Contents
Explore and discover our contents
Chess
A beautiful strategy game
Chess is a game with more than a century of history, renowned for its strategic depth and for exercising concentration and logical thinking. It held its first unofficial “Olympiad” in Paris in 1924, as part of the World Championship of Nations, solidifying its international recognition. Beyond being mere entertainment, it offers endless possibilities for analysis, where each move can change the course of the game. In our section, we explore it from a computational perspective, seeking the minimum number of moves that lead to an imminent victory. Read more
Numbers
The foundation of mathematics
Numbers come from ancient cultures that developed them as a fundamental tool to count, measure, and understand the world, and throughout history Europeans were among the first to make significant contributions to the system we know today. However, although modern numbers may seem universal and standardized, they still present limitations in various aspects, from their notation to how we use them in daily life or in computational systems. In our Numbers section, we will explore not only their historical evolution but also alternative ways of representing and applying them to broaden understanding and improve their use in modern contexts. Read more
Internet
The network that connects the world
The Internet began as a military network that quickly grew into a global network, connecting millions of users worldwide. During its evolution, it adopted heavy standards that still today hinder traffic and limit the efficiency of digital communication. More than just a medium, the Internet transformed how we share information, work, and interact. In our Internet section, we will explore its history, analyze both old and modern standards, and propose ways to improve them for today’s challenges. Read more
Compression
The art of reducing information
Compressing information to the maximum and in the shortest possible time is an important challenge for both communications and the storage and processing of data. As information continues to grow, it becomes essential to use efficient methods that optimize space and speed without losing quality. Data compression not only allows faster and more cost-effective handling of information, but also facilitates its secure transmission between systems and devices. In our Compression section, we will explore advanced techniques, including recursive compression, and examine how to apply them to improve efficiency in modern environments. Read more
Routes
The path to efficiency
The problem of routes is not limited to logistics; it also has applications in areas such as robotics, computer science, urban planning, and transportation network management. Route optimization is crucial for our society, as it helps save time, resources, and energy while improving the efficiency of complex systems. Solving these problems involves analyzing multiple variables, from distances and costs to time constraints and resource capacity. In our Routes section, we will explore different methods and algorithms used to optimize paths, showing how these strategies can be applied to improve planning and decision-making in real-world environments. Read more
Number Pi
The infinite constant
The number pi is a long-standing mathematical constant, known for representing the relationship between a circle's circumference and its diameter. Throughout history, calculating it precisely and representing it has been one of the oldest and most fascinating challenges in mathematics. Beyond its numerical value, pi has influenced fields such as geometry, physics, engineering, and computer science, being essential in formulas and complex calculations. In our Pi section, we will explore simpler and more practical ways to represent it and use our modern computers to perform precise calculations and explore its applications in today’s world. Read more
