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Essays on problem solving, frameworks, and the moments that change our understanding.

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A comic-book ring bearer seen from behind raises a green-glowing ring and builds a giant fist, a bridge and a spacecraft. A sketch on the left becomes a realistic scene on the right.

A ring that turns thought into matter builds the answer, never the question. An illustrated essay on vibe coding, first builds that harden into definitions, and how to keep a question alive.

Latest essay · Frameworks ·

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18 published essays

  1. A school of fish on the left turns into a swarm of small machines flying in the same formation on the right.

    The Breakthrough Might Already Exist in the Wrong Field

    Teams search in their own field's words, so a mechanism that already works elsewhere stays invisible. Name the contradiction, strip the industry nouns, and look for the structural twin. Fish schools and a tardigrade protein show the move, and an evidence ladder shows how far to trust it.

    Frameworks ·

  2. An engineering sketch of a rocket sled becomes a realistic view of its rider and desert test track.

    The Wrong Bottleneck

    In 1954 John Stapp survived 46.2 G on a rocket sled to prove aviation had blamed the wrong component: the body was fine, the seat was the constraint. Murphy's Law in its original engineering form and Toyota's poka-yoke converge on the same corrective: find the real laggard, then make the failure impossible.

    Frameworks ·

  3. A water-extraction site on the floor of a dark lunar crater: a tent over icy ground, a drilling rig and a row of storage tanks.

    Water Is the First Currency of the Space Economy

    Everyone repeats the slogan. A currency needs proven reserves, a discoverable price, and a way to clear trades, and lunar water today has none of the three. The honest scorecard of the space economy's founding commodity. Part 2 of 3.

    Frameworks ·

  4. Robot excavators, haulers and a water plant at work near a crater rim on the Moon, linked by thin lines to one control panel.

    The Moon's First Mine Will Be Run by AI Agents

    Mining on the Moon is a software problem before it is an excavation problem. Communication delay kills real-time teleoperation, so the reverse salient is not the drill, it is the missing orchestration layer. Part 1 of 3.

    Frameworks ·

  5. A ground-mounted laser turret, a sketch on the left and a realistic rendering on the right, firing one beam of light.

    The Beam Nobody Has Won

    Four rival directed-energy architectures are competing for the same job, and none has won yet. The US Army's own Enduring High Energy Laser program is a formal, dated competition to pick one. The narrative foil to the brick that won: this beam has not.

    Frameworks ·

  6. A swallowtail butterfly split down the middle: one wing an unfinished sketch, the other in full color.

    The Butterfly That Remembered

    A 10-year-old in Kobe noticed a butterfly that seemed to remember him, and ended up cracking a century-old wall in biology. The real anatomy of a scientific eureka moment, mapped against modern insight neuroscience, and why the discovery needed a child to find it.

    Case Studies ·

  7. A countertop kitchen appliance taken apart into a loop of one-star reviews, prototypes and tests at home.

    Ninja Got Rich on One-Star Reviews

    SharkNinja did not invent the blender, the vacuum, or the air fryer. It industrialized the four PWS tools into an operating system: mine the one-star reviews, find the high-importance low-satisfaction step, attack the reverse salient (price, not performance), and out-engineer it at value. Then run the same move on your own category.

    Case Studies ·

  8. Overlapping S-shaped growth curves, one for each computing technology from relays to AI chips, under one straight line across their tops.

    The Curve Doesn't Care What Runs It

    A single technology rides an S-curve: slow start, steep middle, saturation ceiling. The exponential everyone quotes is a cascade of those curves, each new paradigm climbing before the last one flattens. Read your domain's S-curve before it flattens, while someone quietly starts the next one underneath you.

    Frameworks ·

  9. A cutaway of a bagless vacuum cleaner with a clear dust bin and the faint outline of the old dust bag it no longer needs.

    The Bag Was the Bottleneck

    A vacuum's suction dies the moment the dust bag fills, and for a century everyone just built a bigger motor. The bag was the reverse salient. How James Dyson found the lagging component and deleted it, then find the one in your own system.

    Frameworks ·

  10. An early brass automobile in front of a fading sketch of a horse.

    The Automobile Was the First Green Technology

    By 1900 the city was drowning in horse manure, and the car arrived as the clean machine that saved it. Then it choked the city it rescued. The Futures Wheel, told through the most counterintuitive headline in tech history.

    Frameworks ·

  11. A crowded Victorian street full of horses and manure on the left turns into a clean avenue of early motorcars on the right.

    The Great Horse Manure Crisis: When the Domain Dissolves

    In 1894 the most serious urban problem in the world had an obvious trajectory and no solution. Then it vanished, not because anyone solved it, but because a new technology dissolved the domain underneath it. The navigator's question: what is collapsing in your domain right now?

    Frameworks ·

  12. An armored tracked vehicle turned into a field ambulance with a red cross panel, while a small drone watches from above.

    Maybe a Tank Needs to Be an Ambulance

    Battlefield medicine's dominant design is collapsing in real time: drones broke the golden hour's hidden assumption. Eras of ferment are when entrants win. Learn to spot the break in your field first.

    Frameworks ·

  13. A toy building brick on the left turns into a crystal lattice of metal nodes joined by straight rods on the right.

    Dominant Design: The Brick That Won

    Why one architecture quietly wins and everyone builds on it, from the 1958 LEGO coupling to the Nobel-winning molecule that learned the same trick. Then find your own field's dominant design.

    Frameworks ·

  14. A drone tied by a thin fiber-optic cable to a reel on the ground, drawn as a design sketch with realistic parts.

    Why Most Teams Solve the Wrong Problem

    The difference between undefined, ill-defined, well-defined, and wicked problems. Why classification comes before methodology.

    Problem Types ·

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