Blog
Thoughts & reflections.
Real thoughts from a decade of juggling - on juggling, tech, and everything in between.
1 August 2026
TechChangeYou Can Now Choose Your Juggler in Juggling Lab
Juggling Lab, the open-source animator that powers the patterns on this site, now supports switchable juggler figures - a female figure alongside the classic stick figure, and you can even mix them in passing patterns. Here is what it looks like and how to switch it on.
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1 August 2026
TechYou Cannot Add the Second Figure Until You Name the First
For nearly thirty years Juggling Lab drew one juggler, so it never needed a way to talk about figures in general. Adding a second one meant naming the first - a small lesson about when an abstraction earns its place.
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1 August 2026
TechWhy the Juggler's Arm Disappeared
The second figure in Juggling Lab broke a rendering assumption that had held for twenty years: that a juggler is basically its own bounding box. A figure in a dress is not - and fixing that removed a fudge factor older than the bug.
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26 June 2026
ChangeAI-generatedThe Release Is a Skill
The image shows a single hand with a glowing cyan club pointing downward - being released, not held. The club is lit. The hand is open. The moment of release is not the end of the practice. It is the act that makes the next catch possible.
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25 June 2026
ChangeAI-generatedWhen the Rings Multiply
The image shows a woman surrounded by rings at scale - large blue arcs below and around her, and small purple rings sparking and multiplying above. The outer orbit does not stay outer because it is unengaged. It stays outer because its relationship to the change is a different scale, a different arc, a different orbit entirely.
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24 June 2026
TechChangeAI-generatedWhat Passes Between Us
The image shows two pairs of hands facing each other with a magenta infinity loop of light flowing between them - three looping rings crossing in the space neither person holds. What is created in the exchange is not owned by either person. It lives in the space between.
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23 June 2026
TechChangeAI-generatedThe Change Has a Structure
The image shows multiple pairs of hands manipulating a DNA double helix made of light - orange/amber strands and cyan and pink strands crossing in the center. The helix is not a metaphor for complexity. It is a metaphor for architecture: two strands running in parallel, each carrying information the other doesn't, held together by the bridges between them.
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22 June 2026
BrainAI-generatedThe Brain Throws First
The image shows a side profile silhouette with a lit, glowing brain and three blue balls flowing outward in an arc. The throw begins inside. The neural planning precedes the physical release by 200 milliseconds. Everything the hands do, the brain decided to do first.
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21 June 2026
BrainTechChangeAI-generatedWhat Each Prop Asks of You
The image is a triptych: a ball with blue electric corona, a club with orange spinning orbit, a ring releasing purple lightning. Three panels, three props, three completely different energetic signatures. The ball, the club, and the ring are not three versions of the same thing. They ask for different things from the hands that hold them.
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20 June 2026
ChangeAI-generatedThree Ways the Arc Can Travel
The image shows three light trails held by a single pair of hands: a large orange semicircle, a blue infinity loop, and a jagged purple zigzag. The same hands. Three completely different trajectories. Change never travels in straight lines - but not all non-linear movement is the same.
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19 June 2026
TechChangeAI-generatedThe Two Modes of Juggling
The image is a diptych: on the left, one pair of hands with three silver balls in a solo cascade; on the right, two pairs of hands with clubs crossing between them. The cascade coordinates inside one person. The club pass coordinates between two. These are not two levels of difficulty. They are two different architectures.
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18 June 2026
ChangeAI-generatedWhen the Light Trails Cross
The image shows two human silhouettes almost invisible inside a field of crossing magenta and cyan light trails - arcs, zigzags, spirals moving in every direction at once. The people are still there. But they have been reduced to outline by the volume of interference surrounding them. This is what change saturation looks like from the outside.
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17 June 2026
ChangeAI-generatedTwo Hands for the Fallen Ring
The image shows a glowing ring lying on the floor with two pairs of hands reaching toward it from opposite sides. The ring is down but still lit. Two people are reaching, not one. The image is not about the drop. It is about what happens next.
