Quantum Garden

Quantum Garden is an interactive installation that simulates a quantum process when you touch any of the 228 springs.


Partners

The project is a collaboration between the University of Turku, the School of Science and the School of Arts, Design and Architecture at Aalto University and it is sponsored by the Centre for Quantum Engineering (CQE).

Science

The input from the springs is used to generate an input to a simulation algorithm, which outputs a result that is then visualised on the LEDs as concentric circles. Basically, the bigger the circles, the better the result.

The simulation is a classic approximation of a quantum computing problem.

The underlying process is called 'STIRAP', Stimulated Raman adiabatic passage. It's a fairly advanced process, and it's hard to find an easy to digest introduction to it. Roughly speaking, it's modelling some form of transfer from one quantum state into another. In the installation, the middle rings are the initial state, and the outer rings correspond to the (ideal) final state.

The in- and outputs are recorded for later analysis by the scientists.

More Coverage

Here is the dedicated website for the project: quantum.garden

Another video (on twitter): https://twitter.com/Robin_B/status/1063878815406014465

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