Algorithms

This algorithms submodule of Qrisp provides a collection of commonly used quantum algorithms that can be used to solve a variety of computational problems. Each algorithm comes with comprehensive documentation and brief examples to help you understand its implementation and usage:

ALGORITHM	USED FOR
VQE	finding the ground state energy of a Hamiltonian
QAOA	solving combinatorial optimization problems
QIRO	solving combinatorial optimization problems, with quantum informed update rules
Shor’s Algorithm	efficiently factoring large numbers
Grover’s Algorithm	unstructured search
Quantum Backtracking Algorithms	solving constraint-satisfaction problems like 3-SAT or the Traveling Salesman Problem (TSP)
Quantum Counting	estimating the amount of solutions for a given Grover oracle

We encourage you to explore these algorithms, delve into their documentation, and experiment with their implementations.