In 1988, Euler’s identity was elected most beautiful theorem of mathematics. It has been widely taught worldwide. But have you ever stopped to really sense the meaning of this incredible formula? This article does.
The conic sections, that is, ellipses, parabolas and hyperbolas, are too often presented analytically. Yet, their amazing beauty is actually their spectacular geometry, as well as their omnipresence! This article presents plenty of illustrative descriptions of their uncountable applications!
Claude Shannon may be considered one of the most influential person of the 20th Century, as he laid out the foundation of the revolutionary information theory. Yet, unfortunately, he is virtually unknown to the public. This article is a tribute to him. And the best way I’ve found is to explain some of the brilliant ideas he had.
As explained by Derek Muller on Veritasium, the flow of water in trees involves complex physical phenomena including pressure, osmosis, negative pressure, capillarity and evapotranspiration. What seems simple will blow your mind!
The second law of thermodynamics is my favorite law in physics, mainly because of the troubling puzzles it raises! Indeed, what your professors may have forgotten to tell you is that this law connects today’s world to its first instant, the Big Bang! Find out why!
The simplex method is one of the major algorithm of the 20th century, as it enables the resolution of linear problems with millions of variables. An intuitive approach is given. But that’s not all. We present an important variant called the dual simplex. Finally, we’ll explain its main default, that is, when facing degeneracy.
Duality in linear programming yields plenty of amazing results that help understand and improve algorithms of resolution. This article shows the construction of the dual and its interpretation, as well as major results. In particular, matching of primal and dual bases will be dealt, before presenting the issue of degeneracy and its dual interpretation.
2048 is the Internet sensation of the year. This very addictive game has been downloaded hundred of millions of times. Interestingly, this game raises plenty of intriguing mathematical questions. This article unveils some of them!
In 1832, Évariste Galois died. He was 20. The night before his death, he wrote a legendary letter to his friend, in which he claims to have found a mathematical treasure! Sadly, this treasure had long been buried in total indifference! It took nearly a century to rediscover it! Since then, Galois’ legacy has become some of the finest pure mathematics, which represents a hugely active field of research today with crucial applications to cryptography. Galois’ work is now known as Galois theory. In essence, it unveils the hidden symmetries of numbers!
From the destruction of bridges and buildings to the foundations of electromagnetism and quantum mechanics, through their uses by radios or our ears,resonance is a counter-intuitive underlying phenomenon which shapes our reality. But amazingly, they can be made amazingly visual by playing with head massagers!
All Other Articles…
Spacetime of General Relativity
Euler’s Formula and the Utilities Problem
Game Theory and the Nash Equilibrium
Fourier Analysis: Signals and Frequencies
The Surprising Flavor of Infinite Series
Column Generation and Dantzig-Wolfe Decomposition
Homotopy Type Theory and Higher Inductive Types
Optimization by Integer Programming
Santa Routing and Heuristics in Operations Research
Optimization by Linear Programming
Numbers and Constructibility
Differential Calculus and the Geometry of Derivatives
Proof by Mathematical Induction
Construction and Definition of Numbers
The Unlikely Correctness of Newton’s Laws
Advanced Game Theory Overview
The Harmonious Mathematics of Music
Linear Algebra and Higher Dimensions
Evolutionary Game Theory
Self-Reference, Math Foundations and Gödel’s Incompleteness
The Triangle of Power
Colors: It’s not just about Wavelengths!
Web Programming: From HTML to AJAX
Univalent Foundations of Mathematics
The Biology Civil War Opposing Kin to Group Selection
The Secretary/Toilet Problem and Online Optimization
Spacetime of Special Relativity
The Limitless Vertigo of Cantor’s Infinite
Colours and Dimensions
Pluto is NOT (not?) a Planet
The forces of Nature: from Newton to String Theory
The Frontier of Cold: The Quest for Absolute Zero
The Most Troubling Experiments on Human Behavior
The Magic of Analysis
From Divide and Conquer to Parallelization
Can we measure peace ? The Global Peace Index (GPI)
Beauty, the Driving Force of our Quest for Truth
Glaciers: Retreat, Moraines, Valleys, Fjörds
Dual Variable Stabilization
The New Big Fish Called Mean-Field Game Theory
Type Theory: A Modern Computable Paradigm for Math
The Essence of Quantum Mechanics
Cryptography and Number Theory
Dynamics of the Wave Function: Heisenberg, Schrödinger, Collapse
Non-Euclidean Geometry and Map-Making
Poincaré Conjecture and Homotopy
The Cubic Ball of the 2014 FIFA World Cup
A Model of Football Games
P versus NP: A Crucial Open Problem
Bayesian Games: Math Models for Poker
HDI: a measure of human capabilities
Imaginary and Complex Numbers
Topology: from the Basics to Connectedness
Marriage Assignment Problem and Variants
Fair Division and Cake-Cutting
Euclidean Geometry and Navigation
Conditional Probabilities: Know what you Learn
Mechanism Design and the Revelation Principle
Logarithms and Age Counting
Hypothesis Test with Statistics: Get it Right!
From Britain’s coast to Julia set: an introduction to fractals
Dynamics, Chaos, Fractals (pt 1)
A Mathematical Guide to Selling
The Massive Puzzles of Gravity
High Dynamic Range and Tone Mapping
The Magic of Algebra
Symmetries and Group Theory
Multicriteria with MACBETH
Geometry and General Relativity
Temperature Misconception: Heat is Not How it Feels
Space Deformation and Group Representation
Cryptography and Quantum Physics
Geological Wonders of Iceland
Regulation of Electricity Markets
Dynamics, Chaos, Fractals (pt 2)
Probabilistic Algorithms, Probably Better
Does God play dice?
The coach’s dilemma.
Computing Hunger worldwide: the Global Hunger Index (GHI)