Creative Thinking Across Multiple Contexts

#LateralThinking, a term coined by Edward de Bono in the 1960s, or flexible thinking, refers to a problem-solving approach that involves looking at a situation or problem from unexpected angles, thereby enabling innovative solutions. 1. Encourages #Creativity: Lateral thinking taps into the imaginative aspect of our minds. By breaking free from conventional routines and patterns of thought, individuals can generate unique ideas and solutions that would otherwise remain undiscovered. 2. Enhances #ProblemSolving Skills: Traditional methodologies often rely on linear or logical progression, which can be limiting. Lateral thinking introduces a more dynamic approach, allowing for multiple potential solutions to be considered. 3. Fosters #Innovation: In business and technology, innovation is critical for maintaining competitive advantage. Organizations that promote lateral thinking among their teams are more likely to develop breakthrough products and services, as employees feel empowered to propose unconventional ideas. 4. Improves #Collaboration: By encouraging diverse perspectives and brainstorming sessions, lateral thinking leads to greater collaboration among team members. Different viewpoints can inspire a more inclusive environment that values contributions from all members, leading to richer, more robust solutions. Key Techniques for Cultivating Lateral Thinking 1. Questioning Assumptions: Begin by identifying and challenging the assumptions that underlie your thinking. Techniques such as the “Five Whys” can help dig deeper into the root causes of a problem. 2. Mind Mapping: This technique involves visualizing ideas and solutions around a central concept. By mapping out thoughts in a non-linear way, you can see connections between ideas that may not be apparent in a structured list format. 3. Random Input: Introduce an unrelated stimulus (a word, image, or object) into your thinking process. This random input can trigger novel associations and stimulate new ideas that can lead to unconventional solutions. 4. Role Play: Assume different roles or perspectives related to the problem at hand. For instance, thinking from the viewpoint of the customer, competitor, or even an inanimate object can provide fresh insights and reveal untapped solutions. 5. SCAMPER Technique: The acronym stands for Substitute, Combine, Adapt, Modify, Put to another use, Eliminate, and Reverse. This brainstorming approach encourages you to manipulate and explore existing products or ideas, leading to innovation and new concepts. 6. Creative Constraints: Sometimes, placing specific constraints on your thinking can paradoxically foster creativity. For instance, limit your resources or time, or impose specific rules (e.g., generate only ideas that involve a specific color). In an age where change is the only constant, one thing remains clear: the ability to think laterally is a powerful asset for any problem-solver.

What’s one domain outside your core expertise that has become a hidden advantage? I’ve been thinking about that idea lately after joining a Davos session hosted by Adam Grant and astrophysicist Priya Natarajan on how scientific breakthroughs often depend less on raw intelligence and more on the ability to see what others overlook. Galileo, for instance, wasn’t the first to see mountains on the moon. But because he was trained in drawing, he had the interpretive skill to understand what he was looking at and the implications. Grant pointed out that Nobel Prize winners are far more likely to have artistic hobbies like music, painting and writing. Those pursuits strengthen pattern recognition and creative insight. Here’s what I took away: - There’s a real advantage to being “dangerous” in more than one domain. Galileo had depth in multiple areas (draftsmanship, engineering, mathematics), which gave him the ability to recognize implications others missed. - Serendipity favors the prepared mind. Breakthroughs aren’t random — they reward those who have built enough context and skill to recognize significance when it appears. - Weak signals matter. Early anomalies and subtle inconsistencies are often dismissed. The ability to pause and examine what doesn’t quite fit is often where insight begins. I’ve always valued cross-disciplinary learning, but this conversation reframed it: in a world that rewards specialization, the edge often belongs to those who can integrate distinct disciplines. Image: Galileo’s sketches of the moon that was published in Sidereus Nuncius in 1610

