50 Books like Digital Games and Mathematics Learning

Hacking Mathematics

by Denis Sheeran • 2018

Stop giving answers, start asking questions: ten shifts that build mathematical thinkers.

4.47

📐 Math Education 🔍 Inquiry-Based Learning 📝 Homework Redesign 🎯 Classroom Engagement 🗣 Mathematical Discourse

Hacking Mathematics 95%

Stop giving answers, start asking questions: ten shifts that build mathematical thinkers.

by Denis Sheeran 2018

4.47

19 ratings

📐 Math Education 🔍 Inquiry-Based Learning 📝 Homework Redesign 🎯 Classroom Engagement 🗣 Mathematical Discourse

Math-ish

by Jo Boaler • 2024

The brain uses five pathways for math. Schools teach to one, and millions walk away.

4.23

570

🧮 Math Education 🌱 Growth Mindset 🔢 Number Sense 👁️ Visual Thinking 📊 Data Literacy

Math-ish 95%

The brain uses five pathways for math. Schools teach to one, and millions walk away.

by Jo Boaler 2024

4.23

570 ratings

🧮 Math Education 🌱 Growth Mindset 🔢 Number Sense 👁️ Visual Thinking 📊 Data Literacy

Mathematical Mindsets

by Jo Boaler • 2015

Math ability isn't fixed; every mistake grows the brain, and how you teach determines who succeeds.

4.44

3k+

🧮 Math Education 🧠 Growth Mindset 🔬 Brain Plasticity 📝 Assessment Reform 🤝 Equity In Education

Mathematical Mindsets 94%

Math ability isn't fixed; every mistake grows the brain, and how you teach determines who succeeds.

by Jo Boaler 2015

4.44

3k+ ratings

🧮 Math Education 🧠 Growth Mindset 🔬 Brain Plasticity 📝 Assessment Reform 🤝 Equity In Education

What's Math Got to Do with It?

by Jo Boaler • 2008

Why ability grouping and timed tests backfire, and what builds mathematical thinkers instead.

4.28

1k+

🧮 Math Education 🔍 Inquiry-Based Learning 😟 Math Anxiety 🤝 Collaborative Learning ⚖️ Educational Equity

What's Math Got to Do with It? 94%

Why ability grouping and timed tests backfire, and what builds mathematical thinkers instead.

by Jo Boaler 2008

4.28

1k+ ratings

🧮 Math Education 🔍 Inquiry-Based Learning 😟 Math Anxiety 🤝 Collaborative Learning ⚖️ Educational Equity

What Video Games Have to Teach Us About Learning and Literacy

by James Paul Gee • 2003

Video games teach because they have to. The 36 learning principles schools can steal from them.

3.90

1k+

🎮 Game-Based Learning 🧠 Learning Science 📍 Situated Cognition 👁️ Multimodal Learning 🔄 Learning Through Failure

What Video Games Have to Teach Us About Learning and Literacy Summary

What Video Games Have to Teach Us About Learning and Literacy 94%

Video games teach because they have to. The 36 learning principles schools can steal from them.

by James Paul Gee 2003

3.90

1k+ ratings

🎮 Game-Based Learning 🧠 Learning Science 📍 Situated Cognition 👁️ Multimodal Learning 🔄 Learning Through Failure

Why Study Mathematics?

by Vicky Neale • 2020

A math degree opens careers from kidney swaps to climate models. Effort trumps genius every time.

3.97

📐 Applied Mathematics 🧠 Growth Mindset 📊 Data Science ➗ Mathematical Thinking 📖 Popular Mathematics

Why Study Mathematics? 94%

A math degree opens careers from kidney swaps to climate models. Effort trumps genius every time.

by Vicky Neale 2020

3.97

38 ratings

📐 Applied Mathematics 🧠 Growth Mindset 📊 Data Science ➗ Mathematical Thinking 📖 Popular Mathematics

Play to Learn

by Sharon Boller • 2017

The step-by-step playbook for designing learning games that slash training time and boost retention.

