オリジナルのビジュアル変換 on Visualizing.JP

Atlases of World History: How Historical Atlases Distort Historical Memory

Fri, 10 Oct 2025 00:00:00 +0900

Atlases of world history is a data visualization about how historical atlases shape, and sometimes distort, our sense of history. It was created by Accurat, the Italian data design studio, for the Visual Data series in La Lettura.

The work compares three Italian world-history atlases from De Agostini, Garzanti, and Zanichelli. It asks a simple but powerful question: how much space does each atlas give to each period of history?

How to Read It

The “How to read it?” panel defines the visual grammar of the piece.

Distorted Timeline

The upper timeline is distorted according to the amount of page space each atlas devotes to each period. Periods that receive more pages are stretched; periods that receive little attention are compressed.

Element	Meaning
Actual timeline	The real passage of time from 10000 BC to AD 2000
Upper timeline	The atlas timeline, rescaled by page allocation
Vertical lines	Correspondences between actual time and the distorted timeline
Red 2000 BC mark	A reference point highlighting displacement
50-year period size	Percentage of textbook pages assigned to that period

The core idea is that “textbook pages” become a proxy for perceived historical length. Ancient Egypt, for example, may occupy a much larger cognitive space than its actual duration would suggest, while prehistory or early medieval periods may be compressed into near invisibility.

Topics and Continents

The lower portion shows what each period is about and where it is geographically focused.

Bar height indicates how much a topic is discussed.
Color identifies the topic, such as society, religion, politics, war, or economy.
Dots indicate continental coverage.

This layered structure shows history not as a neutral timeline, but as an editorial construction: what a book chooses to emphasize becomes what readers remember as important.

Comparing the Atlases

Atlas	Publisher	Main tendency
De Agostini / Atlas of world history	De Agostini	Relatively balanced, but still strongly Eurocentric
Garzanti / Atlas of world history	Garzanti	Greater emphasis on the modern period, politics, and war
Zanichelli / Atlas of world history	Zanichelli	Broad scholarly coverage, again with Europe and warfare prominent

Across all three, modern Europe receives disproportionate attention.

Why It Matters

The work is not merely a comparison of books. It is a critique of how educational media constructs collective memory. If the scale of a timeline is governed by page allocation, then the act of learning history also reshapes our intuitive sense of historical time.

Accurat’s method turns editorial bias into a visible structure. It shows how data visualization can act not only as an explanatory tool, but also as a cultural critique.

Summary

“Atlases of world history” reveals the hidden geometry of historical education. By stretching and compressing time according to the space it receives in atlases, the piece shows how world history is remembered through emphasis, omission, and repetition.

References

From First Publication to Masterpieces: Timelines of Literary Lives

Fri, 10 Oct 2025 00:00:00 +0900

This work visualizes the lives and creative careers of writers whose twentieth-century English-language novels were selected for the Modern Library’s 100 Best Novels. Created by Federica Fragapane, it appeared in the Visual Data series for La Lettura, the cultural supplement of the Italian newspaper Corriere della Sera.

Each circular form represents a writer’s life. Within it, the visualization overlays the age at which the writer published a debut work and the ages at which the novels regarded as major masterpieces appeared. The result is a comparative portrait of creative timing: early success, slow maturation, and late recognition all become visible at once.

How to Read the Graphic

The legend states that the authors are ordered “from the earliest success to the last one.” In practice, writers who reached a first masterpiece soon after debut appear toward the upper left, while those whose major work arrived later in life move toward the lower right.

