Cirq Quantum Computing on Ubuntu 26.04

Cirq Quantum Computing is an open-source quantum computing framework developed by Google using Python for designing, simulating, and executing quantum circuits on Linux systems. It provides tools for building quantum algorithms, working with qubits and quantum gates, and running simulations on local or cloud-based quantum processors. Cirq is widely used for quantum research, education, and experimental quantum application development on Ubuntu/Linux environments.

• Provides a powerful Python-based framework for quantum computing development.
• Supports creation and simulation of quantum circuits and qubits.
• Includes quantum gate operations, measurements, and noise modeling tools.
• Supports execution on simulators and real quantum hardware.
• Works on Ubuntu/Linux environments using Python virtual environments.
• Offers integration with scientific computing and machine learning libraries.
• Supports educational, research, and experimental quantum computing projects.
• Designed for scalable quantum algorithm development and testing.

Usage Instruction

Run the following commands on your VM to get Version of Cirq Quantum Computing: 
$sudo su
$source venv/bin/activate
$pip show cirq

Verify the Installation run Python:

$python
import cirq

q = cirq.LineQubit(0)

circuit = cirq.Circuit(
    cirq.H(q),
    cirq.measure(q)
)

print(circuit)

exit() 


Disclaimer: Cirq Quantum Computing on Ubuntu/Linux is an open-source quantum computing framework intended for educational, research, and experimental purposes. Quantum simulations may require significant system resources, and compatibility with quantum hardware providers may vary depending on software versions and backend configurations.