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16 June 2026
BrainChangeAI-generatedYou Do Not Age Out of the Pattern
The image shows elderly hands juggling, with red infinity light trails looping between them. The wrinkles are not hidden. The pattern is the same - the same arc, the same weight, the same orbit. The research says what the image shows: the brain that has been practicing for decades is not done growing.
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15 June 2026
BrainAI-generatedThe Practice That Rewires You
The image shows a woman from behind, golden light arcs tracing the cascade from her hands, and neural branch-like tendrils spreading from the back of her head. The arc outside and the network inside are the same image. The practice that changes what you can do also changes the structure of the organ that runs the practice.
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14 June 2026
BrainChangeAI-generatedThe Convergence Has No Entry Requirements
The image shows multiple hands reaching toward a center point where all three props converge in RGB light. One of those hands belongs to someone in a wheelchair. The rings, the balls, the clubs - they are all there. They are all reachable. The convergence does not check prerequisites.
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13 June 2026
BrainTechAI-generatedWhat Grows From One Practice
The image shows two hands held open, from which a neon tree grows upward - branches blooming into juggling props, mathematical symbols, logic gates, club shapes, rings, and molecular structures. One practice does not stay in one domain. It branches. The skills learned in juggling extend further than the juggler expects.
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11 June 2026
BrainChangeAI-generatedBrain. Change. Tech. Why These Three?
The three pillars of this site are not a random selection. Brain, change, and tech each explain something the others cannot. Together they describe a complete picture of how people and systems develop.
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11 June 2026
BrainChangeAI-generatedYou Are the Center of the Pattern
The long-exposure image shows a person at the center of an infinite figure-eight, glowing balls orbiting in arcs of orange and cyan. The person is not moving. The balls are moving. The juggler's skill is not in chasing what's in the air - it is in remaining stable enough that the pattern can orbit them. This is the geometry of sustained performance.
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10 June 2026
TechChangeAI-generatedThe Cat's Cradle Is a System
The image shows multiple hands holding a complex cat's cradle of neon strings - orange and purple lines weaving an intricate structure across the space between them. Every strand is load-bearing. Remove one, and the geometry changes. This is the architecture of every real system: not a clean diagram but a web of dependencies where nothing is truly independent.
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10 June 2026
BrainTechThe Other Screen
The laptop is open. The RGB balls are on the desk beside it. Two kinds of interface, side by side. What each one offers that the other cannot.
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9 June 2026
BrainTech99 Percent
The laptop screen shows 99 percent precision. This is the number the model reached after training on labeled frames of juggling throws. What that number means, what it cost, and what it still does not tell you.
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9 June 2026
TechChangeAI-generatedThe Club Pass Is a Contract
Two hands reach out. Between them, a silver club spins through the air. Neither party yet knows if the catch will work - but the throw has already been made. The club pass is the moment before the confirmation. This is the architecture of every collaborative system: the contract must be agreed before the message is sent.
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8 June 2026
BrainChangeAI-generatedJuggling Is an Infinite Game
Simon Sinek's infinite game framework - built on philosopher James Carse's work - describes a game with no endpoint, no fixed rules, and no final winner. The cascade fits this description exactly. You do not win at juggling. You maintain the pattern, extend it, and pass it on. This connection has not been made in print before.
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8 June 2026
TechChangeThe Community Builder's Desk
An AWS hat, a coffee tumbler, and three juggling balls. This desk is where technical work and community work happen in the same place - because they are, at the bottom, the same kind of work.
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7 June 2026
BrainTechSame Desk, Two Disciplines
The overhead shot shows code on the left and juggling props on the right. They live on the same desk, get used in the same sessions, and teach each other things neither could learn alone.
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6 June 2026
BrainChangePractice in the Field
The neon balls in the grass are not a setup. They are where they landed. Practice in the field looks like this - informal, unstructured, the props wherever they end up between throws.