What is shown	Visual encoding
Author name	Set in bold
Hometown	Small text next to the name
Region or continent	Text color: Asia, North America, Europe, South America
Ranking position	Number shown near the author name

What is shown	Visual encoding
Birth and death age	Positioned around the circle
Lifespan	Length of the outer circumference

What is shown	Visual encoding
Age at debut publication	First radial line inside the circle
Time from debut to first masterpiece	Distance from debut line to the first major-work mark
First masterpiece	Yellow radial sector
Second masterpiece	Orange sector
Third masterpiece	Pink sector
Fourth masterpiece	Purple sector

What is shown	Visual encoding
First masterpiece coincides with debut	Red dot inside the circle
Debut position	Black star on the circumference
Living author	Open outer circumference
Posthumous publication	Small black dot outside the circle

Context and Intent

The visualization turns a literary question into a temporal one: how long did it take a writer to arrive at the work that later defined them? Literary history often contrasts precocious genius with late mastery, but this piece makes that comparison legible as data.

For example, James Joyce appears as a writer who reached canonical work relatively early, while authors such as William Faulkner and Joseph Conrad show longer stretches between debut and the works most strongly associated with their reputations.

Data Sources

The work cites:

biography.com
britannica.com
modernlibrary.com

These sources provide birth and death dates, debut publication years, and ranking information from the Modern Library list.

Summary

“From first published to masterpieces” quantifies time and achievement in a literary domain that is usually described qualitatively. By placing lifespan, debut, and masterpiece publication into a shared visual grammar, it lets readers compare creative rhythm across writers and see literary history from a different angle.

References

Visualizing Brain Drain

Fri, 10 Oct 2025 00:00:00 +0900

This visualization depicts brain drain as the international movement of researchers. It was created by Giorgia Lupi of Accurat for the Visual Data series in La Lettura, the cultural supplement of Corriere della Sera.

Countries are positioned according to quantitative indicators such as R&D expenditure as a share of GDP and the number of researchers per million people. Lines then connect countries through flows of scientific migration.

Rather than functioning as a simple statistical map, the work makes visible the circulation of knowledge and the asymmetry of scientific opportunity between nations.

How to Read It

The “How to read it?” panel explains the graphic as a multivariate view of research environments and researcher mobility.

1. Country Position

X axis: R&D investment as a percentage of GDP
Y axis: researchers per one million people

Countries toward the upper right invest more in research and have a higher concentration of researchers.

2. Color and Marks

Visual element	Meaning	Main source
Blue horizontal bar	Share of foreign researchers	Franzoni et al., 2012
Lower blue bar	Share of foreign-born population	World Bank
Red vertical bar	Share of researchers from that country working abroad	Franzoni et al., 2012
Pale red elements	Citizens abroad and returning researchers	World Bank / Franzoni et al.
Thin yellow line	Unemployment rate	World Bank
Green small circles	Female employment rate	World Bank
Gray band	University ranking score	Times Higher Education
Beige circle	GDP per capita	World Bank

3. Connections Between Countries

Dotted arcs behind the country marks indicate routes of researcher movement from origin to destination. They form a network of knowledge flows rather than a conventional geographic map.

4. Reading Strategy

First read the country position to understand research capacity. Then compare the blue and red bars to see whether a country gains or loses research talent. Finally, use the supporting variables to understand the social, economic, and educational context.

Background

Brain drain refers to the migration of highly educated or skilled people, especially scientists, engineers, and researchers, toward countries with better economic or research conditions. The pattern has long been discussed as a structural problem for developing and emerging economies.

The visualization combines:

World Bank indicators from 2005-2012
the Foreign Born Scientists Mobility dataset by Franzoni, Scellato, and Stephan
Times Higher Education World University Rankings 2011-2012

Design Features

The work shows Lupi’s characteristic information design: precise geometry combined with organic curves, a strong color grammar for inflow and outflow, and an abstract spatial composition that treats the world as a knowledge-economy coordinate system rather than a physical map.

Summary

“Brain drain” presents a global map of knowledge circulation. It shows not only where researchers go, but also which countries are structurally positioned to attract, retain, or lose scientific talent. In doing so, it turns migration statistics into a visual argument for education policy and research support.

References

What If the World's Continents Were Drawn on the Same Scale?

