Combinations & Binomial Coefficients
Notes on combinations, binomial coefficients, and their variants.
Notes on combinations, binomial coefficients, and their variants.
Generalizing a key theorem of set theory and probability theory to measure theory.
Notes on the definition, notation, and variants of the permutation.
An overview of the class of differential equations that are invariant over time.
An overview of separable differential equations
Defining relations and key terminology related to them.
A rigorous look at the definitions and properties of the Cartesian product.
A rigorous treatment of the Iverson bracket along with an overview of its properties and uses.
How to express and compute boolean logic in terms of matrix algebra.
An exploration of the circle constant and how it changes with different notions of distance.
A rigorous look at the definition and properties of $n$-tuples.
A brief introduction to two interesting variations of the factorial function: the superfactorial and hyperfactorial.
An overview of an interesting, but oft-overlooked, real constant: the Dottie Number.
A derivation and explanation of fractional derivatives of polynomials.
An exploration of the uses of Euler’s formula in complex arithmetic.
A accessible derivation and explanation of Euler’s famous formula requiring only a basic knowledge of calculus.
An overview of the class of differential equations that are invariant over time.
An overview of separable differential equations
An exploration of the circle constant and how it changes with different notions of distance.
A brief introduction to two interesting variations of the factorial function: the superfactorial and hyperfactorial.
An overview of an interesting, but oft-overlooked, real constant: the Dottie Number.
A derivation and explanation of fractional derivatives of polynomials.
An exploration of the uses of Euler’s formula in complex arithmetic.
A accessible derivation and explanation of Euler’s famous formula requiring only a basic knowledge of calculus.
My thoughts and comments on Alan Turing’s seminal 1950 paper.
My take and objections to John Searle’s popular Chinese room argument for the non-“consciousness” of computers.
My responses, mostly objections, to Peter Singer’s “All Animals are Equal”.
Defining and classifying the non-formal arguments present in philosophy.
My attempt at showing that abstract concepts like “love”, or “cat”, or any other idea can be considered as real, and physically grounded.
Generalizing a key theorem of set theory and probability theory to measure theory.
Defining relations and key terminology related to them.
A rigorous look at the definitions and properties of the Cartesian product.
A rigorous treatment of the Iverson bracket along with an overview of its properties and uses.
A rigorous look at the definition and properties of $n$-tuples.
Defining and analyzing the sequential search algorithm.
A writeup of the interesting observations I’ve made playing around with my FileToPNG project.
A tutorial and explanation of my breast cancer neural network.
An explanation of the difference between the decimal and binary prefix systems.
My thoughts and comments on Alan Turing’s seminal 1950 paper.
My take and objections to John Searle’s popular Chinese room argument for the non-“consciousness” of computers.
A tutorial and explanation of my breast cancer neural network.
Defining and classifying the non-formal arguments present in philosophy.
A rigorous treatment of the Iverson bracket along with an overview of its properties and uses.
How to express and compute boolean logic in terms of matrix algebra.
A writeup of the interesting observations I’ve made playing around with my FileToPNG project.
A tutorial and explanation of my breast cancer neural network.
An overview of the class of differential equations that are invariant over time.
An overview of separable differential equations
Notes on combinations, binomial coefficients, and their variants.
Notes on the definition, notation, and variants of the permutation.
On the kinematic equations of classical mechanics.
How to express and compute boolean logic in terms of matrix algebra.
Defining and analyzing the sequential search algorithm.
Generalizing a key theorem of set theory and probability theory to measure theory.