50 Books like Small Worlds

Nexus

by Mark Buchanan • 2002

Pandemics, power grids, and viral hits share a hidden architecture, and a few shortcuts explain why.

3.81

521

🕸️ Network Science 🔬 Complexity Science 👥 Social Networks 🔗 Weak Ties 📊 Power Laws

Nexus 98%

Pandemics, power grids, and viral hits share a hidden architecture, and a few shortcuts explain why.

by Mark Buchanan 2002

3.81

521 ratings

🕸️ Network Science 🔬 Complexity Science 👥 Social Networks 🔗 Weak Ties 📊 Power Laws

Linked

by Albert-László Barabási • 2002

A few critical hubs hold most networks together. Target them, and the whole system collapses.

3.94

5k+

🕸️ Network Science 🧩 Complex Systems 🌊 Emergence 📉 Power Laws 🔄 Network Effects

Linked 98%

A few critical hubs hold most networks together. Target them, and the whole system collapses.

by Albert-László Barabási 2002

3.94

5k+ ratings

🕸️ Network Science 🧩 Complex Systems 🌊 Emergence 📉 Power Laws 🔄 Network Effects

Six Degrees

by Duncan J. Watts • 2003

The hidden math that connects everyone: why short chains dominate epidemics, fads, and power grids.

3.90

1k+

🔗 Network Theory 🧩 Complex Systems 🦠 Social Contagion 📉 Information Cascades ⚖️ Systemic Vulnerability

Six Degrees 97%

The hidden math that connects everyone: why short chains dominate epidemics, fads, and power grids.

by Duncan J. Watts 2003

3.90

1k+ ratings

🔗 Network Theory 🧩 Complex Systems 🦠 Social Contagion 📉 Information Cascades ⚖️ Systemic Vulnerability

Shape

by Jordan Ellenberg • 2021

Geometry is not about triangles. It is the hidden structure of pandemics, search, and democracy.

3.73

2k+

Shape 96%

Geometry is not about triangles. It is the hidden structure of pandemics, search, and democracy.

by Jordan Ellenberg 2021

3.73

2k+ ratings

Social Physics

by Alex Pentland • 2014

Idea flow through social networks predicts team output and city GDP better than individual talent.

3.53

1k+

🕸️ Network Science 💻 Computational Social Science 🧠 Social Learning 🦠 Behavioral Contagion 🐝 Collective Intelligence

Social Physics 95%

Idea flow through social networks predicts team output and city GDP better than individual talent.

by Alex Pentland 2014

3.53

1k+ ratings

🕸️ Network Science 💻 Computational Social Science 🧠 Social Learning 🦠 Behavioral Contagion 🐝 Collective Intelligence

Sync

by Steven H. Strogatz • 2003

Fireflies flash in unison, heart cells beat as one. No leader. A single equation explains it.

4.07

3k+

🧪 Complexity Science 🕸️ Network Theory 🧬 Mathematical Biology 🌀 Self-Organization 🕰️ Circadian Rhythms

Sync 95%

Fireflies flash in unison, heart cells beat as one. No leader. A single equation explains it.

by Steven H. Strogatz 2003

4.07

3k+ ratings

🧪 Complexity Science 🕸️ Network Theory 🧬 Mathematical Biology 🌀 Self-Organization 🕰️ Circadian Rhythms

Bursts

by Albert-László Barabási • 2010

Why your email bursts, your travels repeat, and history rhymes: one hidden law of priority.

3.30

1k+

🕸️ Complex Systems 🔗 Network Science 📉 Power Laws ✅ Task Prioritization 🔐 Data And Privacy

Bursts 94%

Why your email bursts, your travels repeat, and history rhymes: one hidden law of priority.

by Albert-László Barabási 2010

3.30

1k+ ratings

🕸️ Complex Systems 🔗 Network Science 📉 Power Laws ✅ Task Prioritization 🔐 Data And Privacy

The Rules of Contagion

by Adam Kucharski • 2020

Why tweets go viral and banks collapse: the hidden math that governs what spreads.

