Q0778Ada Lovelace wrote what's considered the first algorithm intended for a machine, in the 1840s.
She saw that Babbage's engine could do more than sums — it could follow programmed instructions, a century before computers existed.
Ikigai DailyArt, science, history, surprise
Wonder
The world is stranger up close.
Facts, artworks and discoveries that reward a second look and open a door into something larger.
1,289 cardsPage 18 of 54Context and sources
Editor’s note
The open room
Wonder begins where familiarity loosens. This edition crosses science, art, language and history to recover the useful shock of looking closely at things we thought we already knew.
Q0778Q0779The computer bug story was popularised after a moth was found in a relay in 1947, giving a physical joke to software trouble.
Engineers used 'bug' for faults before 1947, but the moth taped into a Harvard relay logbook made the term stick in computing — turning an abstract fault into something you could literally point at. A good anecdote can outlive the machine it came from.
Q0780A modern smartphone has vastly more computing power than the computer that guided Apollo 11 to the Moon.
The Apollo Guidance Computer had a tiny fraction of a modern phone's memory and speed — yet it landed humans on the Moon.
Q0781Douglas Engelbart's first computer mouse, in the 1960s, was a small wooden shell with two wheels.
Engelbart’s wooden mouse was part of a much larger vision for interactive computing: windows, links, shared editing and live collaboration. The 1968 demonstration looked strange then because it was quietly showing the future office.
Q0782Email was already being used in the early 1970s, roughly two decades before the World Wide Web made the internet feel public.
The web made clicking through pages feel normal in the 1990s, but networked messages came earlier — email grew out of research and office systems into one of the world's default channels of work. Digital revolutions tend to arrive in layers, not all at once.
Q0783Bluetooth is named after King Harald Bluetooth, and its logo combines runic forms of his initials.
The name was chosen as a metaphor for uniting devices, echoing Harald Bluetooth's association with uniting parts of Denmark and Norway. The logo combines runic forms linked to H and B. Even a settings-menu word can carry an old political story into a new technical standard.
Q0784The first SMS text message, sent in 1992, read 'Merry Christmas'.
The first text message, sent in December 1992 from a computer to a phone on the Vodafone network, simply read 'Merry Christmas'. Phones then had no keyboards, so there was no way to reply — the medium that would carry trillions of messages began as a one-way hello.
Q0785One of the first webcams watched a Cambridge coffee pot so researchers could check the coffee before walking to it.
The Cambridge coffee-pot camera solved a wonderfully small problem: no one wanted to walk to an empty pot. That local convenience foreshadowed a world of cameras checking doors, traffic, shops, pets and weather. Many technologies begin not as grand visions, but as cheap answers to a daily irritation.
Q0786Martin Cooper of Motorola made the first handheld mobile phone call in 1973, helping move telephony from place to person.
Before handheld phones, calling someone meant calling a place — a home, an office, a payphone. Cooper's 1973 call pointed to a world where the number would follow the person, quietly reshaping privacy, work, safety and attention. Mobility changed communication's very address.
Q0787The cloud is really vast data centres: warehouses of computers using electricity, cooling and networks around the world.
Cloud services feel invisible because you meet them through an app. Behind them are servers, storage drives, backup systems, cooling equipment and fibre links. This matters globally because digital convenience has physical footprints and political dependencies. The lesson is grounding: “online” still lives somewhere.
Q0788Moore's Law observed that the number of transistors on a chip roughly doubled every couple of years.
In 1965 the engineer Gordon Moore, later co-founder of Intel, noticed that the number of transistors on a chip was doubling at a steady pace, and predicted it would continue. That doubling — roughly every two years — drove half a century of computers getting faster, smaller and cheaper. It is now slowing as transistors approach the size of atoms.
Q0790Linus Torvalds started Linux in 1991 as a personal project, then shared it openly enough for a global community to build on it.
Linux now runs servers, phones, embedded devices and research systems, yet it began with a student announcing a hobby kernel and inviting anyone to inspect and improve it. Critical infrastructure can be built by communities, not only companies — shared code can far outgrow its origin.