I’ve always liked working across disciplines. As a student, I was a mathematician doing research in manufacturing—surrounded by engineers. It was messy, creative, and incredibly rewarding. Which is why the “10,000-hour rule” never fully sat right with me. You know the story: pick one thing, start early, and grind. We have successful examples Tiger Woods, the Polgar sisters. Case closed. Except… that’s not how most excellence actually happens. Studies tracking elite athletes show that future champions tend to have a sampling period—a few years spent exploring different sports before focusing. (Côté & Erickson, 2015) Another meta-analysis found that deliberate practice explains only about 1% of performance differences at elite levels. (Macnamara et al., 2016) Even top musicians show the same pattern—they specialize late, often after experimenting with multiple instruments. (Güllich, 2017) Psychologist Robin Hogarth called golf and chess “kind learning environments”: the rules are clear, feedback is immediate, and cause and effect are obvious. Most of life is the opposite—wicked environments—where the rules shift, feedback is delayed or misleading, and expertise doesn’t transfer cleanly. In wicked worlds, narrow specialists can get trapped by their own experience. And this pattern scales up. A 2024 study of patent data showed that the most innovative teams were those mixing knowledge from multiple domains. (Wang et al., 2024) My favorite example? Gunpei Yokoi. He struggled with his engineering exam and became a maintenance worker at a Kyoto playing-card company. But he experimented and combined tech from calculators and credit cards to create handheld games. That company became Nintendo, and his side project became the Game Boy. The moral: depth matters—but range multiplies it. In a wicked world, the people who connect dots across disciplines don’t fall behind. They build entirely new games to play.

Innovation doesn't happen in isolation. It happens when worlds collide. Dongfeng Liu's "China Caribe" proves this. 140,000 Chinese immigrants arrived in Cuba starting in 1847. They brought erhu and pipa. They found son, rumba, and cha-cha-cha. The collision created something entirely new. Liu fuses pentatonic scales with Caribbean rhythms. Chinese folk melodies meet Afro-Cuban percussion. Jazz harmonies bridge two worlds. I wrote the liner notes for this album. The fusion teaches us everything about innovation. Here's the framework behind cultural cross-pollination: 1. Migration Creates Innovation Pressure • 140,000 Chinese laborers needed to adapt quickly • Limited resources force creative solutions • Constraints become catalysts for breakthrough thinking • Geographic displacement sparks mental flexibility 2. Preserve Core, Adapt Expression • Chinese musicians kept pentatonic scales intact • They layered Caribbean rhythms on top • The essence stayed, the expression evolved • Your foundation anchors your boldest experiments 3. Find the Natural Intersections • El Barrio Chino in Havana became the mixing ground • Physical spaces enable cultural exchange • Liu identifies where traditions naturally overlap • Map where your expertise meets others' urgent needs 4. Diversity Multiplies Creative Output • Leung's 2008 research (cited 1,515+ times): multicultural experience enhances creativity • Stolaki's 2023 study shows team creative diversity has positive effects • Boston Consulting Group: diverse leadership = 19% higher innovation revenue • Different perspectives generate exponentially more possibilities 5. Start With Deep Respect • Chinese immigrants honored Cuban musical traditions first • They contributed rather than conquered • Liu approaches each genre with scholarly understanding • Fusion fails when you skip the foundation work 6. Create New Categories • "China Caribe" isn't Chinese music or Cuban music • It's a third thing that couldn't exist without both • Liu invented a genre by refusing existing boundaries • The biggest opportunities live between established categories 7. Document Your Process • Liner notes preserve the fusion story • Context helps others understand the innovation • Liu explains his method, not just his music • Make your cross-pollination teachable and repeatable 8. Time Your Cultural Moment • Liu released this when world music was gaining acceptance • 175 years after immigration, the story could finally be told • Cultural readiness determines fusion success • Watch for when your intersection becomes relevant Apply this today: • Audit your expertise against three adjacent fields • Identify physical or digital spaces where communities intersect • Study successful fusions in your industry's history • Start conversations, not campaigns ♻️ Share this with someone building bridges between worlds 🔔 Follow Kabir Sehgal for more creative insights

I often see someone expressing curiosity about #BigData or survey results like this: "how does that break down by gender?", or "does this skew toward low income?" I believe these are inevitably biased questions. The issue is that these #demographics are being used to assign cognitive processes. A "low income" person is "worried about paying rent." Or a "woman" will be "taking a social or empathetic perspective." Neither of these cognitive assignments is true for everyone of that demographic. Often these demographics are too high-level to influence a person's interior cognition, even contextually. For example, "spanish-speakers" are a huge population with as much variety as the whole population of any country. But I have seen product teams in the US associate "spanish-speakers" with "migrant" and "low-income." And then teams go create solutions with broad assumptions and not enough details to truly provide a variety of valuable support to people in their variety of contexts & thinking styles. Here's one way to do better in our thinking about strategy and product & service design: 👉 Start with much more nuanced #contexts to explore, like "person with diagnosed early stage pancreatic cancer, who can access good care, and wants to" or "person taking unpaid short-term care of an adult who is related to them." 👉 The next step is to understand the variety of thinking styles within these nuanced contexts, by adding #QualitativeResearch to your knowledge-creation process. Qual + Quant 👉 Of course I recommend listening sessions about what cognition and emotion went through people's minds in those nuanced contexts. It is true there are versions of qualitative data that do not lend much understanding. A researcher will know the difference. 👉 A thinking style is a person's core cognitive/emotional #approach to their early stage pancreatic cancer or to taking short-term care of their adult relative. And this core approach can change! 👉 Then ask, "how can we support each thinking style?" and "do we want to support all of them?" 👉 As a way of discussing the variety within your org, you can make up #characters that represent the thinking styles. Try making up two characters that represent the same thinking style. Explore this well, because it affects your strategy. 👉 Note that thinking styles are never construed as negative, nor as a personality. "The Grumbler" is not a thinking style. "Worried I will be committed to more than I had planned" is a thinking style. In the case that your org chooses not to support a particular thinking style: 👉 Skipping a thinking style will be part of your strategy. It's an important sign of maturity within an org to formally recognize this as your strategy and define why. 👉 You might include here a point at which the org will eventually turn toward supporting this thinking style. 🌱 ⏤ 📩 Sign up to my newsletter: indiyoung . substack . com