3.86

2k+

🦠 Epidemiology 🕸️ Network Science 📈 Outbreak Dynamics 🗣️ Social Contagion 📉 Financial Panics

The Rules of Contagion 94%

Why tweets go viral and banks collapse: the hidden math that governs what spreads.

by Adam Kucharski 2020

3.86

2k+ ratings

🦠 Epidemiology 🕸️ Network Science 📈 Outbreak Dynamics 🗣️ Social Contagion 📉 Financial Panics

Emergence

by Steven Johnson • 2001

Ant colonies, brains, cities, and the web all emerge from simple local rules repeated endlessly.

3.95

4k+

🧩 Complexity Science 🔗 Systems Thinking 🌊 Emergence 🐜 Swarm Intelligence 🌀 Self-Organization

Emergence 94%

Ant colonies, brains, cities, and the web all emerge from simple local rules repeated endlessly.

by Steven Johnson 2001

3.95

4k+ ratings

🧩 Complexity Science 🔗 Systems Thinking 🌊 Emergence 🐜 Swarm Intelligence 🌀 Self-Organization

Deep Simplicity

by John Gribbin • 2004

Simple rules, run long enough, build a universe. A physicist shows the working.

3.98

2k+

🧩 Complexity Science 🦋 Chaos Theory ❄️ Fractal Geometry 🕸️ Network Theory 🔄 Self-Organization

Deep Simplicity 94%

Simple rules, run long enough, build a universe. A physicist shows the working.

by John Gribbin 2004

3.98

2k+ ratings

🧩 Complexity Science 🦋 Chaos Theory ❄️ Fractal Geometry 🕸️ Network Theory 🔄 Self-Organization

Diversity and Complexity

by Scott E. Page • 2010

Diversity isn't a slogan: it's a measurable property with predictable benefits and knowable limits.

4.12

207

🌀 Complexity Science 🏜️ Santa Fe Institute 🐝 Emergence 🔄 Adaptive Systems 🛡️ System Resilience

Diversity and Complexity 94%

Diversity isn't a slogan: it's a measurable property with predictable benefits and knowable limits.

by Scott E. Page 2010

4.12

207 ratings

🌀 Complexity Science 🏜️ Santa Fe Institute 🐝 Emergence 🔄 Adaptive Systems 🛡️ System Resilience

Complexity

by M. Mitchell Waldrop • 1992

In a desert convent, a few rogue scientists discovered the universal grammar of complex systems.

4.05

3k+

🧩 Complexity Science 🌀 Self-Organization 📜 History Of Science 📈 Increasing Returns 💻 Agent-Based Modeling

Complexity 94%

In a desert convent, a few rogue scientists discovered the universal grammar of complex systems.

by M. Mitchell Waldrop 1992

4.05

3k+ ratings

🧩 Complexity Science 🌀 Self-Organization 📜 History Of Science 📈 Increasing Returns 💻 Agent-Based Modeling

The Model Thinker

by Scott E. Page • 2018

Big data without many models is just noise. The case for thinking through multiple frameworks.

3.92

955

🧠 Mental Models 🔄 Systems Thinking 🌀 Complexity Science 📊 Quantitative Reasoning 🕸️ Network Theory

The Model Thinker 93%

Big data without many models is just noise. The case for thinking through multiple frameworks.

by Scott E. Page 2018

3.92

955 ratings

🧠 Mental Models 🔄 Systems Thinking 🌀 Complexity Science 📊 Quantitative Reasoning 🕸️ Network Theory

Connected

by Nicholas A. Christakis • 2008

Your weight, your vote, your happiness: all shaped by strangers three handshakes away.

3.74

4k+

🕸️ Network Science 🦠 Social Contagion 🔗 Network Effects 💰 Behavioral Economics 😊 Happiness Research

Connected 93%

Your weight, your vote, your happiness: all shaped by strangers three handshakes away.

by Nicholas A. Christakis 2008

3.74

4k+ ratings

🕸️ Network Science 🦠 Social Contagion 🔗 Network Effects 💰 Behavioral Economics 😊 Happiness Research

Ubiquity

by Mark Buchanan • 2000

One grain of sand explains why markets crash, species vanish, and empires fall.

