Long-Term Potentiation is neural mechanism of learning — connections strengthened by repeated activation. It sits in the Biology dimension (BIO) of the Human Behavior Taxonomy™ as element HBT-BIO-0051, within the Memory family. The core principle: neural mechanism of learning — connections strengthened by repeated activation. In incentive terms, it matters because it changes the payoff people perceive before they choose — which means it can be designed for, or exploited.
Scientific Definition
Neural mechanism of learning — connections strengthened by repeated activation.
Plain-English Definition
Neural mechanism of learning — connections strengthened by repeated activation.
Feynman Explanation
Neurons that fire together wire together.
Core Principle
Neural mechanism of learning — connections strengthened by repeated activation.
Mechanisms
Pending editorial review.
Pending editorial review.
Neural mechanism of learning — connections strengthened by repeated activation.
Pending editorial review.
Pending editorial review.
Pending editorial review.
Pending editorial review.
Inputs (Triggers)
Pending editorial review.
Outputs (Behaviors)
Pending editorial review.
Behavioral Signature
Neurons that fire together wire together.
Examples
- Why repeated practice builds skill.
- Learning programs designed around spaced repetition.
Pending editorial review.
Original analysis from The Incentives Lab — how this element behaves inside real payoff structures.
Why this element matters to incentive design
This is one of the elements leaders describe as a values gap. It is a payoff gap. The mechanism underneath it operates in the Biology dimension — what does the body contribute?. You can recognize it in the field by its signature: neurons that fire together wire together. Every element in the Biology dimension changes the perceived payoff of an action before the action happens, which is exactly where incentive design has leverage.
How it gets exploited
Left undesigned, learning programs designed around spaced repetition. It is amplified whenever learning programs designed around spaced repetition. Inside organizations that shows up as learning programs designed around spaced repetition. The pattern is the same one Goodhart's Law describes: the measurable proxy attracts the effort, and the purpose behind it quietly loses funding.
How the Lab designs around it
The redesign move is to design repetition into critical knowledge transfer. Treat it as infrastructure. Once you can see it in your own system, most of the argument about culture resolves itself.
Famous Experiments
Pending editorial review.
Design Principles
- Design repetition into critical knowledge transfer.
Measurement Approaches
Pending editorial review.
Evidence
Pending editorial review.
Pending editorial review.
The Perverse Incentive Lens™
How this behavior is exploited — and how to redesign around it.
- Design repetition into critical knowledge transfer.
Pending editorial review.
Pending editorial review.
Interactive Mini Network
Click any neighbor to re-center the graph and follow the threads of connection.
Knowledge Graph Neighbors
Auto-linked to the rest of the Human Behavior Taxonomy by family, domain, dimension, and shared keywords.
Memories are reconstructed each time we recall them, not retrieved intact.
Memory and skill consolidate during sleep.
Spread learning over time for stronger retention.
Limited capacity holding-tank for current information.
Naming an emotion reduces its intensity.
Cumulative physiological wear from chronic stress.
Emotional override of rational processing.
Brain region tracking conflict, error, and effort.
We treat AI as more humanlike than it is.
Attention is the most contested resource in modern work.
Task switches leave cognitive residue that degrades performance.
Self-direction is one of the deepest motivational levers.
Where Long-Term Potentiation is cited in the corpus
Essays, field guides, and diagnostics from The Incentives Lab that apply this element.
Questions about Long-Term Potentiation
- What is Long-Term Potentiation?
- Long-Term Potentiation is neural mechanism of learning — connections strengthened by repeated activation. It sits in the Biology dimension (BIO) of the Human Behavior Taxonomy™ as element HBT-BIO-0051, within the Memory family. The core principle: neural mechanism of learning — connections strengthened by repeated activation. In incentive terms, it matters because it changes the payoff people perceive before they choose — which means it can be designed for, or exploited.
- What is an example of Long-Term Potentiation?
- Learning programs designed around spaced repetition. The Incentives Lab catalogs everyday, organizational, and historical instances of this element on its Human Behavior Taxonomy™ page (HBT-BIO-0051).
- How is Long-Term Potentiation exploited?
- Learning programs designed around spaced repetition.
- How do you design around Long-Term Potentiation?
- Design repetition into critical knowledge transfer.
- Which behavioral dimension does Long-Term Potentiation belong to?
- Long-Term Potentiation is classified in the Biology dimension (BIO) of the Human Behavior Taxonomy™, family "Memory", class "Neural Mechanism". Its permanent identifier is HBT-BIO-0051 and its evidence grade is B.