Learn by teaching
bloom pretends to be your student. Explain any concept, and it asks the questions that reveal what you actually know — and what you don't.
Pick anything — biology, algorithms, history. Bloom adapts to any subject and complexity level. Just tell it what you want to teach.
Subject
Quantum Entanglement
Complexity
Post-graduate
Teach the concept in your own words. Bloom asks probing questions, makes wrong inferences, and exposes gaps in your logic.
"So, the particles stay connected even across galaxies?"
Exactly. But if I measure one particle, what happens instantly to the other?
"Thinking... is it related to the wave function collapse?"
Each concept becomes a flower in your garden. Seeds sprout as understanding deepens. Mastery makes them bloom into your knowledge garden.
Pick anything — biology, algorithms, history. Bloom adapts to any subject and complexity level. Just tell it what you want to teach.
Teach the concept in your own words. Bloom asks probing questions, makes wrong inferences, and exposes gaps in your logic.
Each concept becomes a flower in your garden. Seeds sprout as understanding deepens. Mastery makes them bloom into your knowledge garden.
Subject
Quantum Entanglement
Complexity
Post-graduate
"So, the particles stay connected even across galaxies?"
Exactly. But if I measure one particle, what happens instantly to the other?
"Thinking... is it related to the wave function collapse?"
Features
Bloom asks 'why?' and 'what if?' until you've explored every corner. It never accepts surface-level answers.
A living visualization. Each concept is a flower that grows from seed to full bloom as your mastery increases.
When you hand-wave, skip steps, or say 'basically' — bloom catches it. It pushes you to fill the gaps.
See how ideas connect with a force-directed graph. Prerequisites, dependencies, the full picture.