3.95

🎮 Game Design 🛠️ Instructional Design 🎲 Game-Based Learning 🎯 Serious Games 🏢 Corporate Training

Play to Learn 93%

The step-by-step playbook for designing learning games that slash training time and boost retention.

by Sharon Boller 2017

3.95

42 ratings

🎮 Game Design 🛠️ Instructional Design 🎲 Game-Based Learning 🎯 Serious Games 🏢 Corporate Training

Explore Like a Pirate

by Michael Matera • 2015

Turn your classroom into a game where students chase knowledge, not grades.

4.22

307

🎮 Classroom Gamification 🕹️ Game-Based Learning 📐 Instructional Design 🔥 Student Engagement 🧠 Intrinsic Motivation

Explore Like a Pirate 93%

Turn your classroom into a game where students chase knowledge, not grades.

by Michael Matera 2015

4.22

307 ratings

🎮 Classroom Gamification 🕹️ Game-Based Learning 📐 Instructional Design 🔥 Student Engagement 🧠 Intrinsic Motivation

Brave New Words

by Salman Khan • 2024

AI tutors that adapt, simulate history, and fix math: Sal Khan on education's biggest leap.

3.58

3k+

🤖 Ai In Education 🧠 Personalized Learning 💻 Ai Tutoring 🤝 Human-Ai Collaboration 🧮 Math Education

Brave New Words 93%

AI tutors that adapt, simulate history, and fix math: Sal Khan on education's biggest leap.

by Salman Khan 2024

3.58

3k+ ratings

🤖 Ai In Education 🧠 Personalized Learning 💻 Ai Tutoring 🤝 Human-Ai Collaboration 🧮 Math Education

Mathematica

by David Bessis • 2024

Real math isn't done with symbols. It's done with mental images, physical intuition, and curiosity.

4.18

862

🧮 Mathematical Thinking 💭 Philosophy Of Mathematics 🧠 Intuition And Reason 👁️ Mental Imagery 🔄 Learning How To Learn

Mathematica 93%

Real math isn't done with symbols. It's done with mental images, physical intuition, and curiosity.

by David Bessis 2024

4.18

862 ratings

🧮 Mathematical Thinking 💭 Philosophy Of Mathematics 🧠 Intuition And Reason 👁️ Mental Imagery 🔄 Learning How To Learn

Limitless Mind

by Jo Boaler • 2019

The brain grows most when you struggle and get things wrong. The science that changes how you learn.

4.09

3k+

🧠 Neuroplasticity 🌱 Growth Mindset 🧮 Math Education 🤝 Collaborative Learning 🔄 Lifelong Learning

Limitless Mind 93%

The brain grows most when you struggle and get things wrong. The science that changes how you learn.

by Jo Boaler 2019

4.09

3k+ ratings

🧠 Neuroplasticity 🌱 Growth Mindset 🧮 Math Education 🤝 Collaborative Learning 🔄 Lifelong Learning

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 93%

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

by Kit Yates 2019

3.90

2k+ ratings

Learning Technologies

by Mesut Duran • 2022

The real hurdle in education technology isn't access; it's using tools to strengthen learning.

5.00

💻 Education Technology 🌐 Digital Divide 🛡️ Digital Citizenship 🖥️ Online Learning 🔀 Blended Learning

Learning Technologies 93%

The real hurdle in education technology isn't access; it's using tools to strengthen learning.

by Mesut Duran 2022

5.00

1 ratings

💻 Education Technology 🌐 Digital Divide 🛡️ Digital Citizenship 🖥️ Online Learning 🔀 Blended Learning

Rewiring Education

by John D. Couch • 2018

Schools run on factory logic. An Apple insider's playbook for redesigning them with technology.

3.79

266

📚 Education Reform 💻 Edtech 🧩 Personalized Learning 🔍 Inquiry-Based Learning 👨‍💻 Coding Education

Rewiring Education 93%

Schools run on factory logic. An Apple insider's playbook for redesigning them with technology.

by John D. Couch 2018

3.79

266 ratings

📚 Education Reform 💻 Edtech 🧩 Personalized Learning 🔍 Inquiry-Based Learning 👨‍💻 Coding Education

Is Maths Real? How Simple Questions Lead Us to Mathematics’ Deepest Truths

by Eugenia Cheng • 2023

Math is not about right answers but about asking why. A manifesto for the curious.

