Skip to main content

Ctrl+K

Quantax 0.2.1 documentation

Quick Start
Exact diagonalization
Build your network
Samples and Measurement
Square J1-J2 model

Quick Start
Exact diagonalization
Build your network
Samples and Measurement
Square J1-J2 model
Triangular Heisenberg model
Fermion mean field
Neural Jastrow
Real-time dynamics
Local updates
Restricted Boltzmann machine
Time-dependent variational principle
Minimum-norm stochastic reconfiguration
Neural network backflow
global_defs
sites
symmetry
operator
nn
model
state
sampler
optimizer
utils
Related packages
Research papers

Section Navigation

quantax.nn.Sequential
quantax.nn.RawInputLayer
quantax.nn.RefModel

quantax.nn.sinhp1_by_scale
quantax.nn.prod_by_log
quantax.nn.exp_by_scale
quantax.nn.exp_by_log
quantax.nn.pair_cpl

quantax.nn.apply_lecun_normal
quantax.nn.apply_he_normal
quantax.nn.apply_glorot_normal

quantax.nn.compute_sign
quantax.nn.marshall_sign
quantax.nn.stripe_sign
quantax.nn.neel120_phase

quantax.nn.ReshapeConv
quantax.nn.ConvSymmetrize

quantax.nn.fermion_idx
quantax.nn.changed_inds
quantax.nn.permute_sign

nn
quantax.nn.neel120_phase

quantax.nn.neel120_phase#

quantax.nn.neel120_phase(s: Array) → Array#: 120 degree Neel phase for triangular lattices.

previous

quantax.nn.stripe_sign

next

quantax.nn.ReshapeConv

On this page

neel120_phase()

This Page

Show Source

© Copyright 2025, Ao Chen.

Created using Sphinx 8.2.3.

Built with the PyData Sphinx Theme 0.16.1.