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5 June 2026
ChangeAI-generatedEverything in the Air at Once
The long-exposure photograph shows all three props simultaneously: blue balls in arc, orange clubs rotating, purple rings in orbit. This is what an organisation in full-speed change actually looks like - not a single clear initiative, but three completely different patterns running in parallel, each requiring different handling, none able to wait for the others.
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5 June 2026
BrainChangeThe Practice Follows You
Juggling on a boat is not a metaphor. It is just juggling, somewhere unusual. The practice does not require a specific space. It travels with whoever is doing it.
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4 June 2026
BrainTechBeing the Training Data
When you build a computer vision model on your own body, something unusual happens: you become both the developer and the dataset. The model learns your specific technique. Then you have to decide how far that generalizes.
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3 June 2026
BrainTechTeaching a Machine to See Juggling
I trained a computer vision model to detect juggling balls in real time. Then I tested it while actually juggling. The machine watched, drew boxes around what it found, and reached 99 percent precision.
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2 June 2026
ChangeAI-generatedDistance From the Change
Distance from the change is not a judgment about a department's capability or commitment. It is a measurement - the gap between existing movement patterns and what the change requires. The change manager's job is to build bridges calibrated to each distance, not to pretend the distances are equal.
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1 June 2026
TechChangeAI-generatedThe Devil Stick Runs While You Work
In one hand: balls. Your active work, your code, your decisions. In the other: a devil stick. The managed service, the automated pipeline, the agent crew - spinning on its own, needing only occasional correction. This is the modern knowledge worker's actual pattern.
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1 June 2026
BrainTechWhat Four Balls Actually Looks Like
Four-ball juggling requires your arms to be fully extended. The pattern is wider than your body. You cannot keep four balls in the air while keeping your elbows in. Capacity expansion has a physical shape.
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31 May 2026
BrainChangeThe Pattern Is Working
There is a specific face people make when the juggling pattern clicks. Not concentration - something looser. The smile that appears when the skill stops being effort and becomes play.
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31 May 2026
ChangeAI-generatedWhich Prop Are You Holding?
In any organisational change, every department is juggling. But not the same prop. Which one you're holding is not a judgment about your capability - it's a measure of how close your existing movements are to what the change asks for.
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30 May 2026
BrainHolding Two Before Throwing Three
The pause before the first throw is not hesitation. It is the moment where you decide that you are actually ready. Two balls in hand, everything quiet, the pattern not yet in motion.
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30 May 2026
ChangeAI-generatedThe Change Is Always Juggling
Cloud migration, AI adoption, a new CRM, a restructure - these look like different events. They are not. The pattern underneath is always the same cascade. What changes is which prop each department finds in their hands.
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29 May 2026
BrainTechAI-generatedBrain, Cloud, Ball
In the image, a person juggles a geometric brain in one hand and a glowing ball in the other, while a rainbow data arc connects them through the cloud above. This is the actual shape of modern knowledge work.
Read more28 May 2026
BrainTechAI-generatedFrom One Ball, a Practice Grows
A single ball in a single hand grows - in the image - into a tree of clubs, rings, and cloud infrastructure. This is what a juggling practice actually looks like over time: one skill that branches into an entire ecosystem.
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27 May 2026
ChangeAI-generatedThe Arc Reaches Everyone
A single arc of light passes through three performers who move completely differently. The prop does not require a particular body. The skill does not require a particular background. This is what no-prerequisites actually means.
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26 May 2026
TechChangeAI-generatedThe Web Is Not Built Alone
The geometric web in the image is not a metaphor for connection - it is a structure that requires three people to hold it. Shared infrastructure, distributed ownership, and team-built systems have the same load-bearing requirement.
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25 May 2026
BrainTechAI-generatedThe Pattern Has a Budget
Adding more objects to a juggling pattern does not scale linearly - at some point, the system tracking all of it runs out of attention. Distributed systems, LLM context windows, and growing codebases have the same structure.
