Chapter 26 Exercises: Curiosity as a Luck Strategy

Level 1: Recall and Comprehension

Exercise 1.1 — Vocabulary and Concept Check Define each term in 2–3 sentences in your own words:

a) Curiosity (Kashdan's definition — include both exploration and absorption) b) Information foraging theory c) The exploration-exploitation trade-off d) The Medici Effect (Frans Johansson) e) The curiosity-serendipity pipeline f) Beginner's mind (shoshin) g) The associative barrier

Exercise 1.2 — Neuroscience Connections The chapter describes three neuroscience mechanisms underlying curiosity. For each, answer: What does it do? And how does it relate to serendipitous discovery?

a) Dopamine and the anticipation reward b) The default mode network and associative thinking c) The hippocampus and the curious-state memory enhancement (Gruber et al., 2014)

Exercise 1.3 — The Pipeline The curiosity-serendipity pipeline has four stages: Wondering → Searching → Encountering → Connecting.

For each stage: a) Define what happens at that stage b) Give an example from Nadia's rabbit hole story c) Identify what could go wrong at that stage — what would cause the pipeline to break down?

Exercise 1.4 — True or False with Justification

a) Curiosity is a fixed personality trait that cannot be meaningfully changed. b) Information foraging theory predicts that curious people stay in one "information patch" longer than incurious people. c) The exploration-exploitation trade-off suggests that pure exploitation (never exploring) is the optimal long-term strategy. d) The associative barrier is primarily a problem for experts, not beginners. e) Asking questions publicly creates serendipity hooks by signaling open problems to others.

Exercise 1.5 — Short Answer Answer in 3–5 sentences each:

a) Why does the Medici Effect predict that breakthroughs happen disproportionately at the intersection of disciplines? What is the mechanism? b) What does "beginner's mind" add to curiosity that domain expertise often removes? Why is this luck-relevant? c) According to the chapter, what is the relationship between the frequency of rabbit holes and their expected serendipitous value?

Level 2: Analysis and Application

Exercise 2.1 — Your Curiosity Inventory Create your personal curiosity inventory. This is not a list of things you think you should care about — it is a list of things you are genuinely, actively curious about right now.

Step 1: For 15 minutes, free-write every question you're actually wondering about. No filtering. Include small questions ("why does that work that way?"), big questions ("how does consciousness work?"), domain questions (within your expertise), and cross-domain questions (outside it).

Step 2: Review your list. Circle the 5 items that feel most alive — most genuinely interesting, not most socially acceptable.

Step 3: For each of the 5 circled items, write: - Which domain does this question primarily live in? - What domain might have an unexpected answer to this question? - What would you need to do (read, ask, watch, attend) to follow this curiosity seriously?

Exercise 2.2 — The Rabbit Hole Log For one week, keep a rabbit hole log. Each time you feel the pull of unexpected curiosity — something that catches your attention that you weren't expecting — record: - What triggered the curiosity - Whether you followed it or returned to the task - If you followed it: what did you find? How long did you spend? What (if anything) connected back to something you already care about? - If you didn't follow it: why not? Do you wish you had?

At the end of the week, write a 200-word reflection: - What patterns do you notice? - What triggers your curiosity most reliably? - Were any of the rabbit holes you followed surprisingly productive? Were any that you didn't follow potentially regrettable?

Exercise 2.3 — The Cross-Domain Read Choose a domain you know nothing about. It can be anything: mycology, maritime law, Baroque music theory, materials science, Renaissance cartography, behavioral finance, classical rhetoric. Spend 90 minutes reading as deeply as you can — not summarizing, not skimming, but genuinely trying to understand.

Afterward: a) What surprised you most? b) What concepts from this domain could be connected to a domain you do know well? c) Did you encounter any questions that you would not have been able to ask before this reading? d) Did anything in this reading give you an idea for something in your own work, creative practice, or life?

Exercise 2.4 — Question Quality Audit Think back over the past week and recall as many questions as you can that you asked — in class, in conversations, online, or just to yourself. List at least 10.

Then analyze: a) How many were genuine expressions of not-knowing vs. rhetorical (you knew the answer)? b) How many were domain-specific (within your expertise) vs. cross-domain (outside it)? c) How many were asked privately vs. publicly? d) Were any of them serendipity hooks — questions asked in a context where an unexpected person might provide an unexpected answer?

Now design 5 better questions — questions you would genuinely like to have answered, that you could ask publicly in a relevant context.

