THINGS WORK WHEN WE ARE MINDFUL OF HOW PARTS FUNCTION AND RELATE AS A WHOLE.
The core of a functional approach is computation—evaluating the functions of all parts.
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Key traits:
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Uses immutability (functions can’t change once created).
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Relies on pure functions (same input always gives the same output).
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Emphasizes pathways. Scenarios are planned in advance. A situation is read, a response is calculated, and a function is selected to execute it.
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It’s easy to get locked into thinking that everything can and should be reduced to its individual parts.
But no matter how well we understand how those parts function, we can never fully anticipate all that will happen when they relate as a whole. Not even AI can do that to the point that all things become certain.
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Emergence: When parts combine, they create new functions that do not exist in the individual parts.
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Nonlinearity: Small changes in the beginning can lead to massive, completely unexpected results later. This is called the butterfly effect.
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Complex Interactions: As the number of connections between parts grows, the total system becomes too difficult to calculate fully.
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Information Limits: We never have exact data on every single starting condition or outside force.
Examples
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Water Molecules: Knowing how a single H₂O molecule acts does not let you predict the exact shape of a splashing wave or ice crystals without seeing the whole system.
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The Brain: You can study a single neuron, but you cannot predict a specific human thought or memory just from that piece.
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Weather: We understand air and heat, but tracking every wind current to predict rain weeks away is impossible.
When we are not mindful of how functional parts relate as a whole, we experience uncertainty as an immediate threat. This can trigger:
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Fight-or-flight response: We try to control what is happening or escape from it.
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Catastrophizing: The mind repeatedly imagines worst-case scenarios and treats those thoughts as facts.
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Hypervigilance: We feel jumpy, struggle to concentrate, or constantly scan our surroundings for signs of danger.
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Exhaustion: Over-preparing, checking, and worrying drain our emotional and physical energy before anything happens.
We take actions that make events worse, delaying the essential changes needed to prevent complete failure.
The ability to anticipate comes from reading the relationships between the parts of the whole, not from knowing how individual parts function.
Insight comes from the relationship of the whole, not from a reduction to the parts.
The whole is not the sum
of its parts. It's the
relationship
between them.
Things work when we are mindful of how parts function and relate as a whole.
Less about basketball - adult series (1)
Wed 18 Sept
|St Albans
We learn the skills where Artificial Intelligence falls short, to thrive in a world driven by AI by playing basketball
Time & Location
18 Sept 2024, 18:00 – 19:00
St Albans, Hatfield Rd, St Albans AL1 3RQ, UK
Guests
About the event
Play basketball to learn to thrive in a world with Artificial Intelligence by doing the opposite of what AI does.
By playing basketball we give ourselves opportunities to process things in the opposite way to AI. Instead of treating each other as Lego-like pieces in a game plan, we see each other as blocking our line of sight and we make decisions on how to move around each other to see something we were not expecting to see, and we often express our surprise by saying "Wow."
We improve in-game decision-making by transcending mechanical thinking. We learn to thrive in a world with AI, by doing the opposite of what AI does.
As we accumulate practical experience, our viewpoint evolves from merely observing how AI organizes components to understanding the relationships and connections that illustrate how everything flows. This shift allows us to make decisions that are more effective…
SkillsofWow.org is the governing body for those who coach the skills of Wow.