Read more24 May 2026
TechAI-generatedSame Prop or Different Prop
When you run out of capacity, you face a choice: add more of what you have, or add something different. In juggling and in infrastructure, these two paths look similar and are not.
Read more23 May 2026
BrainTechAI-generatedThe Wrong Number
There are two ways to have the wrong number of props. Four balls when you can juggle three. Five-ball technique on three balls. Both are planning failures - and they require opposite fixes.
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22 May 2026
BrainTechAI-generatedCount Your Props Before You Start
You cannot throw what is not in your hands. Before building, check what you actually have - API rate limits, SaaS tier caps, hardware ceilings. The pattern you design must fit the props you own.
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21 May 2026
BrainTechAI-generated753: The Bridge to Five Balls
The 753 pattern requires five balls and alternates three different throw heights in a single cycle. Its mathematical structure is identical to 531's - all odd, all crossing, mean equals ball count - but at the five-ball level. The 3-throw in 753 gives the juggler three-ball cascade height while running a five-ball pattern, providing a rhythm anchor in a much more demanding sequence.
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21 May 2026
TechChangeAI-generatedThe Sandbox Is Not the Stage
Every juggler practices in a safe space before performing. Software should too. Staging environments, gamedays, and chaos engineering are how you find out what breaks before it breaks for real.
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20 May 2026
TechChangeAI-generatedThe Pattern Requires Everyone
A juggling network is not decoration. Every person holds a thread that someone else is depending on. Remove one node and the pattern does not simplify - it collapses.
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19 May 2026
ChangeAI-generatedTwo Hands Have to Let Go at Once
Club passing between two jugglers only works when both people release at the same moment. No one can hold on and receive at the same time. This is the structure of every real collaboration.
Read more18 May 2026
BrainTechAI-generatedRings Move in Circles. That Is the Point.
A juggling ring is a circle. It reminds you of itself on every throw. MLOps is the same structure - a loop that exists not to end, but to keep improving what is already running.
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17 May 2026
BrainTechAI-generatedEverything Starts with One Ball
Before the cascade, before the rhythm, before the pattern - there is one ball in one hand. AI works the same way. The foundation is not the boring part. It is the only part that matters.
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16 May 2026
BrainTechChangeAI-generatedWhen the Three Come Together
There are moments when the three pillars - brain, tech, and change - converge in the same space at the same time. Those moments are worth recognising, because they are what the whole framework is pointing toward.
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15 May 2026
TechAI-generatedFeedback Loops as Infrastructure: Why Systems Need to Learn from Themselves
A system that cannot observe itself cannot improve. The feedback loop is not a monitoring feature or a quality initiative. It is load-bearing infrastructure. Remove it and the system degrades without knowing it is degrading.
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14 May 2026
BrainTechAI-generated423: The Hold That Changes Everything
The 423 pattern uses the same three balls as the cascade and the same period length as 531, but it introduces something neither of those patterns contains: a beat where one hand does nothing. The 2 is not a throw. It is a hold. This changes the timing structure of the entire pattern.
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14 May 2026
BrainAI-generatedThe Loop That Rewires You: On Deliberate Practice and Neuroplasticity
Neuroplasticity is not a vague promise that the brain can change. It is a specific mechanism: repeated activation of neural pathways causes structural changes that make those pathways faster and more reliable. The loop that rewires you is made of repetition, feedback, and rest.
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13 May 2026
BrainChangeAI-generatedThe Moment Before the Throw
There is a specific quality of attention that exists in the moment before you commit to something difficult. Juggling makes it visible and repeatable. Understanding it changes how you approach every threshold decision.
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12 May 2026
ChangeAI-generatedThe Map Is Not the Practice: On Distributed Communities of Learning
A map of juggling communities worldwide would show dots on every continent. But the map is not the practice. The practice is the thing that happens between the dots - the passing of a prop from one set of hands to another, in a specific room, on a specific afternoon.