3.52

731

📐 Philosophy Of Math 🧮 Mathematical Thinking 📚 Math Pedagogy 🔍 Logical Reasoning 🪞 Mathematical Abstraction

Is Maths Real? How Simple Questions Lead Us to Mathematics’ Deepest Truths Summary

Is Maths Real? How Simple Questions Lead Us to Mathematics’ Deepest Truths 93%

Math is not about right answers but about asking why. A manifesto for the curious.

by Eugenia Cheng 2023

3.52

731 ratings

📐 Philosophy Of Math 🧮 Mathematical Thinking 📚 Math Pedagogy 🔍 Logical Reasoning 🪞 Mathematical Abstraction

Letters to a Young Mathematician

by Ian Stewart • 2006

Proof is story, pure and applied one: a mathematician's letters on the creative life of numbers.

3.86

2k+

🧩 Mathematical Proof 🎓 Math Education 💡 Mathematical Creativity 🔬 Pure And Applied Math 🧑‍🔬 Math Careers

Letters to a Young Mathematician Summary

Letters to a Young Mathematician 93%

Proof is story, pure and applied one: a mathematician's letters on the creative life of numbers.

by Ian Stewart 2006

3.86

2k+ ratings

🧩 Mathematical Proof 🎓 Math Education 💡 Mathematical Creativity 🔬 Pure And Applied Math 🧑‍🔬 Math Careers

Arithmetic

by Paul Lockhart • 2017

Arithmetic is a craft, not a grind. The elegant patterns hiding in every counting system.

3.92

236

🧠 Mathematical Thinking 📜 History Of Math 🔢 Number Representation 🧮 Calculating Devices ✨ Patterns In Numbers

Arithmetic 93%

Arithmetic is a craft, not a grind. The elegant patterns hiding in every counting system.

by Paul Lockhart 2017

3.92

236 ratings

🧠 Mathematical Thinking 📜 History Of Math 🔢 Number Representation 🧮 Calculating Devices ✨ Patterns In Numbers

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? 93%

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

Learning That Sticks

by Bryan Goodwin • 2020

Classrooms often fight how the brain learns. A model for aligning teaching with our natural wiring.

4.13

🏫 K-12 Instruction 🔬 Learning Science 🧠 Brain-Based Learning ❓ Student Curiosity 📐 Instructional Design

Learning That Sticks 93%

Classrooms often fight how the brain learns. A model for aligning teaching with our natural wiring.

by Bryan Goodwin 2020

4.13

68 ratings

🏫 K-12 Instruction 🔬 Learning Science 🧠 Brain-Based Learning ❓ Student Curiosity 📐 Instructional Design

The Gamification of Learning and Instruction

by Karl M. Kapp • 2012

Points and badges alone fail. Design learning that motivates like a game, tailored to player types.

3.83

305

🧱 Instructional Design 🎮 Game-Based Learning 🧠 Intrinsic Motivation 🎓 Experiential Learning 🔬 Self-Determination Theory

The Gamification of Learning and Instruction Summary

The Gamification of Learning and Instruction 92%

Points and badges alone fail. Design learning that motivates like a game, tailored to player types.

by Karl M. Kapp 2012

3.83

305 ratings

🧱 Instructional Design 🎮 Game-Based Learning 🧠 Intrinsic Motivation 🎓 Experiential Learning 🔬 Self-Determination Theory

How to Solve It

by George Pólya • 1944

Most problems are not solved by attacking them harder but by approaching them sideways.

4.12

5k+

🔍 Problem-Solving Heuristics 🧮 Mathematical Thinking 🧠 Heuristic Reasoning 📚 Math Pedagogy 🔄 Analogical Reasoning

How to Solve It 92%

Most problems are not solved by attacking them harder but by approaching them sideways.

by George Pólya 1944

4.12

5k+ ratings

🔍 Problem-Solving Heuristics 🧮 Mathematical Thinking 🧠 Heuristic Reasoning 📚 Math Pedagogy 🔄 Analogical Reasoning

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

How to Teach Anything

by Peter Hollins • 2021

Turn any topic into a lesson that clicks, using the learning science most teachers never learn.

