Stillness: Ideas for rest and attention. - Page 25

Editor’s note

Stillness

Selected for perspectives on rest, attention, patience and decision-making.

Q1961

WonderHistory

Marshallese stick charts encoded how ocean swells bend around islands, using curved ribs for wave patterns and cowrie shells or selected intersections for islands.

Marshallese navigators built charts from coconut ribs, fibre and shells, but their subject was not fixed territory. The curves modelled long ocean swells, currents and the disturbances made by islands. Often studied ashore and committed to memory rather than carried at sea, each chart trained a body to feel a moving landscape beneath the canoe.

Marshall Islands stick chartRead card

Q1963

WonderArt

The Catalan Atlas of 1375 joined nautical charts to cosmology, rulers, caravans and travel lore across six richly illuminated parchment leaves.

Usually attributed to the Majorcan Jewish cartographer Abraham Cresques and his workshop, the atlas moves from calendar and cosmology into a mapped world. Accurate Mediterranean coastlines share parchment with Mansa Musa, Silk Road caravans and creatures drawn from travellers' reports. It borrows the coastal precision of portolan charts while functioning as an illuminated courtly portrait of what lay beyond sight.

Catalan AtlasRead card

Q1965

WonderHistory

The Tabula Peutingeriana compresses the Roman road network into a long strip, sacrificing geographic shape so routes, stations and distances remain legible.

The surviving parchment is a medieval copy of an ancient model, now arranged in eleven sections. Seas become narrow seams and whole regions elongate, because the map's true subject is movement through the cursus publicus: roads, staging points and towns. Read from end to end, the strip behaves less like a portrait of land than an itinerary: the order of stops matters more than their shape.

Peutinger MapRead card

Q1967

WonderDesign

Buckminster Fuller's Dymaxion map unfolds Earth from an icosahedron, keeping continents unbroken in its principal layout while concentrating interruptions in the oceans.

Fuller developed the projection from the 1930s and later refined it with Shoji Sadao. Its triangular faces can unfold in several arrangements rather than centring one nation or dividing the globe into customary hemispheres. In the best-known layout, the cuts fall mainly through oceans and the continents remain visually continuous around the Arctic. The geometry also makes an argument: political borders need not dictate how a planet is framed.

Dymaxion mapRead card

Q1969

WonderArt

Albert Munsell organised colour by hue, value and chroma, separating what family a colour belongs to from how light and how intense it appears.

Munsell's early twentieth-century system imagined colours in an irregular three-dimensional solid. Hue circles the centre, value rises from dark to light, and chroma extends outward with saturation. Because equally numbered steps aimed to look perceptually even, artists, soil scientists, conservators and manufacturers gained more than names: they gained coordinates for comparing what eyes see.

Munsell color systemRead card

Q1972

WonderScience

Inge Lehmann's 1936 analysis of earthquake waves showed that Earth's core contains a solid inner core inside its liquid outer region.

Seismologists expected certain earthquake waves to vanish in the shadow made by Earth's liquid core, yet instruments recorded weak arrivals there. Lehmann proposed that waves were refracting and reflecting from another boundary deep inside. She never saw the inner core; she inferred it from a disciplined reading of what should not have arrived, but did.

Inge LehmannRead card

Q1975

WonderSpace

Beatrice Tinsley built quantitative models of how stellar populations make galaxies change colour and brightness as they age, reshaping observational cosmology.

To look at a distant galaxy is to look backward in time, but comparing galaxies requires knowing how their own stars evolve. Tinsley's models followed successive generations of stars, gas and heavy elements, showing that a galaxy's light changes with age. Cosmologists could no longer treat galaxies as unchanging markers scattered through space; every marker carried an evolving past inside it.

Beatrice TinsleyRead card

Q1977

WonderScience

Noether's theorem connects each differentiable continuous symmetry of a system's action with a conserved quantity, linking time translation to energy and spatial translation to momentum.

If an experiment's laws do not change when it is performed tomorrow rather than today, energy is conserved; if they do not care where it happens, momentum is conserved. Emmy Noether proved the general bridge between such continuous symmetries and conserved quantities in 1918. A theorem born in abstract mathematics became part of the grammar of modern physics.

Emmy NoetherRead card

Q1979

WonderScience

Émilie du Châtelet's French Principia did more than translate Newton: its extensive commentary clarified his physics and remains the standard complete French edition.

Du Châtelet translated Newton's dense Latin into French, checked the mathematics and added substantial explanations and commentary, completing the project near the end of her life. She also defended vis viva as proportional to mass times velocity squared, a precursor of kinetic energy. Translation in her hands was neither clerical nor secondary; it was a form of exacting scientific authorship.

