Neural Atlas · Health

Care for the original. Use the copy well.

For each region, two sides of the same parallel: what the science says about keeping the brain healthy, and the concrete best practices for getting the most out of its AI counterpart. The biological notes are anchored to meta-analyses and peer-reviewed studies; the AI notes to official documentation and research.

An accessible summary of the scientific literature, not medical advice: it is no substitute for a physician or qualified health professional. The link between an intervention and a single brain region is often at the level of function, not an isolated structure.

Hippocampus

34/100 · PrimitiveExplore the region →

For the brain

Volume is a stand-in for memory, and the strongest data come from older or clinical groups; omega-3 and stress findings are observational. These attenuate decline rather than reverse damage.

For the AI counterpart

Amygdala

42/100 · DevelopingExplore the region →

For the brain

Samples are small and some structural findings did not replicate in larger preregistered trials; sleep studies use near-total deprivation. Effects are modest and no substitute for clinical care.

For the AI counterpart

Cerebellum

48/100 · DevelopingExplore the region →

For the brain

The exercise meta-analysis is in rodents, balance trials use mixed protocols that can't isolate the cerebellum, and the alcohol data are observational. Pathway specifics come from imaging and animal models.

For the AI counterpart

Prefrontal Cortex

54/100 · DevelopingExplore the region →

For the brain

Effects are small-to-moderate and strongest in older or clinical groups; the stress link rests largely on observational and animal data. None of this is a clinical prescription.

For the AI counterpart

Basal Ganglia

58/100 · DevelopingExplore the region →

For the brain

The Parkinson's link is observational (reverse causation can't be fully ruled out), and habit and reward findings lean on self-report and animal models. Genetics and age strongly moderate all of it.

For the AI counterpart

  • Prompt before you fine-tune

    Prompt engineering is often all you need; exhaust it (with a real evaluation baseline) before paying for fine-tuning.

    OpenAI: Optimizing LLM accuracy (platform docs)
  • Build repeatable workflows

    Templated prompts that fix role, objective and format encode a good “habit” into the workflow and cut output variance: the software analogue of striatal chunking.

    Anthropic: Building effective agents
  • Run an evals feedback loop

    Evaluations are the highest-bandwidth signal for improvement: they surface failures before production and prevent regressions, mirroring reward-prediction-error learning.

    Anthropic: Demystifying evals for AI agents

Thalamus

72/100 · MatureExplore the region →

For the brain

Region-specific evidence for the thalamus is genuinely thin: no trial has tested whether any behavior selectively improves thalamic function in healthy people. These are general brain- and vascular-health measures whose benefits plausibly reach thalamic circuits; the vascular link is the best-evidenced.

For the AI counterpart

Visual Cortex

78/100 · MatureExplore the region →

For the brain

Much of the strongest evidence (outdoor light, carotenoids) acts on the retina, not primary visual cortex itself. Only perceptual learning has direct human V1 imaging support, and no large trial shows selective V1 gains in healthy adults.

For the AI counterpart

Broca & Wernicke

82/100 · MatureExplore the region →

For the brain

These build reserve across a distributed bilateral language network, not Broca's or Wernicke's area in isolation, and they delay symptoms rather than stop disease. Bilingualism evidence in particular is heterogeneous.

For the AI counterpart