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1. Bézout's Lemma | Patterns of Thought... Bézout's Lemma | Patterns of Thought plus AI Reasoning

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   import math

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   def extended_gcd(a, b):

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       """

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       Computes the greatest common divisor (GCD) of a and b, and also

2. Algorithm to calculate Wr on arbitra... Algorithm to calculate Wr on arbitrary branches | The Omega Function in Action

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   function W_r_value = W_r(w, r, branch)

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       % Computes the r-Lambert function W_r(w) on an arbitrary branch

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       % using asymptotic expansion, Newton’s method, and perturbative correction.

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       %

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       % Inputs:

3. Wiener Square Expectation Rule | Mat... Wiener Square Expectation Rule | Mathematical Finance and Computational Methods

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   import numpy as np

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   import matplotlib.pyplot as plt

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   # Parameters

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   dt = 0.01  # Small time step

4. Schur Decomposition for an Eigenvalu... Schur Decomposition for an Eigenvalue Problem | Mathematical Building Blocks plus AI Reasoning

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   import numpy as np

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   from scipy.linalg import schur

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   # Define the matrix A

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   A = np.array([[4, 2],

5. Ecological Models plus AI Reasoning ... Ecological Models plus AI Reasoning | ViaDean

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   {

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     "cells": [

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       {

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         "cell_type": "markdown",

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         "metadata": {

6. Electrical Circuit Analysis plus AI ... Electrical Circuit Analysis plus AI Reasoning | ViaDean

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   {

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     "nbformat": 4,

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     "nbformat_minor": 0,

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     "metadata": {

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       "colab": {