Think differently: the riddle journey
Twelve visual and textual riddles. Question assumptions, explore another approach and bring the insight to your own AI project.
Learning journeys
Build an app or explore a different way of thinking.
Twelve visual and textual riddles. Question assumptions, explore another approach and bring the insight to your own AI project.
Eight short puzzles about hidden assumptions, shifting reference points and checking the words you were given.
Eight visual and logic challenges about layouts, counterexamples, test budgets and exact rules.
Nine short challenges about counts, schedules, hidden structure and testing a rule on a changed case.

You will makeYour own data explorer: drop in a CSV, pick an experiment and get its chart, mean and selected rows in seconds, instead of rebuilding the same spreadsheet view.

You will makeA private assistant on your laptop that answers questions from your own documents and puts a clickable source behind every sentence.

You will makeA colony-counting app: click through the candidates on a plate image, accept or reject each one, and get a count anyone can retrace.

You will makeA qPCR calculator that turns your plate export into fold changes and a chart in one click, instead of an afternoon in a spreadsheet.

You will makeA lab board that shows what is waiting and what is late at a glance, saves itself in your browser and restores from a backup.

You will makeA Western blot app: get band intensities normalised to actin in one click, and see straight away which band is too saturated to trust.

You will makeYour own plasmid map viewer: open a GenBank file, find where any enzyme cuts, and export a labelled circular map for your slides.

You will makeAn actogram viewer that turns raw activity counts into the classic double-plotted circadian chart, with light and dark shading and marked onsets.

You will makeA tree explorer: click any clade in your phylogeny to see its species, age and support, and export it as a list.

You will makeAn offline species map that plots your occurrence records, shows how uncertain each point is, and tells you which rows it could not map and why.

You will makeA patch-clamp review app that turns your sweeps into an I–V curve with reversal potential and conductance, and sets clipped sweeps aside for you.

You will makeA metabolic pathway sandbox: draw sulfur assimilation as a network, run it and watch the concentrations settle, with a check that catches a model that breaks mass balance.