Émilie du ChâteletRead card

Q1981

WonderArt

Maria Sibylla Merian depicted insect metamorphosis together with the plants each species lived on, joining close observation, ecology and art.

Natural-history plates often arranged dead specimens as isolated types. Merian raised caterpillars, watched them pupate and painted egg, larva, pupa and adult around the host plant that fed them. In Suriname she also relied on enslaved African and Indigenous people as guides, household workers and sources of botanical knowledge—contributors her published plates did not name. Her compositions made transformation inseparable from habitat, anticipating an ecological way of seeing.

Maria Sibylla MerianRead card

Q1986

DriveSpace

Dorothy Vaughan led NACA's segregated West Area Computers, then mastered FORTRAN and prepared her colleagues for NASA's shift from human to electronic computing.

In 1949 Vaughan became NACA's first Black supervisor, managing mathematicians whose hand calculations supported aeronautical research. As electronic computers arrived, she learned FORTRAN and built programming expertise across the group, helping colleagues prepare for new roles as NASA integrated its computing divisions. She later contributed to the Scout launch vehicle. Her distinction was not personal adaptability alone; she turned foresight into collective preparation.

Dorothy VaughanRead card

Q1995

DriveBiography

Fe del Mundo founded the Philippines' first paediatric hospital in 1957 and built programmes that carried child healthcare, training and disease prevention beyond its walls.

Del Mundo returned from postgraduate training in the United States as war reached the Philippines and cared for sick children in an internment camp. Frustrated by the limits of public institutions, she sold property to open the Children's Memorial Hospital in Quezon City, then linked specialist care with rural health workers and rehydration teams. She researched infectious disease, trained generations of clinicians and wrote a foundational Philippine paediatrics text. Her hospital was a building; her real design was a network of care.

Fe del MundoRead card

Q1998

WonderBiography

Ernest Everett Just revealed decisive changes at the egg-cell surface during fertilisation and insisted that living cells be studied in conditions faithful to their environment.

At the Marine Biological Laboratory in Woods Hole, Just became an authority on keeping marine invertebrate eggs alive and experimentally trustworthy. He showed that sperm entry helps determine the first cleavage plane and studied the surface reactions that prevent additional sperm from entering an egg. His 1939 book The Biology of the Cell Surface gathered a lifetime's argument: a cell is not merely its isolated parts, but an active boundary responding to a whole environment. Precision began with respecting what kept the specimen alive.

Ernest Everett JustRead card

Q2001

WonderScience

In a cloud chamber, ions left by a charged particle seed droplets in supersaturated vapour, turning an invisible passage into a bright, photographable track.

Charles Wilson began by studying how clouds form. Rapid expansion cooled moist air in his chamber until its vapour was ready to condense; a charged particle supplied a thread of ions on which droplets gathered. Magnetic fields bent the particles' paths; the resulting curved tracks let physicists infer charge and momentum from geometry. Cloud-chamber photographs helped reveal cosmic-ray events and the positron. The instrument did not photograph the particle itself. It photographed the atmosphere's exquisitely brief reply.

Cloud chamberRead card

Q2003

WonderScience

An atomic force microscope follows a surface with a tip on a tiny cantilever, translating minute forces and deflections into a three-dimensional nanoscale map.

Scanning tunnelling microscopy depended on an electrical current and therefore favoured conducting samples. In 1986 Gerd Binnig, Calvin Quate and Christoph Gerber proposed a different messenger: force. Their microscopic tip can touch a surface or hover just above it while attraction and repulsion bend the cantilever; a laser commonly magnifies that motion for the detector. Because the method can work on insulators and in liquids as well as in vacuum, it brought polymers, membranes and biological structures into the nanoscale landscape. Seeing became a disciplined form of touch.

Atomic force microscopyRead card

Q2006

WonderArt

Late nineteenth-century chronophotography recorded successive phases of movement in image sequences or on one plate, making animal and human locomotion available for measurement.

Eadweard Muybridge used rows of cameras to separate a horse's stride into instants; Étienne-Jules Marey developed methods that layered regular exposures from one viewpoint, turning motion into trace and interval. The images corrected assumptions hidden in paintings, opened new study of bodies and supplied early cinema with part of its visual grammar. Before film made pictures move, photography made movement pause long enough to think.

ChronophotographyRead card

Q2007

WonderArt

Introduced commercially in 1907, Autochrome Lumière used a microscopic mosaic of dyed potato-starch grains over a photographic emulsion to record colour on glass.

