Exploring quantum phenomena through computational simulations and algorithmic modeling.
Our research spans three core domains: Quantum Entanglement Modeling, Quantum Algorithm Development, and Quantum Hardware Simulation. Each project is designed to push the boundaries of what's computationally possible.
Developing high-fidelity simulations of entangled particle systems using tensor network methods. Visualize non-local correlations in 3D interactive spaces.
Explore Entanglement ➜Creating new quantum algorithms that exploit superposition and interference for problems in optimization, cryptography, and chemistry.
View Algorithms ➜Building realistic simulations of quantum processors and qubit architectures. Test error correction and noise mitigation techniques.
Simulate Hardware ➜Applying quantum simulations to real-world problems in drug discovery, materials science, and complex system optimization.
View Applications ➜Test quantum circuit designs in our interactive simulation environment.
Design and test quantum circuits using our drag-and-drop interface
Run simulations with up to 20 qubits using statevector representation
Introduce noise and decoherence to test fault tolerance
Ready to simulate
Select a quantum circuit to begin