Thu, 09 Oct 2025 00:00:00 +0900

Continents’ Showdown, created by the Italian data visualization studio Accurat, compares the world’s continents through a shared visual scale. A conventional map preserves geographic position and projection rules; this work intentionally reorganizes the world around comparison.

Continents’ Showdown

The piece was created for the Visual Data series in La Lettura, the cultural supplement of Corriere della Sera. It can also be read as an early example of Giorgia Lupi’s later idea of “Data Humanism”: data is treated not as a set of isolated numbers, but as a cultural material for understanding the world.

How to Read the Legend

The “How to read it?” section at the bottom defines the common visual grammar used across all continents.

Basic Continental Structure

Vertical strokes indicate the number of states.
Black dots indicate total population, with one dot representing 100 million inhabitants.
Large dot indicates the most populated state.
Black square indicates the highest population density.

Area and Physical Geography

The following geographic elements are compared on the same scale:

total surface area
country area
water basins and lakes
islands
river length

The legend also identifies the broadest state and the five broadest islands for each continent.

Movement and Distance

The number of time zones crossed gives a human-scale sense of a continent’s east-west span.

Natural Features

Mountain height is represented by triangular forms for the five highest mountains.
River length is represented by wavy lines for the five longest rivers.

Cities and Airports

The lower portion compares human concentration and movement:

the five airports with the largest number of passengers
the five most populous cities

The graphic uses the same scale for city inhabitants and airport passengers, treating urban population and travel flow as related expressions of human movement.

Concept

Accurat prioritizes cognitive comparison over geographic literalness. The visualization is not a replacement for a map; it is a device for asking new questions. What does it mean for a continent to be “large”? Is scale measured by area, population, rivers, mountains, airports, or cities?

Summary

“Continents’ Showdown” turns continents into comparable data portraits. By placing geography, population, nature, and mobility into a unified system, it helps readers feel the world through multiple scales at once.

References

Further Education, Longer Life: Visualizing Education and Social Structure

Wed, 08 Oct 2025 00:00:00 +0900

This work by Italian infographic designer Federica Fragapane shows the relationship between education level and life expectancy through a multivariate visual system. It was created for La Lettura, the cultural supplement of Corriere della Sera, and explores how education, wealth, family structure, urbanization, and longevity move together across countries.

The data sources include The Economist and Pocket World in Figures. Each country can be compared across GDP, life expectancy, urban population share, family size, and secondary-school enrollment.

How to Read It

The visualization arranges five variables within a square structure. Each country is represented by a line that passes through the axes, creating a compact profile of its social and demographic conditions.

Color represents life-expectancy range across the whole graphic:

Blue: below 70 years
Green: 70-79 years
Red: 80 years or older

Overall Structure

Axes 1-4 sit on the four sides of the square. Axis 5, urban population, wraps around the outer edge. This makes urbanization the broader context surrounding life expectancy, GDP, family size, and education.

1. Life Expectancy

The left axis shows life expectancy at birth. Countries with longer lives appear higher.

2. GDP per Capita

The lower axis shows economic output per person. Higher values move to the right and often align with education and longevity.

3. Family Members

This axis shows average household size. Smaller households are often associated with urbanized and highly educated societies.

4. Secondary School Enrollment

The right axis shows access to secondary education. Some countries can exceed 100% because of statistical coverage across age groups.

5. Urban Population

The outer axis shows the share of people living in urban areas, framing the other variables as part of a broader urban social system.

Interpretation

Lines extending upward and rightward tend to indicate higher education, higher GDP, longer life expectancy, smaller household size, and greater urbanization. Lines concentrated lower and leftward tend to indicate lower education, lower GDP, larger households, and shorter life expectancy.

Background

The work visualizes a long-discussed relationship in public health and social science: education is correlated with health and longevity. Education can shape income, health literacy, social participation, and access to care. Fragapane’s design avoids reducing that relationship to a single scatterplot and instead lets readers experience several variables together.