3.90

716

🧬 Complexity Science 🔗 Systems Theory 📊 Power Laws 📈 Fat Tails ⚡ Nonlinear Dynamics

Ubiquity 93%

One grain of sand explains why markets crash, species vanish, and empires fall.

by Mark Buchanan 2000

3.90

716 ratings

🧬 Complexity Science 🔗 Systems Theory 📊 Power Laws 📈 Fat Tails ⚡ Nonlinear Dynamics

A Beautiful Math

by Tom Siegfried • 2006

Adam Smith, Darwin, and your brain's dopamine all obey the same mathematical logic.

3.59

389

🎲 Game Theory 📜 History Of Science 🔢 Mathematical Modeling ♟️ Strategic Thinking 🧬 Evolutionary Biology

A Beautiful Math 93%

Adam Smith, Darwin, and your brain's dopamine all obey the same mathematical logic.

by Tom Siegfried 2006

3.59

389 ratings

🎲 Game Theory 📜 History Of Science 🔢 Mathematical Modeling ♟️ Strategic Thinking 🧬 Evolutionary Biology

In a Flight of Starlings

by Giorgio Parisi • 2021

Starlings, spin glasses, and science's messy path: why simple rules create complex systems.

3.41

2k+

🧩 Complex Systems 🐦 Emergence 🦅 Collective Behavior 📝 Scientific Memoir ⚛️ Physics Essays

In a Flight of Starlings 93%

Starlings, spin glasses, and science's messy path: why simple rules create complex systems.

by Giorgio Parisi 2021

3.41

2k+ ratings

🧩 Complex Systems 🐦 Emergence 🦅 Collective Behavior 📝 Scientific Memoir ⚛️ Physics Essays

Change

by Damon Centola • 2021

Social change doesn't spread virally. The network margins, not influencers, hold the real leverage.

4.06

940

🕸️ Network Science 🦠 Social Contagion 💡 Diffusion Of Innovation 🏢 Organizational Change ✊ Social Movements

Change 93%

Social change doesn't spread virally. The network margins, not influencers, hold the real leverage.

by Damon Centola 2021

4.06

940 ratings

🕸️ Network Science 🦠 Social Contagion 💡 Diffusion Of Innovation 🏢 Organizational Change ✊ Social Movements

The Mathematics of Life

by Ian Stewart • 2011

Math cracked physics. Now it's unlocking biology, from protein origami to alien life.

3.62

565

🧬 Mathematical Biology 🧪 Systems Biology 🦋 Chaos Theory 🕸️ Network Theory 🌱 Pattern Formation

The Mathematics of Life 92%

Math cracked physics. Now it's unlocking biology, from protein origami to alien life.

by Ian Stewart 2011

3.62

565 ratings

🧬 Mathematical Biology 🧪 Systems Biology 🦋 Chaos Theory 🕸️ Network Theory 🌱 Pattern Formation

The Perfect Swarm

by Len Fisher • 2009

Swarm logic explains why markets crash, crowds surge, and groups can beat experts.

3.50

327

🐝 Swarm Intelligence ⚙️ Complexity Science 🦋 Emergence 💸 Behavioral Economics 🕸️ Network Theory

The Perfect Swarm 92%

Swarm logic explains why markets crash, crowds surge, and groups can beat experts.

by Len Fisher 2009

3.50

327 ratings

🐝 Swarm Intelligence ⚙️ Complexity Science 🦋 Emergence 💸 Behavioral Economics 🕸️ Network Theory

Everyday Chaos

by David Weinberger • 2019

A medical AI diagnoses illness but can't explain how. The age of demanding explanations is over.

3.78

202

🔬 Complexity Science 🔄 Systems Thinking 🤖 Machine Learning 💻 Digital Strategy 🔓 Open Platforms

Everyday Chaos 92%

A medical AI diagnoses illness but can't explain how. The age of demanding explanations is over.

by David Weinberger 2019

3.78

202 ratings

🔬 Complexity Science 🔄 Systems Thinking 🤖 Machine Learning 💻 Digital Strategy 🔓 Open Platforms

Pluses and Minuses

by Stefan Buijsman • 2018

Three mathematical discoveries run your digital life; understanding them is simpler than you think.