4.10

129

🏫 Teaching Methods 🧪 Learning Science 📝 Study Skills ✋ Active Learning 🎮 Gamification

How to Teach Anything 92%

Turn any topic into a lesson that clicks, using the learning science most teachers never learn.

by Peter Hollins 2021

4.10

129 ratings

🏫 Teaching Methods 🧪 Learning Science 📝 Study Skills ✋ Active Learning 🎮 Gamification

How to Study for a Mathematics Degree

by Lara Alcock • 2012

School math was calculation. University math is proof. How to bridge the gap without drowning.

4.09

221

🧮 Proof-Based Mathematics 🎓 Math Undergraduates ✍️ Mathematical Writing 💡 Mathematical Intuition 📚 Active Learning

How to Study for a Mathematics Degree Summary

How to Study for a Mathematics Degree 92%

School math was calculation. University math is proof. How to bridge the gap without drowning.

by Lara Alcock 2012

4.09

221 ratings

🧮 Proof-Based Mathematics 🎓 Math Undergraduates ✍️ Mathematical Writing 💡 Mathematical Intuition 📚 Active Learning

Can You Solve My Problems?

by Alex Bellos • 2016

A wolf, a goat, a cabbage, and the puzzles that teach you to think in proofs.

4.03

387

🧩 Recreational Mathematics 📚 Puzzle Collections 🧠 Mathematical Thinking 💡 Lateral Thinking 🤔 Brain Teasers

Can You Solve My Problems? 92%

A wolf, a goat, a cabbage, and the puzzles that teach you to think in proofs.

by Alex Bellos 2016

4.03

387 ratings

🧩 Recreational Mathematics 📚 Puzzle Collections 🧠 Mathematical Thinking 💡 Lateral Thinking 🤔 Brain Teasers

The Joy of Abstraction

by Eugenia Cheng • 2022

What if math’s deepest lesson is that context always beats content? A category theorist explains.

3.84

190

🔢 Category Theory 🧠 Mathematical Thinking 📚 Popular Mathematics 🧩 Mental Models 🔍 Abstract Reasoning

The Joy of Abstraction 92%

What if math’s deepest lesson is that context always beats content? A category theorist explains.

by Eugenia Cheng 2022

3.84

190 ratings

🔢 Category Theory 🧠 Mathematical Thinking 📚 Popular Mathematics 🧩 Mental Models 🔍 Abstract Reasoning

The Art of Doing Science and Engineering

by Richard W. Hamming • 1996

What separates great scientists from good ones: they pick better problems.

4.18

2k+

🧠 Scientific Thinking ⚙️ Engineering Practice 💻 Computational Thinking 🔬 Research Methods 🔗 Interdisciplinary

The Art of Doing Science and Engineering Summary

The Art of Doing Science and Engineering 92%

What separates great scientists from good ones: they pick better problems.

by Richard W. Hamming 1996

4.18

2k+ ratings

🧠 Scientific Thinking ⚙️ Engineering Practice 💻 Computational Thinking 🔬 Research Methods 🔗 Interdisciplinary

The Universe and the Teacup

by K.C. Cole • 1998

Your gut is wrong about fairness, risk, and scale. Mathematics proves it, elegantly.

3.78

594

The Universe and the Teacup 92%

Your gut is wrong about fairness, risk, and scale. Mathematics proves it, elegantly.

by K.C. Cole 1998

3.78

594 ratings

Personalizing 21st Century Education

by Dan Domenech • 2016

One-size-fits-all education is failing. How to rebuild schools around each student's needs and pace.