Note

The visualization shows correlation, not direct causation. It does not claim that education alone causes longer life; rather, it shows how education, economy, family structure, urbanization, and health tend to appear together.

References

Visual Data — Giorgia Lupi

Painters in the Making: Lives and Masterpieces

Mon, 06 Oct 2025 00:00:00 +0900

Painters in the Making by Giorgia Lupi maps the lives and major works of painters across roughly 800 years. Covering 90 artists from the Middle Ages to the twentieth century, it brings together lifespan, the timing of major works, painting technique, color, and artwork size in a single visual system.

The piece was created for La Lettura, the cultural supplement of the Italian newspaper Corriere della Sera.

How to Read It

The central vertical axis represents time, from the 1200s to the 1900s. Painters are arranged horizontally. Each artist’s life is shown as a line, and the moments when major works were created are inserted as small rectangles along that line.

1. Life Stages and Works

The gray line represents the full life of an artist. Darker segments indicate the age range in which key works were produced.

Life is divided into three stages:

young: up to age 35
adult: ages 36-60
mature: age 61 and above

Because average lifespans varied greatly across centuries, the stages are normalized by the life expectancy of each period. This makes it possible to compare a “mature” painter in the 1300s with one in the 1900s without treating age as a fixed universal threshold.

2. Attributes of the Works

Each rectangle represents a painting and contains several attributes:

the four dominant colors extracted from the work
the physical size of the work in square meters
the painting technique, such as oil, tempera, or fresco

The result is a compact portrait of not only when painters made their major works, but also what those works were like materially and visually.

Changes Across Centuries

The table titled “How does the way of painting change over the centuries?” summarizes historical shifts.

Century	Main tendency	Color tendency	Technique	Average size
1200s	No old painters in the sample	Brown and red tones	Tempera	about 8.9 sq m
1500s	Landscape colors become common	Green and blue tones	Oil and tempera	about 5.6 sq m, with major exceptions
1600s	A darker century	Black and deep green	Mostly oil	about 5.9 sq m
1800s	Brightness returns	Brown to pale blue	Mostly oil	about 2.4 sq m
1900s	New techniques appear	Vivid primary colors	Oil, acrylic, tempera	about 3 sq m

Over time, works tend to become smaller, while color palettes shift and diversify. Oil painting appears as the dominant technique across much of the long period.

Choosing the Two Works

The visualization includes both a historically important work and a broadly recognized work for each painter. The former is based on the Italian Garzanti Art Encyclopedia, while the latter was selected from the first image returned by Google Images. This lets the graphic compare art-historical authority with popular memory.

Concept

The work is a representative example of Lupi’s Data Humanism. It treats artistic lives not as abstract records, but as human rhythms of growth, maturity, and recognition. Time, color, material, and biography are interwoven into a visual timeline.

Summary

“Painters in the Making” is a visual history of artistic maturation. Each line condenses a life, and each small rectangle marks a moment when that life produced something that entered cultural memory.

References

Noise Pollution: Visualizing Urban Noise and Hearing Loss

Sun, 05 Oct 2025 00:00:00 +0900

This work compares noise pollution and hearing loss in major cities around the world. The data is based on a joint study by mimi.io, a company specializing in hearing data analysis, and the World Economic Forum.

Across 50 cities, it quantifies the relationship between urban noise environments and auditory health through the World Hearing Loss Index.

Author and Context

The visualization was created for Visual Data, the data visualization column in La Lettura, the cultural supplement of Corriere della Sera. Designer Federica Fragapane is known for turning complex social data into structured and poetic visual forms. Here, she connects the sound of cities with public health.

How to Read the Legend

Each city is represented by a vertical line and a circle at its end:

the line represents hearing loss
the circle represents noise pollution
the number inside the circle represents the combined World Hearing Loss Index

1. Noise Pollution

Noise pollution measures the average noise level of a city, including traffic, construction, nightlife, and other persistent urban sound. The score ranges from 0 to 1.

