Silicon Valley is the epicenter of today's IT industry. Behind its birth lies an epic drama of a lone genius running amok and the rebellion of eight young engineers known as the 'Traitorous Eight'. We thoroughly explain their journey.
We will thoroughly delve into the mechanism and specific countermeasures of "The Peter Principle," a universal organizational phenomenon where "competent rank-and-file employees become incompetent managers." What is the wisdom to survive the fate of a hierarchical society?
The core of C language: "pointers" and "freedom". How does its philosophy of entrusting everything to developers unlock hardware limits and foster programmer growth? A detailed exploration into the abyss of memory management.
A deep dive into Git's design philosophy of decentralization, examining its aesthetics and architecture. We unravel the paradigm shift in development brought about by distributed version control systems.
A complete guide that thoroughly explores everything from the philosophy of the pure functional language Haskell to the true nature of the notoriously difficult "Monad". We explain the isolation of side effects, Functors, Applicatives, and the beauty of the abstract world woven by Monads.
ARPANET is the direct origin of the modern internet. From the birth of packet switching technology, the development of IMP, the historic 1969 communication, and its evolution into TCP/IP, we delve deeply into the history of the internet's genesis with thousands of words of detailed explanation.
The "Ship of Theseus" is a philosophical paradox from ancient Greece. Is a ship whose parts have all been replaced still the same ship? We delve into what self-identity truly is.
Five workers are on the tracks ahead of a runaway trolley, and one is on a side track. Do you pull the lever? From Philippa Foot's classic thought experiment to the AI ethics of self-driving cars, this article delves deeply into the clash between utilitarianism and deontology posed by the "Trolley Problem" and the mechanisms of human moral decision-making over thousands of words.
At the end of 1999, the world fell into a panic over the "Y2K Bug" 2000 problem. Was it just media hype? No, there was an epic debugging drama of programmers who fought day and night with code to prevent a global system collapse. We close in on the truth of that time.
A deep dive into the essence of 'modular design' underlying the Unix philosophy. A thorough explanation of timeless principles such as programs that do one thing well and coordination through text streams, which are still relevant to modern software engineering.
Metcalfe's Law states that 'the value of a network is proportional to the square of the number of users.' We delve deeply into the essence of network effects, the secret to the growth of SNS and platform businesses, the history of the law, its mathematical background, and its applications and limitations in modern business.
Dunbar's number states that humans can only maintain stable relationships with up to 150 people. In this article, we take a deep dive into the biological basis of this principle proposed by evolutionary psychologist Robin Dunbar, its implications for relationships in the era of social media, and its applications to organizational design when companies scale.
An incredibly deep dive into Parkinson's Law, which states that "work expands so as to fill the time available for its completion." We comprehensively explore its historical background, psychological mechanisms, and concrete methods to overcome it in business and daily life. A complete guide for time management and productivity improvement.
A comprehensive guide to the 'Prisoner's Dilemma', game theory's representative paradox. We thoroughly explain the mechanism by which individual rational choices lead to the worst outcome for the whole, and its applications in business, international politics, and biology. Exploring the conditions for mutual cooperation through Tit-for-Tat strategies and evolutionary game theory.
From deuterium–tritium reactions and plasma confinement to tokamaks, stellarators, laser fusion, energy gain, fuel breeding, materials, and power systems: fusion science and engineering explained with diagrams and calculations.
Understand nuclear power from binding energy and chain reactions to delayed neutrons, PWRs, BWRs, turbines, decay heat, and spent fuel, with history, diagrams, and worked examples.
From crawling and inverted indexes to BM25, PageRank, semantic search, distributed systems, and evaluation: understand what makes search fast and what its results can and cannot tell us.
If one were to name one of the most influential figures in modern business and self-help, Dr.
A monumental work of self-help that continues to have a massive influence on modern business people and leaders in the tech industry today.
Andrew Carnegie (1835-1919), the "Steel King" who represented the American Industrial Revolution.
