Physics advanced as much by what its instruments could register as by what its theories could explain. This path follows ten scientists in order of birth year, from the first device that showed temperature change to the...
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This path follows ten institutions in India, Japan, Bangladesh and Israel where research science was organized outside Europe and North America, in the order they were founded. It begins with the University of Calcutta...
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Most of the institutions on this atlas grew from a university, a society or a private gift. These ten were created or sponsored by governments to do science that nobody else would fund at scale: weather forecasts...
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This path follows how scientists learned to find, name and work with agents too small to see, in rough order of the key work: lenses that first showed microbes, the proof that specific microbes cause specific diseases...
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This trail follows one claim on its way through science. It starts with the looking that supplies the evidence, moves through the rules for deciding what counts as a testable idea, then through the designs medicine...
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This path follows twelve universities in the order they were founded, from Cambridge in 1209 to Caltech in 1891. Each stop is a school where named scientists studied, taught or did their research, so the order shows the...
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This path follows the long effort to put living things in order, from Aristotle grouping animals by shared traits to Haeckel naming the science of how organisms relate to their surroundings. Each stop is a naturalist...
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These nine scientists are placed in order of birth, and each stop is a mathematician whose entry records a result or a design that later work built on. The path runs from the notation of the calculus through number...
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This path follows how anthropologists and linguists learned to study human societies, from a nineteenth century definition of culture, through the fieldwork that replaced armchair comparison, to the structural methods...
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This path follows one question, how anyone could know what a molecule looks like and what it does, from the 1912 discovery that crystals diffract X-rays, through the structures of penicillin and insulin, to the...
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These ten scientists each won a Nobel Prize, and the trail follows the prizes in the order they were awarded, from sugar chemistry in 1902 to the Higgs mechanism in 2013. Read in sequence, they show how a prize-winning...
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This path follows chemistry from the isolation of oxygen in 1774 to the quantum account of the chemical bond in 1939. Each stop is a scientist whose work gave chemists a new way to name, count, arrange or explain...
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These eleven scientists of the Earth, its rocks, its oceans and its weather are placed on one path in order of the birth year recorded on each entity page, the oldest first, beginning with James Hutton in 1726 and...
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This trail follows one idea across twenty-five centuries: that structured rules, symbols and signals can be studied, measured and built into working things. It begins with an ancient grammar that behaves like an...
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This path follows eight scientists who each changed what counts as good evidence, from the weighed experiments of the eighteenth century, through the design of controlled trials and the study of how materials and craft...
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Science rewards its own, and each prize on this path shows who a field chose to honor and why. The route runs from the oldest surviving scientific award in the world to a modern prize funded by technology founders, so...
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This path follows four centuries of medicine by way of eight people who each replaced an inherited assumption with something that could be checked: a dissected body, a measured volume of blood, a controlled outcome, a...
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Each stop is an institution that gathered people, instruments and money in one place so that research could be sustained over years. The path runs in order of founding, from a royal garden to a national accelerator...
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This path follows ten learned societies and academies in the order they were founded, from the Royal Society in 1660 to the Chinese Academy of Sciences in 1949. Together they show how science moved from informal...
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Each of these eleven scientists, taken in order of birth from 1647 to 1920, found a new way to make evidence visible: a life cycle observed in the field, a comet found in the sky, a chart that exposed a death toll, a...
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Long before modern laboratories, scholars in Greece, China, India, Persia and the Arab world built the habits that science still runs on: observe the patient, prove the claim, measure the sky, test the drug. This path...
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Four scientific theories replaced by better ones, and what it actually took each time: new evidence, a missing mechanism finally supplied, or a rival account that still has not been settled.
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Not every field in this atlas began with one founder and one date. This wave minted two disciplines, Earth Science and Solid-State Physics, that instead consolidated older, separately grown branches into a single named...
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Four instruments this wave researched in depth, each one built to work around a hard physical limit: the telescope's aperture-resolution tradeoff, the cyclotron's relativistic ceiling and the synchrotron built to beat...
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How does anyone actually know what they claim to know. This trail follows five experiments where a careful test settled a real question or overturned an assumption science had been carrying: a search for motion through...
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Ten instruments, from a medieval disk of brass to a 27-kilometre ring under the French-Swiss border, each one letting scientists perceive something the unaided body cannot: distance, heat, pressure, scale, color...
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Five results everyone half-remembers, and the fuller story behind who actually did the work: Scheele, Priestley and Lavoisier on oxygen; Rosalind Franklin's Photograph 51; Harvey Fletcher's uncredited share of the oil...
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