4.33

🏫 Education Reform 🧩 Personalized Learning 👨‍🎓 Student-Centered Learning 🎯 Competency-Based Education 💻 Education Technology

Personalizing 21st Century Education Summary

Personalizing 21st Century Education 92%

One-size-fits-all education is failing. How to rebuild schools around each student's needs and pace.

by Dan Domenech 2016

4.33

9 ratings

🏫 Education Reform 🧩 Personalized Learning 👨‍🎓 Student-Centered Learning 🎯 Competency-Based Education 💻 Education Technology

Designing the Future

by Ann Kaiser • 2019

Run your classroom like an engineering lab: failure becomes data, limits force invention.

🧪 Stem Education 🏫 K-12 Instruction 🛠️ Project-Based Learning 💡 Design Thinking ⚙️ Engineering Mindset

Designing the Future 92%

Run your classroom like an engineering lab: failure becomes data, limits force invention.

by Ann Kaiser 2019

🧪 Stem Education 🏫 K-12 Instruction 🛠️ Project-Based Learning 💡 Design Thinking ⚙️ Engineering Mindset

Learning Science for Instructional Designers

by Clark N. Quinn • 2021

Working memory holds three chunks, not seven. Design instruction around the brain's real limits.

4.09

📐 Instructional Design 🧠 Learning Science ⚖️ Cognitive Load Theory 📊 Evidence-Based Instruction 🔄 Knowledge Transfer

Learning Science for Instructional Designers Summary

Learning Science for Instructional Designers 92%

Working memory holds three chunks, not seven. Design instruction around the brain's real limits.

by Clark N. Quinn 2021

4.09

56 ratings

📐 Instructional Design 🧠 Learning Science ⚖️ Cognitive Load Theory 📊 Evidence-Based Instruction 🔄 Knowledge Transfer

Once Upon an Algorithm

by Martin Erwig • 2017

What Hansel and Gretel, Sherlock Holmes, and Groundhog Day can teach you about algorithms.

3.63

265

🧠 Computational Thinking 📐 Algorithm Design 📖 Story-Driven Education 🔓 Accessible Algorithms 🗄️ Data Structures

Once Upon an Algorithm 92%

What Hansel and Gretel, Sherlock Holmes, and Groundhog Day can teach you about algorithms.

by Martin Erwig 2017

3.63

265 ratings

🧠 Computational Thinking 📐 Algorithm Design 📖 Story-Driven Education 🔓 Accessible Algorithms 🗄️ Data Structures

Making Thinking Visible

by Ron Ritchhart • 2011

Stop grading their recall. Start seeing how they reason. The classroom steps that bridge the gap.

4.23

2k+

🧪 Formative Assessment 🔍 Inquiry-Based Learning ❓ Questioning Techniques 🧠 Metacognition 💬 Student Discourse

Making Thinking Visible 92%

Stop grading their recall. Start seeing how they reason. The classroom steps that bridge the gap.

by Ron Ritchhart 2011

4.23

2k+ ratings

🧪 Formative Assessment 🔍 Inquiry-Based Learning ❓ Questioning Techniques 🧠 Metacognition 💬 Student Discourse

The Reading Mind

by Daniel T. Willingham • 2017

Reading is a cognitive assembly line from symbols to meaning, and digital habits are disrupting it.

4.14

605

🔬 Reading Science 📚 Literacy Instruction 🧠 Cognitive Psychology 📖 Reading Comprehension 📝 Vocabulary Development

The Reading Mind 92%

Reading is a cognitive assembly line from symbols to meaning, and digital habits are disrupting it.

by Daniel T. Willingham 2017

4.14

605 ratings

🔬 Reading Science 📚 Literacy Instruction 🧠 Cognitive Psychology 📖 Reading Comprehension 📝 Vocabulary Development

Why Don't Students Like School?

by Daniel T. Willingham • 2009

Kids remember what they think about, not what you teach. The lesson plan that follows.

4.04

6k+

🧠 Learning Science 🏫 Classroom Practice 💭 Memory And Learning 🧩 Expertise Development 🎯 Deliberate Practice

Why Don't Students Like School? 92%

Kids remember what they think about, not what you teach. The lesson plan that follows.

by Daniel T. Willingham 2009

4.04

6k+ ratings

🧠 Learning Science 🏫 Classroom Practice 💭 Memory And Learning 🧩 Expertise Development 🎯 Deliberate Practice

Powerful Teaching

by Pooja K. Agarwal • 2019

Re-reading is not enough. Four classroom strategies from science that raise grades a full letter.