Do you really know who you're designing for? It's easy to bucket users up into the same user type and talk about them as if they're all the same person We say things like: Our users are Patients and Doctors. Patients need XX, Doctor's pains are YY But one patient isn't the same as another. So why do we design like they are? Or, often the user stays the same, but they shift between different states (sometimes within the same day) depending on their context. For example, I might cook for myself at lunch, but cook for my family at dinner. I'm the same person, using the same app, but I have different needs. Considering and designing for the the needs / goals / pain for the overall user type starts to feel generic, and disconnected from the world people actually experience That's why I like to use lenses. (It's a way of considering things from different perspectives). Each lens includes a description, needs, behaviours, emotions, pains and a key principle to remember For me personally, using lenses feels less static and more representative of the fluidness of designing for people on the other side of the glass Going back to the cooking example, the user type might be "at-home cooks" but we can break it down into multiple lenses. Some lenses we might have are: → By social context: solo lens vs family lens → By emotional state: The mid-week panic → By experience level: Learning / low confidence lens → By environment: Small kitchen lens vs well equipped There will naturally be overlaps in lens needs, for example, someone that's high confidence cook might also have a well equipped kitchen. Or the family lens might be linked to the mid-week panic. The great thing is how to see where needs overlap and where there's additional needs or conflicts. That way, we can be more intentional about how we're designing Here's a few ways I like to use lenses: → In journeys to see how needs change across contexts → When designing to see where the design works / fails → When scoping to see overlaps / conflicts in needs → In research prep to guide around different contexts → When testing to consider different states & scenarios → In design reviews to challenge our assumptions → When scoping to consider what we will / won't explore

Working in three different languages in my career taught me something fascinating: every language is unique and unlocks different ways of seeing and thinking. English, with its direct simplicity, naturally suits strategic planning. Its focus on action and clarity helps crystallize goals and timelines. French excels in creative exploration. Its rich vocabulary for aesthetics and emotion makes it perfect for high-level brainstorming and conceptual thinking. Japanese is invaluable in sensitive conversations. Its ability to convey meaning through context, combined with its careful attention to relationships, helps navigate complex interpersonal dynamics with grace. Languages aren't just different ways of saying the same thing—they provide entirely different lenses to view ourselves and the world around us. This is why global brands need multilingual perspectives. Working in multiple languages isn’t just about knowing the words—it’s about building bridges between cultures and ideas.

