
Discover the psychology behind intuitive design in "Laws of UX," the globally translated design bible that transformed how tech giants build products. Ever wondered why some interfaces feel effortlessly natural while others frustrate? Yablonski's principles reveal the invisible forces shaping every digital interaction.
Jon Yablonski is a Senior Product Designer at Mixpanel and author of Laws of UX: Using Psychology to Design Better Products & Services, recognized for bridging cognitive psychology with practical user experience design.
A veteran in digital product design, Yablonski developed his expertise through roles at General Motors crafting in-vehicle interfaces and currently shapes data-driven experiences at Mixpanel. His book distills complex psychological principles like Hick's Law and Jakob's Law into actionable frameworks for creating intuitive interfaces, informed by his decade of industry experience.
Beyond writing, Yablonski built the award-winning Laws of UX resource platform—visited over 2.5 million times—and co-organizes the IXD2 design conference. He also created Humane by Design, a guide for ethical technology design. Translated into Portuguese and Japanese, Laws of UX has become essential reading in university design curricula and tech company onboarding programs worldwide.
Laws of UX explains how psychological principles like Hick’s Law and the von Restorff Effect shape user behavior, offering designers a framework to build intuitive digital experiences. It distills academic research into 21 practical laws, organized into heuristic guidelines, cognitive biases, perceptual principles, and ethical considerations.
UX/UI designers, product managers, and developers seeking to align interfaces with human cognition will benefit most. It’s also valuable for students learning design psychology or professionals aiming to justify design decisions using behavioral science.
Yes—the book remains a cornerstone for human-centered design, with timeless principles applicable to emerging technologies like AI interfaces and AR/VR. Its focus on cognitive psychology ensures relevance despite evolving design trends.
The 190-page book divides 21 laws into four categories: Heuristic Laws (e.g., Jakob’s Law), Gestalt Principles (e.g., similarity), Cognitive Biases (e.g., peak-end rule), and Design Ethics (e.g., Tesler’s Law). Each chapter defines a law, provides examples (e.g., e-commerce layouts), and offers application tips.
It explores biases like the peak-end rule (users recall peak and final experiences) and Miller’s Law (working memory limits), showing how to structure content into digestible chunks and prioritize impactful interactions.
Tesler’s Law states that every system has inherent complexity designers cannot eliminate. The book advises balancing simplicity by offloading complexity to the system (e.g., automating form fields) rather than the user.
Chapter 11, “With Power Comes Responsibility,” emphasizes ethical considerations like avoiding dark patterns and ensuring accessibility. Yablonski argues that understanding psychology obligates designers to prioritize user well-being.
While both focus on usability, Laws of UX delves deeper into psychology-driven frameworks, whereas Steve Krug’s classic emphasizes heuristic evaluations. They’re complementary—Krug’s book offers methods, Yablonski’s explains underlying principles.
Some note the laws oversimplify complex behaviors or lack original research. However, most praise the book for making academic concepts accessible and actionable for practitioners.
Yes. For example, applying Fitts’s Law (target size/distance) improves button placement, and Postel’s Law (robustness) ensures apps handle input errors gracefully.
As AI interfaces grow, understanding cognitive biases like the Doherty Threshold (system responsiveness) ensures seamless human-AI interactions. The book’s focus on mental models aids in designing intuitive AI tools.
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Users prefer yours to work similarly to what they already know.
People leverage previous experiences to understand new ones.
Interfaces augment human capabilities rather than hindering them.
Decision time increases with the number and complexity of choices.
Truly universal icons are rare.
将《Laws of UX》的核心观点拆解为易于理解的要点,了解创新团队如何创造、协作和成长。
将《Laws of UX》提炼为快速记忆要点,突出坦诚、团队合作和创造力的关键原则。

通过生动的故事体验《Laws of UX》,将创新经验转化为令人难忘且可应用的精彩时刻。
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Have you ever wondered why scrolling through Instagram feels effortless while navigating your bank's website feels like solving a puzzle? The difference isn't random-it's psychology at work. Every tap, swipe, and click you make has been shaped by principles rooted in how your brain processes information. What began as Jon Yablonski's personal reference during a tough design project transformed into a framework now used by tech giants worldwide. The brilliance lies in translating abstract psychological concepts into tangible design rules, creating digital experiences that feel less like using technology and more like natural extensions of thought itself. Picture walking into a friend's new apartment. Without asking, you know where to look for light switches, how doors open, and where the kitchen probably is. This isn't psychic ability-it's your brain using mental shortcuts built from thousands of previous experiences. Digital interfaces work the same way. When you visit a website, you expect the logo in the top left, navigation at the top, and contact details at the bottom. This expectation is Jakob's Law: users prefer your site to work like all the others they already know. This principle recognizes something profound about human cognition-we develop mental models based on cumulative experiences and apply them to everything new we encounter. When designs violate these models, chaos ensues. Remember Snapchat's 2018 redesign disaster? Over 1.2 million people signed a petition demanding the old version back because the changes shattered their mental models. Contrast that with Google's approach: gradual transitions, optional previews, letting users adjust at their own pace. Even physical products leverage this-Mercedes-Benz shapes their seat controls like actual seats, creating intuitive connections between what you touch and what moves. The lesson isn't about creating identical products but respecting that people learn new things through the lens of what they already understand.