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Solving Schrödinger/Lindblad equation

Quantum Matcha TEA

Running quantum circuits

Quantum Red TEA

Tooling for switching between tensor backends

Quantum Chai TEA

Tensor network machine learning
Coming soon

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Install Quantum TEA

Select values to generate command

Application Schrödinger/Lindblad Quantum circuits Machine learning
Tensor library Numpy PyTorch
Symmetric tensors Enabled Disabled
Installation type Pip Source code

select values to generate the command

What can you do with Quantum TEA?

Choose the ansatz

Choose between 1D, 2D, and 3D lattice

Choose the tensor backend

Choose the algorithm


Closed systems

Ground-state search

Variational DMRG
MPS, TTN

Imaginary time evolution
MPS, TTN

Excited-state search

Variational DMRG
TTN

Dynamics

TDVP
MPS, TTN


Open systems

Thermal equilibrium

Imaginary time evolution
LPTN, TTO

Dynamics

Quantum trajectories
TTN

Lindblad equation time evolution
TTO 


Quantum circuits

Define and run a quantum circuit (integration with Qiskit available)

Quantum optimization

Quantum circuit compilation

Check out VulQano

QUBO solver

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