Quantum physics
QuantumForecast started in 2011 as a project at the Max Planck Institute of Quantum Optics and LMU Munich. Its models apply methods from quantum physics to the stock market.
QuantumForecast combines methods from quantum physics with the collective intelligence of its users – for 779 stocks and 12 indices, updated every 5 minutes.
QuantumForecast started in 2011 as a project at the Max Planck Institute of Quantum Optics and LMU Munich. Its models apply methods from quantum physics to the stock market.
Many independent opinions, taken together, are often smarter than any single expert. Our users' calls are checked and weighted by their hit rate.
Anyone can play: pick a direction and a price target, earn points, climb the leaderboard – and go head-to-head with the Quantum Forecast.
From current prices we compute frequency spectra (Fourier analysis) and analyze how price swings relate to volatility. This produces both the forecast and a risk assessment.
In physics, the Ising model describes how magnets align with one another. Applied to the stock market, it captures how investors pull each other along – all the way to a panic in which everyone sells at once.
Percolation theory shows when many small, independent groups suddenly merge into a single network. In markets, that is the shift to collective fear or euphoria – an early sign of a crash or a bubble.
Statistical errors tend to cancel out in large, independent samples. That's why we check every user forecast once it expires and factor it in, weighted by hit rate.
The Quantum Forecast began as a project at the Max Planck Institute of Quantum Optics in Garching and at Ludwig Maximilian University of Munich (LMU) – drawing on methods from quantum physics and statistical physics.
The project received funding from EXIST, a program through which the German Federal Ministry for Economic Affairs and the EU support startups coming out of academic research.
The research project has grown into a freely accessible website: forecasts, charts, and the Forecast League, where users compete against the model.
Not investment advice. Forecasts are based solely on historical prices, statistical analysis, and in part on users' assessments. Research background: Max Planck Institute of Quantum Optics, LMU Munich · Formerly funded by the EXIST program (German Federal Ministry for Economic Affairs & EU).