3.41

290

🧮 Applied Mathematics 📜 History Of Mathematics 🔢 Mathematical Literacy 🖥️ Mathematical Modeling 🕸️ Network Theory

Pluses and Minuses 92%

Three mathematical discoveries run your digital life; understanding them is simpler than you think.

by Stefan Buijsman 2018

3.41

290 ratings

🧮 Applied Mathematics 📜 History Of Mathematics 🔢 Mathematical Literacy 🖥️ Mathematical Modeling 🕸️ Network Theory

Harnessing Complexity

by Robert Axelrod • 2000

You can't control a complex system, but you can harness its evolutionary machinery to steer it.

3.73

147

🧩 Complexity Science 🧠 Complex Adaptive Systems 💡 Systems Thinking 🌱 Emergence 💼 Evolutionary Economics

Harnessing Complexity 92%

You can't control a complex system, but you can harness its evolutionary machinery to steer it.

by Robert Axelrod 2000

3.73

147 ratings

🧩 Complexity Science 🧠 Complex Adaptive Systems 💡 Systems Thinking 🌱 Emergence 💼 Evolutionary Economics

Resilience

by Andrew Zolli • 2012

Why coral reefs recover and banks collapse: the hidden architecture of resilience.

3.62

777

🧩 Systems Thinking 🔄 Resilience Science 🧠 Cognitive Diversity 🧭 Adaptive Leadership 🤝 Community Engagement

Resilience 92%

Why coral reefs recover and banks collapse: the hidden architecture of resilience.

by Andrew Zolli 2012

3.62

777 ratings

🧩 Systems Thinking 🔄 Resilience Science 🧠 Cognitive Diversity 🧭 Adaptive Leadership 🤝 Community Engagement

What's the Use?

by Ian Stewart • 2021

Kidney matches, secure websites, movie animation: the invisible math that built the modern world.

3.54

175

📐 Applied Mathematics 📊 Mathematical Modeling 🔍 Hidden Mathematics 🔢 Number Theory 🔗 Topology

What's the Use? 92%

Kidney matches, secure websites, movie animation: the invisible math that built the modern world.

by Ian Stewart 2021

3.54

175 ratings

📐 Applied Mathematics 📊 Mathematical Modeling 🔍 Hidden Mathematics 🔢 Number Theory 🔗 Topology

The Fractal Geometry of Nature

by Benoît B. Mandelbrot • 1977

Coastlines lengthen as you zoom in; mountains and galaxies obey the same hidden arithmetic.

4.23

1k+

🌀 Fractal Geometry 🦋 Chaos Theory 🕸️ Complex Systems 📏 Scaling Laws 🎲 Stochastic Processes

The Fractal Geometry of Nature 92%

Coastlines lengthen as you zoom in; mountains and galaxies obey the same hidden arithmetic.

by Benoît B. Mandelbrot 1977

4.23

1k+ ratings

🌀 Fractal Geometry 🦋 Chaos Theory 🕸️ Complex Systems 📏 Scaling Laws 🎲 Stochastic Processes

Why Information Grows

by César A. Hidalgo • 2015

Economies grow when knowledge solidifies into products. Information is physical, not abstract.

3.97

2k+

🧮 Information Economics 🔥 Thermodynamics And Order 🌀 Complexity Science 🕸️ Network Theory 🤝 Trust And Cooperation

Why Information Grows 92%

Economies grow when knowledge solidifies into products. Information is physical, not abstract.

by César A. Hidalgo 2015

3.97

2k+ ratings

🧮 Information Economics 🔥 Thermodynamics And Order 🌀 Complexity Science 🕸️ Network Theory 🤝 Trust And Cooperation

At Home in the Universe

by Stuart A. Kauffman • 1995

Life begins as chemistry, not luck. The rules that organize molecules govern markets and innovation.

4.03

1k+

🌐 Complexity Science 🌱 Origin Of Life 🌀 Self-Organization 🐦 Emergence 🔄 Adaptive Systems

At Home in the Universe 92%

Life begins as chemistry, not luck. The rules that organize molecules govern markets and innovation.

by Stuart A. Kauffman 1995

4.03

1k+ ratings

🌐 Complexity Science 🌱 Origin Of Life 🌀 Self-Organization 🐦 Emergence 🔄 Adaptive Systems

Everything is Obvious

by Duncan J. Watts • 2011

Common sense is a reverse-engineered story: it explains the past perfectly and predicts nothing.