Q0791The first website, made at CERN in 1991, simply explained what the World Wide Web was and how to use it.
Websites now sell, stream, teach, argue and entertain — but the very first one was modest: a page explaining a new way to link and reach information. Huge systems often begin as instructions for a small group, and clarity can be the seed of scale.
Q0792Konrad Zuse's Z3, completed in 1941, is regarded as the first programmable, automatic digital computer.
Zuse’s Z3 used electromechanical relays and binary arithmetic, and could be controlled by punched film. It was destroyed in wartime bombing, but its design marks a crucial step between calculating machines and programmable digital computers.
Q0793Wi‑Fi was chosen as a catchy brand name, not as a strict abbreviation for “wireless fidelity.”
People often expand Wi-Fi as wireless fidelity, but the name was built to be memorable, not literal. Technology spreads more easily when people can say it, trust it and remember it. The label on a router is part engineering and part public language.
Q0794GPS was developed by the U.S. military, then opened for civilian use, turning satellite timing into everyday navigation.
GPS receivers compare precise timing signals from satellites to calculate position. A strategic military system became a shared layer for maps, shipping, farming, emergency response and phone apps. The blue dot on a screen is military timing translated into everyday confidence.
Q0795Early hard drives stored only a few megabytes while filling large cabinets, a sharp contrast with today’s pocket-sized storage.
Modern phones casually store photos, videos and apps in amounts early computer rooms could not imagine. Early drives were mechanical, heavy and expensive, with tiny capacity by today’s standards. This matters because progress can hide the physical struggle behind ordinary convenience. The so-what: what feels small now was once room-sized ambition.
Q0796A large share of web traffic is not human at all, but bots, crawlers and automated services requesting pages and data.
Search engines crawl pages, monitoring tools check uptime, bots scrape data, and malicious systems test weaknesses. That means a website’s visitors are not all readers or customers. This matters globally for security, cost, analytics and trust. The lesson: online attention is not the same as human attention.
Q0797Touchscreen technology was being developed in the 1960s–70s, long before smartphones.
The first finger-driven touchscreen was built in 1965 by E.A. Johnson at Britain's Royal Radar Establishment, decades before phones. The core idea — sensing the tiny electrical change a fingertip makes — barely changed; it simply took until the 2000s to become cheap, reliable and small enough to put in every pocket.
Q0799Before email, the @ sign was a minor accounting symbol; Ray Tomlinson’s 1971 address choice made it a global digital marker.
Tomlinson used @ to place a user at a host computer, creating an address form that still feels natural today. A small symbol moved from invoices and typewriters into billions of email addresses, usernames and tags. The global lesson is design economy: the right existing mark can make a new system readable.
Q0800The 2,000-year-old Antikythera mechanism could predict astronomical positions — an analogue 'computer'.
Recovered in 1901 from a Roman-era shipwreck off the Greek island of Antikythera, this bronze device from around 100 BC used dozens of precise gears to predict eclipses, planetary positions and even the timing of the Olympic Games. Often called the first known analogue computer, nothing of comparable complexity appears again for over a thousand years.
Q0801A single modern phone can store more text than many historical libraries, turning a pocket into an archive.
Storage capacity has grown until ordinary devices can carry books, documents, photographs, maps and messages at once. For most of history, that much information required rooms, shelves and caretakers. Abundance changes the problem: the harder task is no longer reaching information, but choosing what deserves attention.
Q0803Teaching at Oxford began centuries before Tenochtitlan, the future Aztec capital, was founded around 1325.
Oxford has evidence of teaching from the late 11th century. The comparison is not about “older means better”; it simply stretches the historical timeline and shows how different civilizations overlapped in surprising ways.
Q0804The Anglo-Zanzibar War of 1896 is considered the shortest in history, lasting roughly 38 minutes.
After a disputed succession in Zanzibar, British warships opened fire on the palace on 27 August 1896. The shelling quickly ended the standoff, which is why the conflict is often cited as history’s shortest recorded war.