4.27

963

🧠 Learning Science 📚 Evidence-Based Teaching 🏫 Classroom Strategies 📝 Retrieval Practice 📅 Spaced Repetition

Powerful Teaching 92%

Re-reading is not enough. Four classroom strategies from science that raise grades a full letter.

by Pooja K. Agarwal 2019

4.27

963 ratings

🧠 Learning Science 📚 Evidence-Based Teaching 🏫 Classroom Strategies 📝 Retrieval Practice 📅 Spaced Repetition

Speed Mathematics

by Bill Handley • 2003

Calculate faster than a calculator using only a pencil, a circle, and simple subtraction.

3.98

146

🧮 Mental Arithmetic ✂️ Calculation Shortcuts ⚡ Rapid Calculation 🧠 Memory Systems 🛒 Everyday Mathematics

Speed Mathematics 91%

Calculate faster than a calculator using only a pencil, a circle, and simple subtraction.

by Bill Handley 2003

3.98

146 ratings

🧮 Mental Arithmetic ✂️ Calculation Shortcuts ⚡ Rapid Calculation 🧠 Memory Systems 🛒 Everyday Mathematics

Mind Performance Hacks

by Ron Hale-Evans • 2006

Memory tricks, mental math, decision hacks: a cognitive toolkit for thinking faster and clearer.

3.88

945

🧠 Mnemonic Techniques 🔢 Mental Math 🏋️ Brain Training 💡 Creativity Techniques 🎲 Decision Frameworks

Mind Performance Hacks 91%

Memory tricks, mental math, decision hacks: a cognitive toolkit for thinking faster and clearer.

by Ron Hale-Evans 2006

3.88

945 ratings

🧠 Mnemonic Techniques 🔢 Mental Math 🏋️ Brain Training 💡 Creativity Techniques 🎲 Decision Frameworks

Persuasive Games

by Ian Bogost • 2007

A videogame's rules are arguments. Learning to read them changes how you see every screen.

3.84

360

🎮 Game Studies 📺 Media Theory 📜 Rhetorical Theory 🎲 Game Design Theory 📱 Digital Media Criticism

Persuasive Games 91%

A videogame's rules are arguments. Learning to read them changes how you see every screen.

by Ian Bogost 2007

3.84

360 ratings

🎮 Game Studies 📺 Media Theory 📜 Rhetorical Theory 🎲 Game Design Theory 📱 Digital Media Criticism

A Game Design Vocabulary

by Anna Anthropy • 2013

The grammar of game design: how to script a back-and-forth that players lose themselves in.

3.94

134

📗 Game Design ⚙️ Game Mechanics 🧩 Game Systems 🧠 Player Experience 📖 Emergent Narrative

A Game Design Vocabulary 91%

The grammar of game design: how to script a back-and-forth that players lose themselves in.

by Anna Anthropy 2013

3.94

134 ratings

📗 Game Design ⚙️ Game Mechanics 🧩 Game Systems 🧠 Player Experience 📖 Emergent Narrative

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

Thinking In Numbers

by Daniel Tammet • 2013

Numbers live in a family of nine, an Icelandic counting word, snowflakes, and how decades shrink.

3.53

2k+

🧮 Everyday Mathematics 🌍 Cultural Mathematics ✨ Mathematical Imagination 🌈 Synesthesia 🕳️ Zero And Infinity

Thinking In Numbers 91%

Numbers live in a family of nine, an Icelandic counting word, snowflakes, and how decades shrink.

by Daniel Tammet 2013

3.53

2k+ ratings

🧮 Everyday Mathematics 🌍 Cultural Mathematics ✨ Mathematical Imagination 🌈 Synesthesia 🕳️ Zero And Infinity

Don't Leave the Story in the Book

by Mary Hynes-Berry • 2011

Stop just reading stories. Start using them to drive math, science, and inquiry in preschool.

