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The article recounts how Steve Wozniak single‑handedly designed and built the Apple I computer in 1976, detailing its hardware components, the machine language monitor, its $666.66 price, and the broader context of early personal‑computer development.
This article curates eight essential books and documentaries that explore the rise, decline, and personal narratives of computing—from legendary programmers and the birth of personal computers to the lives of Turing, Jobs, and Tesla—offering insight and inspiration for anyone in tech.
From a rapid BBC Micro prototype in the early 1980s to the 1985 launch of the Acorn RISC Machine, ARM evolved into a low‑power, licensed CPU core that powered devices from the Newton to today’s iPhone, ultimately becoming the world’s most ubiquitous processor architecture.
This article recounts the historical rivalry between Steve Jobs and Bill Gates, tracing how Xerox PARC’s groundbreaking GUI, Ethernet, and object‑oriented innovations inspired the Macintosh and Windows, and how commercial decisions, legal battles, and visionary leadership shaped modern personal computing.
This article recounts how a MIT information‑theory class assignment sparked David Huffman's invention of a bottom‑up binary‑tree coding method that revolutionized lossless data compression and became a cornerstone of modern computer science.
The article recounts how Steve Wozniak, inspired by the Homebrew Computer Club in 1975, single‑handedly designed and built the Apple I computer using a Motorola 6800 CPU, 4 KB memory, a BASIC interpreter and a machine‑language monitor, illustrating the challenges of creating a complete system in the 1970s.
Ken Thompson, the Turing‑award‑winning computer pioneer, co‑created UNIX, contributed to the Multics project, helped develop the C language, and later co‑designed Go at Google, with a life story that blends groundbreaking OS design, hacker culture, and a passion for aviation.
This article examines the Soviet Union's computer history, highlighting early innovations like the water integrator, the reliance on vacuum‑tube technology, the experimental ternary Setun computer, the ambitious OGAS network proposal, and how strategic and political choices ultimately stalled its IT development.
This article chronicles the development of DEC's Alpha processor—from its roots in the pioneering DEC company and the VAX era, through its groundbreaking RISC design and industry impact, to its eventual decline and lasting influence on modern CPU architectures.
This article provides a comprehensive overview of computer fundamentals, covering the evolution from first‑generation vacuum‑tube machines to modern large‑scale integrated‑circuit computers, explaining digital circuits, logic gates, binary representation, and introducing emerging photon and quantum computing concepts.
This article chronicles the historical development of ASCII, RS‑232, early hardware terminals, modems, 36‑bit systems, and related Unix terminology, explaining how these once‑common technologies shaped modern computing and why their legacy still matters today.
The article reflects on Dennis Ritchie's legacy, describing how his work on UNIX and the C language emerged from curiosity, stepping out of comfort zones, innovative thinking, and a philosophy of sharing that still influences modern software development and open‑source culture.
The article presents a collection of thirty‑five core observations from the classic 1984 book “Hackers: Heroes of the Computer Revolution,” highlighting hacker philosophy, attitudes toward openness, control, creativity, and the social impact of computing.