QCore

The Advanced Quantum Circuit Simulator for android -

Unlock the power of Quantum Mechanics in your pocket.

QCore is the ultimate mobile laboratory for quantum computing. Whether you are a physics student, a computer science researcher, or just curious about the future of technology, this app gives you the tools to build and run actual quantum algorithms on your Android device.

Unlike simple tutorials, [App Name] is a full-featured simulator powered by a rigorous linear algebra engine. It simulates the probabilistic nature of quantum particles, allowing you to design circuits, visualize states, and watch entanglement happen in real-time.

Design. Simulate. Analyze.

🚀 Key Features:

🎛️ Intuitive Circuit Composer

Drag & Drop Interface: Build complex quantum circuits easily on a musical-score style grid.

Comprehensive Gate Library: Access a full suite of quantum gates including Hadamard (H), Pauli-X/Y/Z, Phase (S, T), Rotation (Rx, Ry, Rz), CNOT, SWAP, and the Toffoli gate.

Flexible Editing: Move gates, delete operations, and reorganize your wires with simple touch gestures.

📊 Powerful Visualizations

Interactive Bloch Sphere: Tap any qubit to see its state vector in 3D space. Rotate and zoom to understand superposition and phase.

Real-time Probabilities: See the measurement probability distribution update instantly as you modify your circuit.

State Vector Inspection: Dive deep into the complex numbers (real & imaginary components) driving your system.

⚡ Professional Simulation Engine

High Performance: Optimized specifically for Android to handle up to [Number] qubits smoothly without lag.

Step-by-Step Execution: Don't just get the answer—understand the process. Step through your circuit one gate at a time to see how the matrix math evolves.

Group & Organize: Select multiple gates to visualize specific sub-routines.

📂 Export & Share

QASM Support: Export your circuits to OpenQASM code. Run your mobile designs on real quantum hardware (like IBM Q) later.

Save Your Work: Keep a library of your favorite algorithms (Bell States, Grover's Search, Deutsch-Jozsa).

🎓 Who is this for?

Students: visualize the math you learn in class.

Educators: Demonstrating quantum concepts like Superposition and Entanglement visually.

Developers: Prototyping logic before coding on cloud quantum services.