In the visualization, it is represented by circle size. Larger circles indicate louder cities.

2. Hearing Loss

Hearing loss measures the average reduction in residents’ hearing ability, also on a 0 to 1 scale.

It is represented by the length of the vertical line. Longer lines indicate greater hearing loss.

3. World Hearing Loss Index

The index combines the noise pollution score and hearing-loss score. It is printed inside each circle. Higher values indicate cities where both noise and hearing loss are more severe.

4. Color

Color compares each city with the overall average:

Red: worse than average
Blue: better than average

Reading the Relationship

The important point is to compare circle size and line length together.

Long line and large circle: serious noise and hearing loss
Short line and small circle: quieter city with lower hearing impact
Short line but large circle: noisy city where hearing impact may not yet be severe
Long line but small circle: hearing loss may be shaped by factors beyond current noise levels

Background

Urban noise is increasingly treated as a public-health issue. Traffic, construction, entertainment districts, and dense urban activity can affect sleep, stress, cardiovascular health, and hearing. The World Health Organization has warned that environmental noise is an important form of pollution in cities.

Summary

“Noise pollution” shows that quietness is not merely an aesthetic quality of a city. It is part of public health, welfare, and urban policy. By pairing environmental noise with hearing outcomes, the visualization makes the hidden cost of noisy cities visible.

References

Objects Launched into Space

Sun, 05 Oct 2025 00:00:00 +0900

This infographic visualizes every human-made object launched into space since Sputnik in 1957. It appeared in La Lettura, the cultural supplement of Corriere della Sera, as part of the annual “Orizzonti Visual Data” series.

Overview

The central wave-like form represents the cumulative number of objects launched into space from 1957 to 2022, including satellites, rockets, probes, and stations.

Thick lines and alternating colors mark year boundaries.
Layer width and line density indicate cumulative launches.
One line corresponds to about 50 objects.
Alternating pink and blue create a five-year rhythm across time.

At the right edge, the graphic summarizes launches by country in 2022 and the current status of objects in orbit.

How to Read the Legend

The left legend explains that each layer grows as more objects are launched. The expanding form becomes a visual history of human activity beyond Earth.

The right legend shows launches by country in 2022. Circle size represents count. The “Current state of the objects” section indicates the share that remains in orbit and the share that has decayed or left orbit.

Background and Data

The work shows the acceleration of space activity over time. Since the 2010s, launches have increased sharply, driven in part by private companies such as SpaceX and by the growth of satellite constellations.

The data is based on statistics from Our World in Data. For 2022, the graphic highlights the scale of national launch activity, with the United States far ahead of other countries.

Summary

Federica Fragapane’s “Objects launched into space” sits at the intersection of scientific history and data aesthetics. It turns the accumulation of space activity into a physical-looking form, making time, quantity, and technological expansion visible at once.

References

Urban Story: Lisbon Is on a Par with Honolulu

Sun, 05 Oct 2025 00:00:00 +0900

This work is part of the Visual Data series created by data visualization artist Giorgia Lupi for La Lettura, the cultural supplement of Corriere della Sera.

It compares 25 cities around the world and represents each city’s character through multiple dimensions. As the title “Lisbon is on a par with Honolulu” suggests, cities that are geographically and culturally distant can show surprising similarities when compared through data.

How to Read It

At the center of the work, each city is represented by a polygon-like chart. The form condenses several urban indicators into a single visual profile.

City Name and Basic Information

The city name is accompanied by the foundation year, shown in italic. The city’s age is represented by a solid line, giving a visual sense of historical depth.

