is usually more useful than screenshots of isolated streaks. For game-development projects, include the intended RTP, payout structure, volatility target and any rules that influence the probability model.

Join the Research Community

We welcome people interested in mathematics, statistics, casino analytics, software, game mechanics and structured data collection. You can contribute by helping build datasets, checking calculations, reviewing simulations or bringing a new research question to the group.

Our aim is to understand how casino games behave through probability and measurable results. Mathematical analysis can help distinguish a real statistical signal from random variation, but it is not used to claim guaranteed future wins.

2026 Contact and Research Schedule

During 2026, the team is prioritising slot RTP datasets, crash-game multiplier studies, Aviator probability analysis, volatility modelling and mathematical prototypes for new casino game mechanics.

Research questions that include a clear dataset, testable hypothesis and reproducible method can be reviewed more efficiently and are easier to compare with future samples.