Exercise 2.5 — Applying the Curiosity-Serendipity Pipeline Choose one current project, problem, or goal in your life. Apply the curiosity-serendipity pipeline deliberately:

Stage 1 (Wondering): What genuinely don't you understand about this project, problem, or goal? Write 10 real questions.

Stage 2 (Searching): Choose the most interesting question and spend 30 minutes searching — but not the way you would normally search. Go one level deeper than your first results. Follow one unexpected link. Read something from outside your usual sources.

Stage 3 (Encountering): What did you encounter that you weren't looking for? Describe at least one unexpected finding.

Stage 4 (Connecting): Can you connect what you encountered back to your original project or question? How?

Reflect: Did this exercise produce any insight that you would not have had through normal focused work on the project?

Level 3: Synthesis and Evaluation

Exercise 3.1 — Nadia's Pivot Analysis The chapter describes Nadia's curiosity-driven pivot from beauty/lifestyle content to cognitive science and expert perception content. Analyze this pivot using the chapter's frameworks.

a) Identify each stage of the curiosity-serendipity pipeline in Nadia's story. What specifically happened at each stage? b) Which serendipity type (blind, sagacity, pseudo) best describes the discovery she made? c) What role did her information foraging behavior play? How did her "foraging" look different from a less curious person's response to the same trigger? d) What existing preparation (from her content creation experience) enabled her to recognize the value of what she found and act on it? e) If Nadia had been in pure exploitation mode — focused entirely on producing her skincare routine video — would this discovery have been possible? What would have had to change?

Exercise 3.2 — Exploration vs. Exploitation: Your Personal Calibration The chapter suggests that exploration is generally more valuable early in a career or learning journey, and exploitation more valuable later. But this is a simplification — the optimal balance depends on many factors.

Write a 400–600 word personal analysis: a) Where are you currently in your primary domain or career? (Early exploration, deepening exploitation, or actively transitioning?) b) Based on that position, what does the exploration-exploitation research suggest about the optimal balance for you right now? c) What does your current actual behavior look like? Are you more exploration-heavy or exploitation-heavy than the research suggests is optimal? d) What specific change would bring your behavior into better alignment with what the research recommends?

Exercise 3.3 — The Medici Effect Design Frans Johansson's Medici Effect argues that breakthroughs happen at disciplinary intersections. Design a cross-domain intersection experiment for yourself.

a) Identify your primary domain (the field where you have the most expertise or spend the most time). b) Choose three domains that seem completely unrelated to your primary one. c) For each of the three adjacent domains, spend 30 minutes researching a concept that is central to that domain. d) For each, identify at least one concept that could potentially import into your primary domain in a non-obvious way. e) Write a 300–400 word reflection: Did any of the cross-domain concepts spark a genuinely novel idea in your primary domain? What does this experience suggest about the value of cross-domain curiosity?

Exercise 3.4 — Beginner's Mind in Practice The chapter argues that beginner's mind — the openness of genuine not-knowing — is a luck multiplier because it reduces filtering and increases noticing.

Design and complete a "beginner's mind experiment":

a) Choose something you consider yourself an expert in, or at least knowledgeable about. b) Find someone who is a complete beginner in that domain. c) Ask them what questions they have about it. d) Take those questions seriously as questions — not as evidence of the beginner's ignorance, but as genuine not-knowing that might reveal something.

Write a 300–500 word reflection: - What questions did the beginner ask that you had stopped asking? - Were any of those questions actually unanswered, or harder to answer than they seem? - What did the beginner's perspective reveal that your expertise was filtering?

Exercise 3.5 — The Curiosity-Luck Connection: A Critical Evaluation The chapter makes a strong case for curiosity as a luck strategy. But consider the following counter-argument:

"Curiosity as a strategy privileges people who have the luxury of following rabbit holes — people with discretionary time, financial stability, and educational contexts that reward exploration. For people in economically precarious situations, following unexpected curiosity is a luxury they can't afford. Pure exploitation of existing skills is often a more rational strategy for people whose survival depends on reliable income."

Write a 500–700 word response: a) How strong is this counter-argument? What are its best points? b) Are there aspects of curiosity practice that are accessible even in economically constrained situations? c) Does the chapter's framework acknowledge this limitation? Should it? d) What would a more equity-conscious version of the curiosity-as-luck-strategy argument look like?

Level 4: Creative and Experiential

Exercise 4.1 — The 7-Day Curiosity Practice For seven days, implement a structured curiosity practice. Each day:

Morning: Write one genuine question you don't know the answer to. It can be about anything.

Midday: Spend 20 minutes following whatever curiosity arose during the morning — even if it's only tangentially related to your question.