Indicators

Top edge: height of the tallest building, in meters
Bottom edge: average price of a 120 sq m property in central urban zones
Left edge: number of visitors and tourists, in millions
Right edge: number of inhabitants, in millions
Inner diagonal marks: average annual temperature and precipitation
Square size: city surface area, shown through a ten-step scale

What the Work Reveals

The piece is less about ranking cities than about showing unexpected similarities and differences. Lisbon and Honolulu, for instance, are far apart geographically, but their climate, scale, and urban profile can appear surprisingly close.

The polygon shapes let readers recognize each city as a kind of data portrait. Megacities such as Beijing or Shanghai stand out through population and visitor volume, while places such as Reykjavik or Dublin are distinguished by climate and scale.

Background

The visualization integrates climate data from weatherbase.com, economic data from euromonitor.com, demographic data from city-data.com, and architectural data from skyscrapercenter.com.

In typical Accurat fashion, the piece does not present numbers as a table. It turns them into a visual language for urban identity.

Summary

“Urban story: Lisbon is on a par with Honolulu” is a geopolitical portrait of cities in data form. It shows how temperature, density, history, real estate, tourism, and architecture combine into the personality of a city.

References

Visualizing Progress Toward Gender Equality

Sun, 05 Oct 2025 00:00:00 +0900

This visualization by Federica Fragapane appeared in the December 2024 issue of Scientific American. It shows regional progress toward the United Nations Sustainable Development Goal 5: Gender Equality.

Based mainly on reports from UN Women and UN DESA, it compares progress by region and indicator using two dimensions: trend and level. The accompanying text was written by Clara Moskowitz.

Why the Visualization Matters

Fragapane’s flowing lines and layered structure make uneven global progress visible. The work shows not only where gender equality is improving, but also where progress is too slow, stagnant, or reversing.

The design helps readers compare delays in Sub-Saharan Africa and Southern Asia, partial stagnation in Europe and Northern America, and the broader unevenness of global gender policy.

How to Read the Legend

The graphic uses two assessment systems.

Trend Assessment

Trend marks show the direction and speed of change:

On track or target met
Moderate progress but acceleration needed
Marginal progress and significant acceleration needed
Stagnation
Regression
World average

Level Assessment

The level marks show how close a region is to the target:

Target met or almost met
Close to target
Moderate distance to target
Far from target
Very far from target
Insufficient data
World average

SDG Goal 5

Goal 5 covers a broad policy field: discrimination, violence, early and forced marriage, unpaid care work, political participation, reproductive rights, economic resources, technology access, and legal frameworks.

Some indicators suffer from missing data, which is itself a major issue. The visualization calls attention to this through the “missing data” sections.

Regional Classification

The regions follow the United Nations geoscheme used in the SDG framework, including:

Sub-Saharan Africa
Northern Africa and Western Asia
Central and Southern Asia
Eastern and Southeastern Asia
Latin America and the Caribbean
Oceania
Europe and Northern America

Summary

This work makes clear that gender equality is not a single metric but a multidimensional policy challenge. By combining trend and level, it allows readers to see both current distance from targets and the speed at which regions are moving.

References

Visualizing The Memory of the World Register

Sun, 05 Oct 2025 00:00:00 +0900

This infographic by Federica Fragapane visualizes UNESCO’s Memory of the World Register, focusing on documentary heritage. It classifies registered materials by geographic region, country, and document type, showing how the world’s records are distributed across places and media.

The work was created for the Visual Data series in La Lettura.

How to Read the Legend

The infographic organizes UNESCO-registered documentary heritage into three layers: geographic area -> country -> type of document.

Hierarchical Structure

Geographic area
Major branches radiating from the center represent regions such as Europe, Asia, Africa, Latin America, the Middle East, North America, and Oceania.
Country
Country names appear at the ends of smaller branches.
Type of document
Small symbols next to country names indicate the types of registered documentary heritage.

Symbol Meaning

Symbol type	English category
Curved mark	Audio and music
Diamond	Drawings, graphs, and maps
Square	Photographs, videos, and films
Double slash	Books and manuscripts
Dot	Various or other documents

Circle Area

The circle area represents the number of documents when more than one item is registered. The legend gives reference sizes for 2, 5, and 10 documents.