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11 May 2026
BrainAI-generatedWhat Flow Looks Like from the Outside
Flow state has been described from the inside many times - the sense of effortlessness, the disappearance of self-consciousness, the way time changes. What is less often discussed is what it looks like to someone watching.
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10 May 2026
BrainChangeAI-generatedThe Ripple Effect: How One Demonstration Changes a Room
Drop a ball into still water and the rings travel outward until they hit something. A single demonstration of what is possible does the same thing - it travels further than the demonstrator can see, changing things they will never know about.
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9 May 2026
BrainChangeAI-generatedThe Dough Has to Rise: On the Patience Required to Build What Lasts
You cannot accelerate fermentation. The yeast works at its own pace, and trying to rush it produces something that looks like bread but does not taste like it. The same principle governs everything that requires genuine development over time.
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8 May 2026
BrainTechAI-generatedThe Prism Model: One Input, Many Outputs
White light through a prism becomes a spectrum. A single learning experience, processed well, does the same thing - fanning out into changes across perception, memory, coordination, and reasoning. Understanding why this happens changes how you design learning.
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7 May 2026
TechAI-generatedThe Cascade as a Model for Distributed Systems
The three-ball cascade is the simplest stable juggling pattern. It is also a near-perfect physical analogue of an alternating producer-consumer with shared buffer. Understanding the cascade well teaches you something specific about how distributed throughput actually scales.
Read more7 May 2026
TechChangeAI-generatedDrop Recovery: What Incident Response Can Learn from Jugglers
When a juggler drops a ball, the instinct is to chase it. Experts know to keep the pattern running first. The same instinct - chase the symptom rather than stabilise the system - is the failure mode of most production incident response.
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7 May 2026
BrainAI-generatedGrey Matter Growth in Jugglers: What the Research Actually Shows
The 2004 Draganski study is the most cited piece of evidence for adult neuroplasticity. Twenty years and several follow-ups later, the picture is more specific - and more useful - than the headlines suggest.
Read more7 May 2026
BrainChangeAI-generatedNeuroplasticity at Any Age: What Juggling Teaches Us About the Learning Brain
The juggling neuroplasticity literature is among the most cited evidence that adult brains keep restructuring. The more interesting finding is what drives the change - and how that maps onto how teams actually learn new technical skills.
Read more7 May 2026
BrainTechAI-generatedSiteswap: When Juggling Invented Its Own Programming Language
In 1985 three groups of jugglers, working independently, arrived at the same mathematical notation. Forty years later, siteswap reads like scheduling theory - because that is essentially what it is.
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7 May 2026
BrainTechAI-generated531: The First Trick After the Cascade
The 531 pattern keeps three balls and the same alternating structure as the cascade, but introduces three different throw heights in a single cycle. It is the first place where siteswap becomes visible - where the mathematics of juggling notation produces a recognizably different shape in the air.
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7 May 2026
BrainTechAI-generatedThe Five-Ball Cascade: The First Real Test
The five-ball cascade uses the same alternating throw structure as the three-ball cascade. The mathematics is the same. The coordination type is the same. But the physics changes everything: throws are higher, timing windows are shorter, and errors compound faster. This is why five balls is not three balls plus two.
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7 May 2026
ChangeAI-generatedThe Room Where Everyone Belongs
Juggling festivals are one of the few spaces where the hierarchy is entirely based on what you can do, not who you are. That is not accidental. It is what happens when a community is built around a skill that anyone can learn.
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7 May 2026
BrainChangeAI-generatedWhy Your Brain Drops Balls: Cognitive Load Theory Meets Juggling
Working memory has a known capacity. Juggling makes that capacity visible. The number of balls you can keep in the air maps remarkably well onto the number of concurrent initiatives a team can actually run.
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6 May 2026
BrainAI-generatedJuggling and the Science of Attention
Juggling does not split attention equally across all objects. Research on peripheral vision, dual-task performance, and flow states reveals a more precise picture: the expert juggler is not watching everything at once. They are watching almost nothing, and letting the body do the rest.
