๐ Portuguรชs ยท English
In this blog, you will find content on Mathematics, Statistics, and Physics, developed with rigor, solid theoretical foundations, and a didactic approach.
The goal is to combine conceptual clarity with a professional visual presentation, using tools such as LaTeX, Quarto, Python, and R.
The aim is to explore profound ideas with simplicity, intuition, and beauty โ through accessible explanations, graphical visualizations, complete courses with solved exercises, and structured reading guides.
๐ What you will find here:
- โจ LaTeX and Quarto tips for visualizations
- ๐ง Step-by-step illustrated mathematical concepts
- ๐ Experiments with visual and graphical teaching
- ๐งฎ Mathematics that is both accessible and rigorous
- ๐ญ Physics explained with context and history
- ๐ Statistics with focus on real-world applications
- ๐ป Programming in R, Python, Julia, and Shell
- ๐ Reflections on science, method, and language
Rigor, beauty, and clarity.
The courses emphasize Calculus and Statistics as fundamental foundations.
Articles and series cover a wide range of topics in science, mathematics, statistics, computing, and technology.
No hermetic style: advanced topics (manifolds, Lie groups, QFT, GR) are presented with a solid conceptual basis and clear language.
โBeauty is the first test: there is no permanent place in the world for ugly mathematics.โ
โ G. H. Hardy
โThe universe cannot be read until we have learned the language and become familiar with the characters in which it is written. It is written in the language of mathematics, and its letters are triangles, circles, and other geometrical figures, without which it is humanly impossible to comprehend a single word.โ
โ Galileo Galilei
โจ Highlights
A selection of formulas that shaped science, such as Eulerโs Identity \(e^{i\pi}+1=0\) and the Wave Equation.
Explore Historical Equations โบ
Why does normality appear so often? Probabilities, confidence intervals, and hypothesis tests โ with charts and exercises.
See the course โบ
A progressive course that combines mathematical rigor, LaTeX typographical quality, and practical examples in R and Python.
๐ Topics already covered:
- Number sets and fundamental properties
- Step-by-step solved exercises
๐ง Programmable examples:
๐ Python Models ยท ๐ R Models
๐ Back to Top
๐ Latest Posts
- โจ Living as if Everything Were a Miracle
- ๐ ๐ฐ๏ธ Special Theory of Relativity โ An Academic View
- ๐ ๐ General Relativity โ Part 1: The Problem of Gravity
- ๐ ๐ฐ๏ธ Special Relativity: Einstein, Time, and the Speed of Light
- ๐ ๐งฌ 100 Years of Quantum Mechanics (1925โ2025)
- ๐ Git Cheatsheet for Blog do Marcellini
- ๐ Module 1.3 AP: Absolute Value and Modular Inequalities
- ๐ Module 1.3: Intervals and Inequalities
- ๐ ๐ Hub of Models & Templates (Quarto)
- ๐ ๐ Statistics Course: The Normal Distribution
This section is automatically updated with each new publication.
Blog do Marcellini โ Exploring Mathematics, Statistics, and Physics with Rigor and Beauty
This site was born from the desire to share ideas with good mathematics, good typography, and good explanations.
Want to know more about the editorial line, technologies, and behind-the-scenes?
Created by Blog do Marcellini with โค๏ธ and code.
๐ Useful Links
- ๐งโ๐ซ About the Blog
- ๐ป Project GitHub
- ๐ฌ Contact via Email