Overall Reading

The radial structure turns the register into a branching map of cultural memory. It lets readers see which regions hold which kinds of documentary heritage, and where particular types of material are concentrated.

Design Features

Fragapane treats the data as a network of world knowledge rather than as a list. The branching structure suggests roots or growth, while the symbols and circle sizes allow document type and quantity to be compared at the same time.

Summary

“The Memory of the World Register” visualizes memory as a global, material, and institutional structure. Behind each mark is an effort to preserve documentary heritage considered to have world significance and outstanding universal value.

References

Selling at Sundance: An Infographic on the Economics of Film

Sat, 04 Oct 2025 00:00:00 +0900

Selling at Sundance is an infographic by the Italian data visualization studio Accurat. It visualizes independent films bought and sold at the Sundance Film Festival from 2011 to 2013, combining budget, sale price, box-office gross, running time, genre, awards, and keywords in one layered design.

The project turns what was originally spreadsheet-like market data into a three-dimensional visual object.

How to Read It

The graphic is divided into two main layers. The upper half describes the nature and context of each film, while the lower half shows its economic structure.

Upper Half: Film Type and Context

Blue-to-gray gradient: genre position, from nonfiction to fiction.
Arrow shape: time setting, such as past, present, fictional present, or future.
Small vertical bar: running time.
Green polygon: number and scale of awards.
Tag cloud: the 25 most common IMDb keywords, giving an overview of themes and subject matter.

Together, these elements show what kinds of films received attention and how their themes clustered.

Lower Half: Film Economics

The lower area describes financial outcomes through stacked shapes.

Red: production budget
Gray: sale price
Yellow number: box-office gross

By layering cost, sale price, and revenue, the graphic makes it possible to see where a film created value: in festival acquisition, theatrical performance, or not at all.

Context

Sundance has long been one of the most important markets for American independent film. Small-budget films may sell for millions of dollars, but awards and critical attention do not always guarantee commercial success.

The visualization makes that uncertainty visible. It shows how acclaim, genre, sale price, and box office can diverge.

Summary

“Selling at Sundance” is a layered infographic about the business of independent cinema. By combining narrative attributes and financial data, it turns the film market into a readable visual story.

References

Selling at Sundance — Behance

Geniuses, Visualized: Harold Bloom and the Kabbalistic Tree

Fri, 03 Oct 2025 00:00:00 +0900

Geniuses, visualized is an infographic based on the 100 “exemplary creative minds” discussed by literary critic Harold Bloom in his book Genius. Published in 2012 in La Lettura, the cultural magazine of Corriere della Sera, it later appeared on Behance.

Bloom’s literary figures, from Shakespeare to Lewis Carroll, are arranged through the symbolic structure of the Tree of Sephiroth from Kabbalistic thought. The result is not a list of names, but a map of cultural influence and literary imagination.

How to Read It

Circle Size

Blue circle size: Wikipedia page views as of 2012, representing public attention.
Yellow circle size: number of pages devoted to the figure in Bloom’s Genius.
Gray dotted number: related historical figures in Encyclopaedia Britannica.

The sizes are normalized into a five-step scale.

Continent

Green: Europe
Red: Asia
Yellow: Africa
Orange: Latin America
Blue: North America
Light gray: unknown

Gender

Women are marked with a small diamond beneath the circle. Men are represented by the circle alone.

Profession

Thick solid line: writer
Medium solid line: poet
Thin solid line: philosopher
Dotted line: other

Period of Birth

Curve length indicates historical period, from contemporary times to ancient or pre-ancient periods.

Context

The Tree of Sephiroth is a diagram from Jewish mysticism that organizes divine attributes into a tree-like structure. This visualization borrows that symbolic system to classify literary genius as if it belonged to a cosmic order of knowledge.

