Construct the Bernstein–Vazirani quantum circuit for a given secret string

Construct Grover's circuit to find solutions of a Boolean function

Construct and work with a graph-state circuit based on a graph

Generate a QFT circuit for any number of qubits

Construct the quantum circuit to estimate the eigenphase (or phase) of a given eigenvector of a unitary operator

Construct a multiplexer circuit, also called a uniformly controlled gate

Construct a circuit for the Suzuki-Trotter decomposition of an exponential product of operators

Evolve a quantum state in time, numerically

Compute the effect of an incoherent bit-flip noise channel on the expected value of a quantum operator

Solving the quantum Liouvillian master equation

Model the CHSH game using quantum entanglement

Estimate the parameters of the quantum channels modeling a noisy environment with optimization functions

Implement a quantum lock with qubits and qudits for ASCII character passwords

Numerically solve a system of linear equations using a quantum algorithm

Implement a widely used 2 qubit gate with an alternative approach to quantum computation

Compare quantum natural gradient descent and regular gradient descent

Optimize a variational quantum circuit using quantum natural gradient descent through block diagonalization

Differentiate qubit gates using the exact and approximate stochastic parameter–shift rule

Optimize a variational quantum circuit using quantum natural gradient descent through VQE

Perform three equatorial measurements to a linear cluster state to obtain a general one qubit transformation

Determine if [sub]systems are entangled and quantify the entanglement

Visualize quantum circuits with custom labels and layout

Plot the Bloch vector or diagrammatic representation of a quantum state

Visualize measurement results

Interact with Amazon Braket through an AWS service connection

Engage with multiple APIs and dispatch quantum tasks