Pinned Repositories
Cauchy_FunctionSequence
Given the metric space C([-1,1]) (continuous functions on the closed interval [-1,1]) with the norm of the maximum. This code checks with the help of a color map, if a given function sequence is or not a Cauchy sequence in C([-1,1]).
Flipcube
Solving the flip cube puzzle
Functions-in-L2-in-terms-of-the-Hermite-basis
The sequence in L2 (R) of Hermite polynomials can be orthonormalized, this constitutes a basis for the L2 space, then, in analogy with the n-dimensional case, any function f can be approximated by a linear combination of this sequence. This code graphs the approximation of various functions in terms of the 'Hermite base' at L2 (R).
Game_of_Life
This repository presents a basic introduction to the amazing world of celular automata, being The Game of Life one famous example.
Laplace-equation
This code solves the Laplace equation for potentials in internal regions with boundary conditions using numerical methods. Each block of code is explained step by step.
Logarithm_of_SquareMatrix
Compute the exponential and natural logarithm for a square matrix.
Sphere-Packing
Hard drives make up a system of many particles, so we can approach the dynamics from a statistical point of view. The following model is based on the game of stones.
QuSpin
A python wrapper for doing ED calculations on many-body systems
Krystifer's Repositories
Krystifer/Laplace-equation
This code solves the Laplace equation for potentials in internal regions with boundary conditions using numerical methods. Each block of code is explained step by step.
Krystifer/Sphere-Packing
Hard drives make up a system of many particles, so we can approach the dynamics from a statistical point of view. The following model is based on the game of stones.
Krystifer/Cauchy_FunctionSequence
Given the metric space C([-1,1]) (continuous functions on the closed interval [-1,1]) with the norm of the maximum. This code checks with the help of a color map, if a given function sequence is or not a Cauchy sequence in C([-1,1]).
Krystifer/Flipcube
Solving the flip cube puzzle
Krystifer/Functions-in-L2-in-terms-of-the-Hermite-basis
The sequence in L2 (R) of Hermite polynomials can be orthonormalized, this constitutes a basis for the L2 space, then, in analogy with the n-dimensional case, any function f can be approximated by a linear combination of this sequence. This code graphs the approximation of various functions in terms of the 'Hermite base' at L2 (R).
Krystifer/Game_of_Life
This repository presents a basic introduction to the amazing world of celular automata, being The Game of Life one famous example.
Krystifer/Logarithm_of_SquareMatrix
Compute the exponential and natural logarithm for a square matrix.