This invention is a quantum mechanical probabilistic apparatus measuring, forecasting and visualising human mental statuses. The quantum mechanical probabilistic apparatus encodes observables into quantum information and decodes quantum information into observables on conventional computer hardware and quantum computer hardware. The quantum mechanical probabilistic apparatus detects measuring apparatus biasing interferences with the observed and avoids contamination with the measured environment. The quantum mechanical probabilistic apparatus learns emotional and mental states of humans and predicts the future path of emotional, mental states of once catalogued humans. The quantum mechanical probabilistic apparatus simulates emotional, mental states of humans and communicates with humans as autonomous identity. The quantum mechanical probabilistic apparatus utilises the apparatus measured, forecasted and algorithmic calculated emotional, mental states of observed humans as password and passcode to uniquely identify the humans under observation. Every new observation results in quantum mechanical probabilistic unique measure and forecast and new and unique passwords and/or passcodes.
QUANTUM MECHANICAL PROPABILISTIC APPARATUS TO MEASURE, FORECAST, VISUALIZE HUMANOID MENTAL STATUSES