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6 May 2026
BrainTechChangeAI-generatedJuggling in Science and Public Life
Juggling has produced a theorem by Claude Shannon, a Nature paper on brain plasticity, multiple TED talks, and a body of cognitive science literature. It also appears in organizational theory, sports science, and popular mathematics. This is the annotated map of juggling as a subject of serious study.
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6 May 2026
BrainChangeAI-generatedNo Prerequisites
Juggling is one of the few performance skills that requires nothing before you begin. No prior training, no minimum fitness level, no equipment budget. The absence of entry requirements is not a design flaw. It is the point.
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6 May 2026
BrainTechAI-generatedThe Four-Ball Fountain: Even Numbers and Why They Feel Different
The jump from three to four balls is not a linear progression. It crosses a mathematical boundary between odd and even ball counts that changes the entire structure of the pattern, the hand coordination required, and the way the brain organizes the throws.
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6 May 2026
BrainChangeAI-generatedThe Juggler's Sphere: When Everything Is in the Air
The image shows a juggler surrounded by a sphere of light paths - every prop tracing its arc simultaneously. This is not performance spectacle. It is a visualization of the maximum working state: all motor programs running in parallel, all prediction loops active, all constraints held at once.
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6 May 2026
TechChangeAI-generatedThe Mandala of Group Juggling
When six jugglers gather in a circle and pass props to each other simultaneously, something emerges that no individual juggler creates. The overhead view shows it: a mandala of intersecting arcs, a geometric pattern that exists only in the shared space between all six people.
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6 May 2026
TechChangeAI-generatedThe Mathematics of Passing
When two or more jugglers pass objects between each other, the pattern obeys the same mathematical constraints as solo juggling - but extended into a shared state space. Prechac notation, causal diagrams, and the combinatorics of passing siteswap describe a space that is both more complex and more structured than it appears.
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6 May 2026
BrainTechAI-generatedThe Mathematics of Siteswap
Siteswap is not a shorthand or a mnemonic. It is a formal mathematical language with a provable theorem at its core: a sequence of integers is a valid juggling pattern if and only if a specific modular arithmetic condition holds. Here is the full theory.
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6 May 2026
BrainTechAI-generatedThe Physics of the Throw
Every ball thrown by a juggler follows the same parabolic path determined by Newtonian mechanics. Every club spins at a rate governed by angular momentum conservation. Every ring precesses like a gyroscope. The physics is not metaphor - it is the actual constraint that makes patterns possible or impossible.
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6 May 2026
BrainTechAI-generatedThree Props, Three Physics
Balls, clubs, and rings are not variations on the same object. They are three physically distinct systems that demand different motor programs, exploit different physical principles, and train different aspects of the juggler's nervous system. The differences go all the way down.
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6 May 2026
BrainAI-generatedWhat the Hands Remember
The science of motor memory reveals that skilled movement is not stored in the brain in the way facts are stored. It is distributed across the motor cortex, the cerebellum, the spinal cord, and the muscles themselves. When a juggler says 'my hands remember,' they are describing a neurological reality.
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5 May 2026
ChangeAI-generatedJuggling Is Always Shared
Even when you juggle alone, you are part of a community of practice going back centuries. The skill was never meant to be held by one person. It was always meant to be passed on.
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4 May 2026
BrainTechChangeAI-generatedBrain. Tech. Change. One Pattern.
Three pillars, three colours, one underlying loop. The work of learning, building, and transforming are not separate disciplines - they are the same cycle, repeating at different scales.
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3 May 2026
BrainChangeAI-generatedThe Throw You Can't Take Back
The moment a ball leaves your hand, you are committed. You cannot adjust the arc mid-flight. You can only prepare for the catch. This is the most important thing juggling teaches about decisions.
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3 May 2026
BrainTechChangeAI-generatedWelcome to the rebuilt site
A short note on why the site looks different - and what's coming next.