The Lumière process spread millions of tiny red-orange, green and blue-violet starch grains across a glass plate, filling the gaps with lampblack and coating the screen with light-sensitive emulsion. After reversal processing, the finished transparency needed transmitted light to glow. Long exposures softened movement and the irregular mosaic lent images a pointillist atmosphere: modern colour arriving through an unexpectedly edible material.

Autochrome LumièreRead card

Q2010

WonderBiology

Environmental DNA surveys detect genetic traces shed into water, soil or air, allowing researchers to look for species without seeing or capturing the organisms themselves.

Organisms release cells, scales, mucus, pollen, waste and other traces into their surroundings. Researchers filter a sample, extract its DNA and test a marker for one target species or amplify and sequence markers shared across a community. The method can find rare or elusive life with less disturbance, but a positive signal is not a headcount: DNA travels, decays and can be contaminated. Absence and presence still require ecological judgement.

Environmental DNARead card

Q2011

WonderOcean

Thousands of autonomous Argo floats repeatedly descend and rise through the ocean, measuring temperature, salinity and pressure before surfacing to transmit open data by satellite.

A typical Core Argo float drifts deep for days, sinks towards about 2,000 metres, then profiles the water as it rises. At the surface it sends measurements and position to satellites before diving again, usually completing a cycle in roughly ten days. Distributed across the world's oceans, the fleet has turned vast, rarely visited water into a continuously renewed climate record available to everyone.

Argo (oceanography)Read card

Q2015

DriveArt

When arthritis made embroidery painful, Anna Mary Robertson Moses — Grandma Moses — began painting scenes of farm life in her late seventies. Her first solo show opened in New York when she was 80, and she painted into her 101st year.

Her sister suggested painting might be easier on stiff hands than needlework. It was — and something else came with it. A New York collector spotted her pictures in a drugstore window; the 1940 exhibition was titled 'What a Farm Wife Painted'. She produced more than 1,500 paintings in about two decades, most of them memories of rural seasons, and became one of America's most beloved artists before her death at 101 in 1961.

Grandma MosesRead card

Q2016

DriveArt

In 1772, at 72, Mary Delany noticed how a geranium petal matched a scrap of red paper — and invented the 'paper mosaick'. Over the next decade she cut 985 botanically precise flower collages, each built from hundreds of tiny paper pieces.

'I have invented a new way of imitating flowers,' she wrote that autumn. Botanists including Joseph Banks admired the collages' scientific accuracy; some carry hundreds of paper petals layered on black backgrounds. She worked for about ten years until her eyesight failed in her early eighties. The ten albums she called the Flora Delanica now rest in the British Museum — the life's work of an artist who started at 72.

Mary DelanyRead card

Q2019

DriveLiterature

Laura Ingalls Wilder published her first book, 'Little House in the Big Woods', in 1932 at the age of 65 — then spent her late sixties and seventies writing the pioneer childhood series that made her one of the century's best-loved authors.

She was no complete beginner — for years she had written a farm column for a Missouri paper — but the books were something new: her frontier childhood of the 1870s and 80s, recalled in her sixties with a clear, warm plainness. Readers sometimes assume a life's defining work must announce itself early. Wilder's waited until most people's careers are ending, and then outlived them all.

Laura Ingalls WilderRead card

Q2021

DriveLiterature

Toni Morrison published 'The Bluest Eye' in 1970 at 39, written in the hours before dawn while she edited other people's books by day and raised two sons on her own. In 1993 she became the first Black woman awarded the Nobel Prize in Literature.

'Writing before dawn began as a necessity — I had small children,' she later told the Paris Review. The necessity became a ritual: she liked to watch the light arrive with coffee, before the day claimed her. Morrison spent nearly twenty years as a book editor, championing other Black writers, while building one of the great bodies of American fiction in the margins of her own mornings.

Toni MorrisonRead card

Q2032

DriveMind

From 1946 in Rio de Janeiro, Nise da Silveira refused to administer lobotomy and electroshock, then standard psychiatry. Sidelined into occupational therapy, she opened painting studios for her patients — and their art astonished the world.

The studios opened in September 1946 inside a national psychiatric centre; by 1952 the work had grown into the Museum of Images of the Unconscious, now holding hundreds of thousands of paintings and sculptures. Carl Jung admired the collection and corresponded with her in the 1950s. Some patients dismissed as unreachable produced work of startling power — evidence, she argued, that the task was never to subdue the mind but to give it a language.

Nise da SilveiraRead card

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