Cirq was built by Google’s Quantum AI team. It is used to design and develop quantum circuits which are then tested on quantum computers and simulators. Cirq is great because it offers development simulators that are very similar to those seen in real life.
ry works its way through the hardware details around NISQ (Noisy Intermediate-Scale Quantum) so that we can be sure that the algorithm or circuit can be run on a real computer quantum after completion.
This means that the libra
As a result, it has the potential to be used to create quantum circuits that can be cell phone leads modified and used. It also has interactive features. Software that imports and exports quantum circuits and symbols, for example.
for programming quantum computers. Cirq is oftware package that allows you to create, manipulate and optimize quantum circuits before implementing them on quantum computers and simulators.
Cirq is an efficient abstraction for dealing with today’s intermediate-level quantum computers, where hardware requirements are critical to obtain advanced results.
An open framework
- From gates working on qubits, you can learn how to design quantum circuits. Learn what Moment is and how different input techniques can help you build your perfect cycle. Learn how to split and dice rounds to create new and improved rounds.
- Whether or not a circuit can be implemented on contemporary hardware is heavily influenced by technology limitations. Learn how to program Google’s Quantum Computing Service and how to create tools to deal with these limitations.
- Cirq has both wave function and density matrices built-in simulators. Monte Carlo or full density matrix simulation can be used to deal with noisy BT Lists quantum channels.
- To test Google’s quantum processors, Cirq collaborates with Quantum Computing Service.