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2 May 2026
BrainChangeAI-generatedEveryone Juggles
The cascade works the same for every body. No height requirement. No weight requirement. No age cut-off. Juggling is the rarest kind of skill: one that genuinely belongs to everyone.
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1 May 2026
BrainChangeAI-generatedThe Gift of Beginning
Every expert juggler was once someone who picked up a ball for the first time. That moment - the very first throw - is the most important one. Not because it goes well. Because it happens at all.
Read more28 April 2026
BrainAI-generatedHands, Brain, Pattern: The Learning Loop
Learning to juggle is not something that happens in your head. It happens in the circuit between your hands and your brain - and that circuit only builds through repetition with feedback.
Read more25 April 2026
BrainAI-generatedWhat Actually Happens in Your Brain When You Juggle
The often-cited claim that juggling grows grey matter is real - but the actual story is more interesting, more specific, and more useful than the headline version.
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22 April 2026
BrainTechAI-generatedThe Cascade: Juggling's One True Pattern
The three-ball cascade is not just the beginner's starting point. It is the foundation of almost every juggling pattern that exists. Understanding why reveals something fundamental about how complex systems stay stable.
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20 April 2026
BrainChangeAI-generatedThe Ball in Someone's Hand Is Better Than Any Diagram
Change management has a metaphor problem. The iceberg is passive. The burning platform is dramatic. A ball is real - you can feel the weight of it, and you understand immediately what it means to keep it moving.
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18 April 2026
BrainAI-generatedThree balls, three months
What the research on juggling and grey matter actually says - and what it doesn't.
Read more15 April 2026
TechAI-generatedThe Cascade Pattern in Distributed Systems
The three-ball cascade is a self-sustaining loop where each output becomes the input for the next step. Distributed systems that work the same way are more resilient, more observable, and easier to reason about.
Read more10 April 2026
BrainTechAI-generatedSingle-Threaded Focus in a Multi-Ball World
Juggling three balls teaches you that handling multiple things does not mean thinking about multiple things at once. The secret to managing complexity is knowing exactly where to focus - and where not to.
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8 April 2026
BrainTechAI-generatedAdding the Fourth Ball: On Scaling and Complexity
Going from three balls to four is not incrementally harder. It is categorically different. And that gap - between three and four - is the same gap engineers cross when moving from one service to a distributed system.
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5 April 2026
TechAI-generatedReactive Architecture and the Plasma Ball
A plasma ball responds instantly to whatever touches it - not because it is smart, but because it is reactive. The best distributed systems work the same way: no polling, no orchestration, just response to events.
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1 April 2026
BrainChangeAI-generatedWhy Juggling Works Better for Me Than Meditation
Meditation asks you to quiet your mind. Juggling makes it impossible to think about anything else. For some brains, that's the same thing - but one of them actually works.
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10 March 2026
TechChangeAI-generatedConference-Driven Development
Submit the talk first. Build the thing before the date. It sounds backwards. It's the best forcing function I've ever found.
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23 February 2026
BrainTechAI-generatedBalls, Clubs, and Rings: How I Use Juggling Props to Explain AI Agents
Every juggling prop teaches a different lesson about complexity - and they map to AI agent types better than any diagram I've ever drawn.
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23 February 2026
BrainTechChangeAI-generatedDropping the Ball Is the Point: What Juggling Taught Me About Failure in AI Systems
Every juggler drops. Every AI agent fails. The question is whether you designed for it.
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23 February 2026
BrainTechAI-generatedThe Juggling-Pizza Framework: My Complete System for Designing AI Agent Teams
Two frameworks I invented by accident - one from juggling props, one from Amazon's pizza rule - that together make agent team design actually make sense.
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19 February 2026
BrainTechAI-generatedThe Pizza Agent Model: How I Size My AI Agent Teams
Amazon's 2-pizza rule remixed for AI agents - because you actually can measure compute capacity in pizza slices.
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