Access and Create the most powerful tools in modern physics
Tensor networks algorithms allow physicists to model and analyze complex systems of particles
All computations are performed with the DMRJtensor and TensorPACK Julia libraries
With this website, you can run state-of-the-art tensor network algorithms and even create your own!
All computations are performed with the DMRJtensor and TensorPACK Julia libraries
With this website, you can run state-of-the-art tensor network algorithms and even create your own!
What's included?
Go to the
Run Algorithms page to do just that! Currently, DMRG can be run to find the ground state energy and correlations of a given system. A default Hamiltonain, such as the Heisenberg model, or a custom Hamiltonian can be supplied as the system.
( TRG, PEPS, and MERA coming soon )
Contract and decompose tensors effortlessly with the Build a Tensor Network page to design your own custom tensor network algorithms. Educate yourself on tensor network operations or test out new ideas for algorithms without the hassle of coding.
( TRG, PEPS, and MERA coming soon )
Contract and decompose tensors effortlessly with the Build a Tensor Network page to design your own custom tensor network algorithms. Educate yourself on tensor network operations or test out new ideas for algorithms without the hassle of coding.
Getting Started
To learn more about our tools, check out the
Tutorial
For the Algorithm Runner, you will be shown how define a model, run DMRG on it, and interpret the output
For the Tensor Network Builder, you will be shown how to use each basic operation to perform tensor network computations
For the Algorithm Runner, you will be shown how define a model, run DMRG on it, and interpret the output
For the Tensor Network Builder, you will be shown how to use each basic operation to perform tensor network computations