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Common foods, upgraded with household food science.

Build practical routines for rice, pasta, potatoes, oats, juice, mushrooms, legumes, yogurt, and ferments: ideal timing, process steps, glucose tradeoffs, microbiome value, micronutrient upgrades, and safety gates.

1000 ranked experiments
-- median score
-- common routines
checking simulation backend

Best first moves

High signal, low cost

Routine lab

Find the best process for a common food

Routine score --
Peak reduction --
Safety --
Best window --

Charts

What the experiment set says

Goal mix

Food opportunity

Benefit vs safety

Timing fit

Catalog

1,000 ranked household experiments

Rank Experiment Goal Score Safety Protocol

Simulation

Glucose spike and safety tradeoffs

The model is intentionally simple: carbohydrate load, glycemic index, fiber/protein/fat buffering, acid, cooled-starch, meal-order, and movement multipliers. It is for ranking and self-experiment design, not medical dosing.

Safety gates

Where not to improvise

Ferments

Use clean vessels, measured salt or starter, and verify rapid acidification. Treat pH 4.6 as the hard safety boundary for low-acid foods.

Leftovers

Cool cooked starch in shallow containers and refrigerate within two hours. Reheat thoroughly; do not repeatedly cycle warm rice or potatoes.

Sprouts

Raw sprouts are a recurrent outbreak vector. Cooking is the safer optimization, especially for children, pregnancy, older adults, or immune suppression.

Probiotics

Start small and prefer food sources. Avoid live-microbe experimentation during severe illness or immune compromise without medical guidance.

Evidence

Research notes and links