3.81

5k+

🌀 Complexity Science 🧠 Behavioral Economics 🔗 Systems Thinking 🔮 Hindsight Bias 🐦 Social Emergence

Everything is Obvious 91%

Common sense is a reverse-engineered story: it explains the past perfectly and predicts nothing.

by Duncan J. Watts 2011

3.81

5k+ ratings

🌀 Complexity Science 🧠 Behavioral Economics 🔗 Systems Thinking 🔮 Hindsight Bias 🐦 Social Emergence

Butterfly Economics

by Paul Ormerod • 1998

Crash without a shock: how firms and crowds generate boom, bust, and everything in between.

3.69

223

🧩 Complexity Economics 🧠 Behavioral Economics 🕸️ Network Effects 🧬 Evolutionary Economics 💥 Heterodox Economics

Butterfly Economics 91%

Crash without a shock: how firms and crowds generate boom, bust, and everything in between.

by Paul Ormerod 1998

3.69

223 ratings

🧩 Complexity Economics 🧠 Behavioral Economics 🕸️ Network Effects 🧬 Evolutionary Economics 💥 Heterodox Economics

Thinking In Systems

by Donella H. Meadows • 2008

One hidden delay makes your thermostat swing wildly and drives business cycles too.

4.18

23k+

🧠 Systems Thinking 🕸️ Complexity Science 🧩 Mental Models 🌱 Resilience Thinking ⚖️ Bounded Rationality

Thinking In Systems 91%

One hidden delay makes your thermostat swing wildly and drives business cycles too.

by Donella H. Meadows 2008

4.18

23k+ ratings

🧠 Systems Thinking 🕸️ Complexity Science 🧩 Mental Models 🌱 Resilience Thinking ⚖️ Bounded Rationality

Surfing the Edge of Chaos

by Richard Tanner Pascale • 2000

Stability kills. The most adaptive companies thrive in a zone just short of chaos.

3.86

136

🔄 Systems Thinking 🌀 Complexity Theory 🧭 Adaptive Leadership 📚 Learning Organizations 🌱 Emergence

Surfing the Edge of Chaos 91%

Stability kills. The most adaptive companies thrive in a zone just short of chaos.

by Richard Tanner Pascale 2000

3.86

136 ratings

🔄 Systems Thinking 🌀 Complexity Theory 🧭 Adaptive Leadership 📚 Learning Organizations 🌱 Emergence

The Math of Life and Death

by Kit Yates • 2019

Key mathematical ideas govern medicine, law, and media, and your intuition gets each one wrong.

3.90

2k+

The Math of Life and Death 91%

Key mathematical ideas govern medicine, law, and media, and your intuition gets each one wrong.

by Kit Yates 2019

3.90

2k+ ratings

Here Comes Everybody

by Clay Shirky • 2008

Forming a group just became free. That doesn't upgrade institutions; it upends them.

3.78

7k+

🖥️ Internet Culture 📱 Digital Sociology ✊ Collective Action 🕸️ Network Effects 🤝 Peer Production

Here Comes Everybody 91%

Forming a group just became free. That doesn't upgrade institutions; it upends them.

by Clay Shirky 2008

3.78

7k+ ratings

🖥️ Internet Culture 📱 Digital Sociology ✊ Collective Action 🕸️ Network Effects 🤝 Peer Production

Revenge of the Tipping Point

by Malcolm Gladwell • 2024

Why the opioid crisis, a TV miniseries, and a pandemic all follow the same hidden rules.

4.02

64k+

🦠 Social Epidemics ⚖️ Tipping Points 🎯 Superspreaders 🔬 Popular Social Science 🛠️ Social Engineering

Revenge of the Tipping Point 91%

Why the opioid crisis, a TV miniseries, and a pandemic all follow the same hidden rules.

by Malcolm Gladwell 2024

4.02

64k+ ratings

🦠 Social Epidemics ⚖️ Tipping Points 🎯 Superspreaders 🔬 Popular Social Science 🛠️ Social Engineering

The Square and the Tower

by Niall Ferguson • 2017

The real shapers of history were not kings but the networks connecting everyone else.