Why do some people spark more and better ideas seemingly out of nowhere?   One reason is that they break through what Frans Johansson, in his book "The Medici Effect," calls associative barriers. I recently learned about this 2004 book on creativity thanks to my colleague Henrik Wærsted Bjørnstad.   The book explores how creativity often emerges at points of intersection, where different fields, cultures, or perspectives collide. It’s a powerful argument for the value of breadth over depth. Why does all this matter?   According to Johansson, associative barriers keep us thinking within the confines of our expertise. They are unhelpful mental shortcuts that block innovation.   Great creators, innovators, leaders, and companies break through associative barriers. For example:   •      A technologist might see a computer as circuits, processors, and performance specifications for solving logical problems.   •      A calligrapher might see letters as works of art and the blank spaces between them as conveying emotion.   •      Steve Jobs, who bridged both of these worlds, combined them to create something new, from the curves of the iPhone, its fonts and minimalist designs, to the simplicity of its interface. Steve Jobs' creativity resulted from finding an extraordinary intersection between technology, consumer products, marketing, and calligraphy. This is why broadening our experiences is so important. Narrow expertise limits the associations we can make when presented with random stimuli. Broader perspectives allow us to make connections others might miss. Charlie Munger calls this a “latticework of mental models”—the more diverse your mental models, the greater combination of concepts you can envision, and therefore, the more creative and innovative your ideas can become. But here’s where the book hit home: "The Medici Effect" argues that exposure to other cultures is one thing that helps break these barriers. And in recommending the book, Henrik provided a walking example of this principle. He and I come from different backgrounds. He is Norwegian, and I’m from Virginia. We work on different parts of the business. If we only interacted within our own cultural and professional bubbles, we’d miss opportunities to spark creative exchanges like the one as simple as his book recommendation to me. Without shared insights, the expansion of knowledge and potential breakthroughs have no chance. “Creativity thrives at intersections,” Johansson reminds us. I’m grateful for colleagues like Henrik. I’m grateful for the many “intersections” at Markel Group, where every day so many unique people, ideas, cultures, and disciplines interact in unpredictable and creative ways, many times per day. 

A designer’s role in multidisciplinary creative collaboration In the world of product development, the most innovative solutions often result from intense collaboration across diverse perspectives Diversity comes in many flavors… cultural, gender, specialties, disciplines, skillsets and more Let’s talk about the designer's role in a multidisciplinary setting As designers, we're more than just creators We’re the translators, mediators, and catalysts that bring different perspectives together to shape meaningful products and experiences When we worked on the John Deere 1R electric tractor at BMW Designworks, our core team consisted of designers, engineers, product marketers, and model makers We were a small but accomplished group of around six people, united by one common goal… to design, engineer, and convert a 1R combustion tractor into a drivable 1R electric tractor Looking back, my roles as the creative director and lead designer wasn’t just about designing and building the tractor… it became a lot more than that… _Translator... Acting as the bridge between engineering, marketing, and business strategy, turning complex ideas into tangible, user-centric solutions. Clear communication was crucial to ensure everyone understood the project's vision and goals… and stay on track _Holistic Problem Solver... Integrating insights from various disciplines allowed us to approach problems from multiple angles in real time. It's about finding solutions that are both innovative and feasible, balancing creativity with practicality _Rapid Prototyping & Iteration... True innovation requires rapid iteration with input from all corners. By involving designers, engineers, and model makers in the prototyping phase, we could address real-world constraints while keeping the user experience front and center _Aligning a Shared Vision... Design isn't just about aesthetics… it's about empathy. By aligning with other disciplines on a user-centric goal, we ensured every aspect of the product resonated with the people it was designed for _Mediating Ideas and Realities... Navigating the delicate balance between bold ideas and practical limitations was key. We had limited time, and our role was to champion creativity while mediating conflicts, ensuring the final product was both innovative, viable and on time _Championing Innovation Together... Collaboration is about co-creation. By combining diverse expertise, we were able to push boundaries, generate breakthrough ideas, and build products that truly stood out _Building a Collaborative Culture... Great design emerges when we acknowledge and celebrate diverse contributions. It’s about fostering a collaborative culture where every voice is heard and every idea is valued The magic happens when we bring together minds from different disciplines to create something that none of us could have achieved alone. In your experience, how has cross-disciplinary collaboration impacted your design process?

The truly creative people I've worked with don't think in categories. They think in spectrums. They see concepts as overlapping, interacting, evolving—not as neat, separate boxes. Research backs this up. Creative individuals reject false dichotomies and show “dimensional thinking.” Binary answers have simple explanations because they necessarily wish away the complexity. We live in a sea of black-and-white thinking, but real-life challenges rarely have simple answers.  It’s especially damaging in an AI era. AI natively works in conceptual space, with notions that have degrees, extents, caveats, and uncertainties. That’s why it has a hard time with discrete facts. Categorical thinking, from us when operating AIs, will actually neuter AI abilities. Worse, it might sometimes be unsafe. This is why I keep hammering on teaching students about the squishy, interconnected nature of concepts. It's foundational to creative thinking, judgment, and analytical skills. Traditional education does the opposite. Repetition. Single correct answers. Strict subject boundaries. Emphasis on detail first.  Studies show students actually become less likely to explore multiple approaches as they progress through school. We're training creativity out of them. If I were leading an educational institution, I would want to focus on a small number of educational goals relevant to every class, teacher, and student. Dimensional thinking would be one of those. #education #creativity #teaching #criticalthinking #school #innovation