Evening: Record: What did you find? What connected to something you already know? What new questions did it produce?

At the end of seven days, write a 400-word reflection: - What did you notice about the rhythm of your curiosity across the week? - Which questions led somewhere interesting? Which didn't? - Did anything in the week's exploration connect unexpectedly to your work, creative practice, or relationships?

Exercise 4.2 — Create From Curiosity Choose one rabbit hole you've followed recently — or follow a new one this week. Create something from what you learned.

"Create something" is intentionally broad: - Write an essay, post, or article - Make a video or audio piece - Build something physical - Design something - Have a conversation about it and share your notes - Teach it to someone else

The key: the creation should emerge from genuine curiosity, not from what you think an audience wants.

Reflect afterward: a) How did it feel to create from curiosity rather than strategy? b) What response (if any) did the creation get from others? c) Did the creation produce any unexpected connection or opportunity?

Exercise 4.3 — The Question-Asking Experiment For one week, commit to asking at least one public question per day — in class, in an online community, in a meeting, in a conversation with a new person.

The questions should be: - Genuine (not rhetorical) - About something you actually don't fully understand - Asked in a context where unexpected answers are possible

Log each question and any response.

At the end of the week, write a 200–300 word reflection: - Which questions generated the most interesting responses? - Did any question produce a serendipitous connection or piece of information? - What did you notice about how others responded to genuine questions?

Exercise 4.4 — Design a Curiosity-Rich Context Design a learning environment, community, or regular gathering (for yourself or a group you belong to) specifically optimized for curiosity-driven serendipitous discovery.

Your design should specify: a) The format (in person, online, hybrid) b) The activities or structures that would activate curiosity c) The mechanisms for cross-domain encounter (how would people from different areas of knowledge come together?) d) The norms or culture that would encourage question-asking and rabbit-hole permission e) How you would measure whether the environment was actually producing curiosity and serendipitous connection

Level 5: Research and Advanced Synthesis

Exercise 5.1 — Kashdan's Research Locate and read Todd Kashdan's academic work on curiosity. Start with: - Kashdan, T.B., & Silvia, P.J. (2009). "Curiosity and interest: The benefits of thriving on novelty and challenge." Oxford Handbook of Positive Psychology. - Kashdan, T.B., et al. (2018). "The five-dimensional curiosity scale: Capturing the bandwidth of curiosity and identifying four unique subgroups of curious people." Journal of Research in Personality.

Write a 600–800 word analysis: a) What are the five dimensions of curiosity Kashdan identifies? b) Which dimensions are most relevant to the luck-curiosity connection described in this chapter? c) What does the research say about the relationship between trait curiosity and life outcomes? d) What limitations does Kashdan himself identify in this research program?

Exercise 5.2 — Information Foraging Theory Peter Pirolli and Stuart Card's information foraging theory is cited in the chapter as the theoretical framework explaining why curiosity drives serendipitous information discovery.

Research the original papers: - Pirolli, P., & Card, S. (1999). "Information foraging." Psychological Review, 106(4), 643–675.

Write a 500–700 word synthesis: a) What is the optimal foraging analogy and how does it apply to information search? b) What is "information scent" and how does it guide searching behavior? c) What does the theory predict about how curious vs. incurious people would differ in their information foraging behavior? d) What are the theory's limitations as an account of curiosity-driven serendipity?

Exercise 5.3 — The Medici Effect: Empirical Evaluation Frans Johansson's Medici Effect is an influential popular science argument. But is it empirically supported?

Research the academic literature on cross-domain innovation and write a 600–800 word critical evaluation: a) What does the research literature say about the relationship between domain diversity and innovative output? b) Are there studies that directly test whether people at disciplinary intersections produce more breakthrough ideas? c) What is the evidence for (and against) the associative barrier concept? d) How well does Johansson's popular account hold up against the academic literature?

Exercise 5.4 — Original Curiosity Study (Capstone-Level) Design a study that tests one specific claim from this chapter — for example: "People who follow more rabbit holes per week report higher rates of serendipitous discovery" or "Cross-domain curiosity practice increases the frequency of unexpected connections in weekly experience."

Your study design should include: a) The specific hypothesis b) Study population and sample size c) How you would measure curiosity behavior (the independent variable) d) How you would measure serendipitous discovery (the dependent variable) e) Control variables to consider f) Study design (experimental, observational, longitudinal) g) The main threats to internal validity h) What findings would confirm the hypothesis? What would disconfirm it?

Write this as a 700–1,000 word research proposal.