3.65

4k+

🌍 World History 💰 Economic History 📜 Big History 🕸️ Network Science 👥 Social Networks

The Square and the Tower 91%

The real shapers of history were not kings but the networks connecting everyone else.

by Niall Ferguson 2017

3.65

4k+ ratings

🌍 World History 💰 Economic History 📜 Big History 🕸️ Network Science 👥 Social Networks

Too Big to Know

by David Weinberger • 2012

Knowledge on paper was settled and scarce. Online, it is abundant, linked, and never finished.

3.80

2k+

🕸️ Networked Knowledge 📚 Information Overload 🏛️ Authority And Expertise 🔬 Open Science 🐝 Collective Intelligence

Too Big to Know 91%

Knowledge on paper was settled and scarce. Online, it is abundant, linked, and never finished.

by David Weinberger 2012

3.80

2k+ ratings

🕸️ Networked Knowledge 📚 Information Overload 🏛️ Authority And Expertise 🔬 Open Science 🐝 Collective Intelligence

The Future of Everything

by David Orrell • 2006

Weather, markets, pandemics: the science of why forecasts fail, and what to build instead.

3.67

117

🔮 Forecasting 🕸️ Complexity Science ⚠️ Limits Of Prediction 🔗 Systems Thinking 📉 Economic Forecasting

The Future of Everything 91%

Weather, markets, pandemics: the science of why forecasts fail, and what to build instead.

by David Orrell 2006

3.67

117 ratings

🔮 Forecasting 🕸️ Complexity Science ⚠️ Limits Of Prediction 🔗 Systems Thinking 📉 Economic Forecasting

Aid on the Edge of Chaos

by Ben Ramalingam • 2013

Aid agencies build blueprints for a clockwork world, but poverty is a tangled, living system.

3.89

153

🏳️ Foreign Aid 🌍 International Development 📉 Aid Effectiveness 🔬 Complexity Theory 🧠 Systems Thinking

Aid on the Edge of Chaos 91%

Aid agencies build blueprints for a clockwork world, but poverty is a tangled, living system.

by Ben Ramalingam 2013

3.89

153 ratings

🏳️ Foreign Aid 🌍 International Development 📉 Aid Effectiveness 🔬 Complexity Theory 🧠 Systems Thinking

Cognitive Surplus

by Clay Shirky • 2010

Spare time, once captive to television, is now building public goods at the scale of nations.

3.83

6k+

🏭 Peer Production 🎬 Participatory Culture 🧠 Intrinsic Motivation 🤝 Collective Action 💻 Open Source Culture

Cognitive Surplus 91%

Spare time, once captive to television, is now building public goods at the scale of nations.

by Clay Shirky 2010

3.83

6k+ ratings

🏭 Peer Production 🎬 Participatory Culture 🧠 Intrinsic Motivation 🤝 Collective Action 💻 Open Source Culture

The Starfish and the Spider

by Ori Brafman • 2006

Some organizations have no headquarters, no boss, and no kill switch. They are taking over.

3.83

6k+

🏗️ Organizational Design 🌐 Decentralized Systems 👥 Distributed Leadership 🔗 Network Effects 🦾 Organizational Resilience

The Starfish and the Spider 91%

Some organizations have no headquarters, no boss, and no kill switch. They are taking over.

by Ori Brafman 2006

3.83

6k+ ratings

🏗️ Organizational Design 🌐 Decentralized Systems 👥 Distributed Leadership 🔗 Network Effects 🦾 Organizational Resilience

The Grapes of Math

by Alex Bellos • 2014

Seashells, cities, and stock crashes obey the same hidden math. A guided tour of the patterns.

4.09

984

The Grapes of Math 91%

Seashells, cities, and stock crashes obey the same hidden math. A guided tour of the patterns.

by Alex Bellos 2014

4.09

984 ratings

Fluke

by Brian Klaas • 2024

Your brain evolved to hide chance from you. Chaos science reveals what you are missing.

