Quantum Tic-Tac-Toe By: Laura Lewis Anita Roman. Classical Physics Single state at a time Energy determines motion Deterministic Classical Simulation.

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Presentation transcript:

Quantum Tic-Tac-Toe By: Laura Lewis Anita Roman

Classical Physics Single state at a time Energy determines motion Deterministic Classical Simulation Time (seconds)

Quantum Mechanics Only applies to very small, submicroscopic things Not deterministic - probabilistic Many places at one time Measurement creates state change, and collapses wave function

Superposition Many places or states at once Only applied to small things in quantum physics

Wave Function/ Probability Density Wave function is spread out Highest and lowest probability Not deterministic There is an average of the probability

Measurement Collapses wave function Creates a very small probability of something being in varied places/states Includes making electrons interact with something bigger than the electron

Tic-Tac-Toe Sudoku Sudoku Sudoku Entanglement Superposition