As We May Think

As We May Think is a 1945 essay published in The Atlantic that outlines Vannevar Bush's vision for the future of information management and human knowledge. Bush, who directed scientific research efforts during WWII, proposes a theoretical machine called the "memex" that would store and link vast amounts of information. The text examines the limitations of traditional information storage methods like libraries and paper filing systems, contrasting them with emerging technologies. Bush describes in detail how mechanical, photographic, and computational innovations could combine to create new ways of organizing and accessing human knowledge. The essay presents specific technical solutions, including microfilm storage, associative indexing, and mechanical memory aids that would allow researchers to create lasting "trails" through information. Bush explains how these tools could fundamentally change how humans record, store, and share their thoughts and discoveries. This forward-looking work stands as one of the earliest conceptual blueprints for modern computing and hypertext systems, presenting core ideas about human-machine interaction that would influence the development of personal computers and the internet. The text explores the relationship between human memory, technological capability, and the advancement of knowledge.

Readers appreciate Bush's predictive vision of personal computing, hypertext, and information management decades before their invention. Many note how his descriptions of "memex" and linked information paths foreshadowed modern web browsers and Wikipedia. Common praise points to the work's accessibility despite complex technical concepts. Multiple reviews mention its relevance to current information overload challenges. Critics find portions outdated, particularly the analog technology descriptions. Some reviewers note the dense, academic writing style can be difficult to follow. A few mention that Bush's predictions about scientific progress were overly optimistic. Ratings: Goodreads: 4.15/5 (196 ratings) Amazon: 4.3/5 (31 ratings) Sample review quotes: "Like reading Da Vinci's notebooks - prophetic yet grounded in its time" - Goodreads user "Important historical piece but dry reading" - Amazon reviewer "Shows both how far we've come and how far we still need to go in managing information" - LibraryThing review

The Medium is the Massage by Marshall McLuhan This exploration of how media and technology reshape human thought patterns draws parallels to Bush's vision of information systems affecting cognitive processes.

Understanding Media by Marshall McLuhan The analysis of how electronic media extends human consciousness connects to Bush's concepts of memory extension through mechanical means.

The Information: A History, a Theory, a Flood by James Gleick This history of information technology and communication traces the evolution of human knowledge systems that Bush contemplated in his work.

Interface Culture by Steven Johnson The examination of human-computer interaction and digital interfaces builds upon Bush's foundational ideas about information navigation and retrieval.

From Memex to Hypertext by James M. Nyce and Paul Kahn This collection of essays and commentary expands on Bush's original memex concept and its influence on modern hypertext systems.

🔖 Published in The Atlantic Monthly in 1945, this groundbreaking essay accurately predicted several modern technologies, including hypertext, personal computers, and something resembling the Internet. 💡 Vannevar Bush was President Roosevelt's science advisor and oversaw 6,000 scientists during WWII through the Office of Scientific Research and Development (OSRD). 📚 The "Memex" device described in the book - a desk-sized machine for storing and linking information - inspired early computer pioneers like Douglas Engelbart and Ted Nelson. 🔬 Bush wrote this piece while contemplating how scientists could better organize and access the exponentially growing amount of human knowledge after WWII. 🌐 While Bush imagined his Memex using microfilm technology, his core concept of linking related pieces of information became the foundation for the World Wide Web's hyperlink system.