4.06

4k+

🦋 Chaos Theory 🔬 Complexity Science 🧠 Cognitive Biases 🧬 Evolutionary Psychology 🎲 Historical Contingency

Fluke 91%

Your brain evolved to hide chance from you. Chaos science reveals what you are missing.

by Brian Klaas 2024

4.06

4k+ ratings

🦋 Chaos Theory 🔬 Complexity Science 🧠 Cognitive Biases 🧬 Evolutionary Psychology 🎲 Historical Contingency

Thinking Better

by Marcus du Sautoy • 2021

Mathematical shortcuts that save time, solve problems, and show you what everyone else overlooks.

3.59

618

🧮 Mathematical Thinking 🧠 Mental Shortcuts 🔍 Pattern Recognition ⚙️ Optimization 👁️ Visual Thinking

Thinking Better 91%

Mathematical shortcuts that save time, solve problems, and show you what everyone else overlooks.

by Marcus du Sautoy 2021

3.59

618 ratings

🧮 Mathematical Thinking 🧠 Mental Shortcuts 🔍 Pattern Recognition ⚙️ Optimization 👁️ Visual Thinking

The Sciences of the Artificial

by Herbert A. Simon • 1969

A science of the artificial: how constrained minds design systems that work in a complex world.

4.29

669

🧪 Complexity Science 🎨 Design Theory 🧠 Cognitive Science ⚖️ Decision Constraints 🧱 Modular Design

The Sciences of the Artificial 91%

A science of the artificial: how constrained minds design systems that work in a complex world.

by Herbert A. Simon 1969

4.29

669 ratings

🧪 Complexity Science 🎨 Design Theory 🧠 Cognitive Science ⚖️ Decision Constraints 🧱 Modular Design

New Power

by Jeremy Heimans • 2018

Power spreads through networks, not hierarchies. The blueprint for ideas the crowd will carry.

3.81

2k+

🥊 Power Dynamics 🌐 Network Society ✊ Digital Activism 💡 Contagious Ideas 🤝 Peer Collaboration

New Power 91%

Power spreads through networks, not hierarchies. The blueprint for ideas the crowd will carry.

by Jeremy Heimans 2018

3.81

2k+ ratings

🥊 Power Dynamics 🌐 Network Society ✊ Digital Activism 💡 Contagious Ideas 🤝 Peer Collaboration

The Formula

by Albert-László Barabási • 2018

Talent hits a ceiling. Success doesn't. The network science of who actually rises, and why.

4.17

3k+

🕸️ Network Science 🔬 Success Studies 👥 Team Dynamics 🗺️ Career Strategy 📏 Performance Limits

The Formula 91%

Talent hits a ceiling. Success doesn't. The network science of who actually rises, and why.

by Albert-László Barabási 2018

4.17

3k+ ratings

🕸️ Network Science 🔬 Success Studies 👥 Team Dynamics 🗺️ Career Strategy 📏 Performance Limits

Symmetry

by Marcus du Sautoy • 2007

Symmetry is not just pretty. It solves equations, builds viruses, and corrects your text messages.

3.82

857

Symmetry 91%

Symmetry is not just pretty. It solves equations, builds viruses, and corrects your text messages.

by Marcus du Sautoy 2007

3.82

857 ratings

The Systems Thinker

by Albert Rutherford • 2018

The mental models and feedback tools that crack the problems linear thinking only makes worse.

3.49

356

🧠 Systems Thinking 🧩 Mental Models ⚙️ Systems Dynamics 🔍 Root Cause Analysis 🧮 Complex Problem Solving

The Systems Thinker 90%

The mental models and feedback tools that crack the problems linear thinking only makes worse.

by Albert Rutherford 2018

3.49

356 ratings

🧠 Systems Thinking 🧩 Mental Models ⚙️ Systems Dynamics 🔍 Root Cause Analysis 🧮 Complex Problem Solving

Superminds

by Thomas W. Malone • 2018

Genius is a group activity. And computers have just earned their seat at the table.

3.56

343

🧠 Collective Intelligence 🏗️ Organizational Design 🤖 Future Of Work 🔄 Systems Thinking 🗳️ Group Decision Making

Superminds 90%

Genius is a group activity. And computers have just earned their seat at the table.

by Thomas W. Malone 2018

3.56

343 ratings

🧠 Collective Intelligence 🏗️ Organizational Design 🤖 Future Of Work 🔄 Systems Thinking 🗳️ Group Decision Making

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