By combining Bloom’s evaluation with Wikipedia and Britannica indicators, the work also contrasts historical prestige with contemporary visibility.

Summary

“Geniuses, visualized” transforms literary criticism into a navigable symbolic map. Color, size, line, and position encode fame, influence, geography, gender, occupation, and historical period, creating a visual universe of literary culture.

References

Stefanie Posavec's Visualization of On the Road

Fri, 03 Oct 2025 00:00:00 +0900

This work is part of Writing Without Words, a project by graphic designer Stefanie Posavec. Posavec sought to transform text from something only read into something also seen, treating style, rhythm, theme, and structure as data.

The piece introduced here, Literary Organism, visualizes Jack Kerouac’s On the Road as a literary body.

About On the Road

Author: Jack Kerouac (1922-1969)
Original title: On the Road
Subject: the travels of Sal Paradise and Dean Moriarty across the United States by car, bus, and hitchhiking

The novel is closely associated with the Beat Generation, road narratives, jazz-like prose rhythm, and postwar counterculture.

How to Read It

1. Basic Structure

The text is decomposed hierarchically:

Part -> chapter -> paragraph -> sentence -> word

The form radiates outward from the center, and the story can be followed clockwise.

2. Notation

Sentences and paragraphs are indexed by chapter and paragraph number. For example, 3.5 means the fifth paragraph of chapter 3.

3. Colors

Colors indicate themes and content categories, including Dean Moriarty, bop and jazz music, social events, travel, regional life, parties, work and survival, Sal Paradise, relationships, illegal activity, and character sketches.

4. Sentence Length

Each sentence is represented by a wedge proportional to word count. The longest sentence has 151 words, and the legend marks the scale in 10-word increments.

Process and Intent

Writing Without Words began as Posavec’s MA research. She collected and drew much of the data by hand, emphasizing the labor and human presence behind the visualization.

The project uses quantitative data, but its aim is not detached measurement. It creates an emotional and structural encounter with literature.

Summary

Posavec’s literary visualization opens another way to experience On the Road. The rhythm, themes, and movement of the novel become visible, turning reading into a form of looking.

References

Mission(s) to Mars: Visualizing Challenge and Progress in Mars Exploration

Thu, 02 Oct 2025 00:00:00 +0900

Mars has long been one of humanity’s closest and most compelling planetary targets. Since the 1960s, space agencies have launched many missions to Mars, but the history is marked by repeated failure as well as progress.

Mission(s) to Mars, by Bryan Christie Design, condenses that history into one infographic. Originally published in IEEE Spectrum, it redesigns a mission list into an intuitive visual story.

How to Read It

The graphic is organized around a central question: did each mission reach Mars?

Overall structure: Mars sits at the center, while time runs from left to right.
Bars: each band represents a mission’s result and level of arrival. If it stops early, the mission failed. If it reaches Mars, it succeeded. If it landed or operated a rover, the band extends farther.
Color: identifies country or agency, such as the Soviet Union, the United States, Japan, ESA, or Russia.
Symbols: indicate mission type, including flyby, orbiter, lander, and rover.

The design layers time, nation, method, and outcome.

Reading the History

1960s: the Soviet Union and United States launched many attempts, most of them unsuccessful.
1965, Mariner 4: the first successful Mars flyby, returning 21 images.
1971, Mars 3: the first soft landing, though communication lasted only about 20 seconds.
1976, Viking 1 and 2: stable landings and long-term exploration marked a turning point.
2000s onward: NASA rovers and ESA missions expanded the scientific record.

What the Graphic Communicates

The image is not just a timeline. It shows Mars exploration as an accumulation of attempts. Broken bands show failure; bands reaching the planet show hard-won progress.

Summary

“Mission(s) to Mars” makes the history of planetary exploration legible through success, failure, agency, and mission type. It shows that today’s Mars science rests on decades of partial attempts and technical learning.