4.00

🏫 Early Childhood Education 📚 Teaching With Stories 🔍 Classroom Inquiry 🧩 Play-Based Learning 🔗 Integrated Curriculum

Don't Leave the Story in the Book Summary

Don't Leave the Story in the Book 91%

Stop just reading stories. Start using them to drive math, science, and inquiry in preschool.

by Mary Hynes-Berry 2011

4.00

1 ratings

🏫 Early Childhood Education 📚 Teaching With Stories 🔍 Classroom Inquiry 🧩 Play-Based Learning 🔗 Integrated Curriculum

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

Buddhism

by Damien Keown • 1996

Buddhism has no god, no bible, no pope. What holds its many traditions together?

3.74

3k+

📖 Introductory Buddhism ☸️ Buddhist Philosophy 🛕 Theravada Buddhism 🪷 Mahayana Buddhism 🧘 Meditation Practice

Buddhism 91%

Buddhism has no god, no bible, no pope. What holds its many traditions together?

by Damien Keown 1996

3.74

3k+ ratings

📖 Introductory Buddhism ☸️ Buddhist Philosophy 🛕 Theravada Buddhism 🪷 Mahayana Buddhism 🧘 Meditation Practice

The Unschooled Mind

by Howard Gardner • 1991

Children's intuitive theories outlast school; genuine understanding takes deliberate rewiring.

3.96

956

🧠 Cognitive Development 🌱 Progressive Education 📚 Educational Psychology 🛠️ Project-Based Learning 🏗️ Constructivism

The Unschooled Mind 91%

Children's intuitive theories outlast school; genuine understanding takes deliberate rewiring.

by Howard Gardner 1991

3.96

956 ratings

🧠 Cognitive Development 🌱 Progressive Education 📚 Educational Psychology 🛠️ Project-Based Learning 🏗️ Constructivism

How Learning Works

by Susan A. Ambrose • 2010

The research behind why students forget your best lecture, and what actually makes learning durable.

4.12

1k+

📚 Evidence-Based Teaching 🎓 Higher Education 📋 Instructional Design 🎯 Student Motivation 🧠 Metacognition

How Learning Works 91%

The research behind why students forget your best lecture, and what actually makes learning durable.

by Susan A. Ambrose 2010

4.12

1k+ ratings

📚 Evidence-Based Teaching 🎓 Higher Education 📋 Instructional Design 🎯 Student Motivation 🧠 Metacognition

Multimedia Learning

by Richard E. Mayer • 2001

Why adding pictures to a lesson can double understanding or destroy it.

4.07

166

🧱 Instructional Design 🧠 Cognitive Load Theory 📊 Evidence-Based Teaching 🔬 Learning Science 👁️ Visual Communication

Multimedia Learning 91%

Why adding pictures to a lesson can double understanding or destroy it.

by Richard E. Mayer 2001

4.07

166 ratings

🧱 Instructional Design 🧠 Cognitive Load Theory 📊 Evidence-Based Teaching 🔬 Learning Science 👁️ Visual Communication

Love Triangle

by Matt Parker • 2024

Triangles build skyscrapers, animate movies, and decode sound: the shape that runs the world.

3.93

2k+

Love Triangle 91%

Triangles build skyscrapers, animate movies, and decode sound: the shape that runs the world.

by Matt Parker 2024

3.93

2k+ ratings

Teach Students How to Learn

by Saundra Yancy McGuire • 2015

A class averaged 66.9, then 95.6 after one strategy session. Brains didn't change; methods did.

4.18

489

🏛️ College Teaching 📚 Study Skills 🧠 Metacognition ✍️ Retrieval Practice 🗣️ Active Learning

Teach Students How to Learn 91%

A class averaged 66.9, then 95.6 after one strategy session. Brains didn't change; methods did.

by Saundra Yancy McGuire 2015

4.18

489 ratings

🏛️ College Teaching 📚 Study Skills 🧠 Metacognition ✍️ Retrieval Practice 🗣️ Active Learning

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