This prototype web application allows a user to assign probabilities for n-qubit states and automatically generate a series of quantum gates, as well as relevant code, to approximately recreate the desired probability distribution on an Amazon Web Services Braket simulator or real quantum device. The image gallery above shows results from two, 3-qubit probability distribution examples (image 1 and 3) run on a quantum simulator (image 2 and 4) within AWS Braket.  

Increasing the number of qubits increases the complexity of the resulting state space, and therefore, increasing qubit number increases the ‘resolution’ of the probabilistic landscape one can model. In the future, upon bypassing the current physical limitations of large ensembles of qubits, one will be able to model very complex state space landscapes. Therefore, this app serves as a precursor towards sculpting the state space representative of any complex system of interest for modeling in quantum computers.

For more on accessible quantum computing with AWS Braket, click here: https://aws.amazon.com/braket/