Skip to get started

Built out of what you already know

School isn’t boring. It’s just unconnected.

Paste the paragraph you have read four times and still cannot hold. It comes back rewritten through the thing you already think in — with the places the comparison stops working named out loud.

Free to start, no card · 60 seconds to your first lesson

Try it here

Pick something you actually do.

MathsDerivatives
Steepness of the ramp=Slope of the curve
The lip, where it flattens out=The turning point, f′(x) = 0
How fast the transition tightens=The second derivative
Speed leaving the coping=Rate of change at a point

You already read a ramp by its steepness, and you already know the one place it stops climbing. That flat spot at the lip is the turning point, and finding it is the whole of the optimisation question your sheet is asking.

Where it breaks

A ramp is a physical object, so it cannot be infinitely steep. A curve can. Once the question involves a vertical asymptote the ramp stops being able to show you what happens.

Your material

Your notes, your slides, the syllabus PDF. It works from what your school actually set, not a generic course.

Eight subjects

Maths through to English literature, with the topic inside each one chosen to fit how you already think.

Free to try

No card, no trial countdown. Answer eight questions and a real lesson comes back straight away.

The tour

Six ways it works on the same material

Upload the course once. Everything below is built from that one pile — no re-uploading, no second set of notes to keep in sync.

Build a lesson

The paragraph you cannot hold, rebuilt

Paste it exactly as it is written. It comes back as an equation between what you already know and what the course is asking, with the places the comparison stops working named out loud.

Get started →

Why do we set f′(x) = 0 when minimising the material for a box?

Week 7 lecture notes · Optimisation, p. 6

Any interior minimum of a differentiable function sits at a critical point, so f′(x) = 0 is where to look first. Then compare every critical point against the endpoints to see which one actually wins.

How it works

Nobody is bad at a subject. They are just missing the reason.

Forcing yourself through material you find pointless is a strategy with a known failure rate. Wanting to know the answer is not a strategy at all, which is exactly why it works.

A

It reads your course

The notes, the slides, the specification. Then it breaks the term into the ideas underneath, rather than the chapter headings on top of them.

B

Then it reads you

What you spend your free time on, and what you are already fluent in without calling it that. Eight questions, about ninety seconds.

C

It starts the explanation there

Not at the definition. The analogies teach it; the practice questions stay in the language your marker expects.

What it actually does

48

Written links, before any AI touches it

Every subject and interest pair was written by hand first, so the baseline is a good explanation rather than a plausible one.

A

A profile that keeps moving

What you find interesting at fifteen is not what you find interesting at seventeen. Tell it once, correct it whenever, and the lessons follow you rather than the other way round.

B

Planned backwards from where you are going

Say you want to build games, or get into a specific course. Interlinked works out which parts of this term carry the most weight for that, and puts them first.

C

Explained the way you already talk

Same rigour, different register. It will not water anything down to reach you, and it will not hide behind a definition when a plain sentence would land.

D

Checked against your source

Every lesson is verified against the material you pasted before you see it. When the check is unhappy, the lesson says so at the top instead of quietly shipping.

E

It names where the analogy stops

An analogy that is never corrected teaches a misconception. Every lesson ends with the places the comparison breaks, in its own panel rather than a footnote.

Early readers

“I have not opened the textbook since. It explains maths through beat-making and the definitions turned up on their own.”
Noor, Year 12
“The part that got me was the panel saying where the comparison stops working. Nothing else I have used admits that.”
Dev, first-year engineering
“He went from nine minutes of homework a night to sitting there without being asked. I did not do anything differently.”
Ellen, parent

Pricing

Two plans, both honest about what they are.

Nothing about how a lesson is written, or what it is written out of, depends on paying. A free lesson is checked against its source exactly as a paid one is.

Curious
A$0always
  • 10 lessons a month
  • Every lesson checked against its source before you see it
  • Your library and profile, saved to your account
  • Where the analogy breaks, named on every lesson
Obsessed · most picked
A$11/mo
  • Everything in Curious, and:
  • Simplify — anything dense, in plain words
  • No monthly ceiling on lessons
  • 10 a minute instead of 3
  • Cancel any time

The questions people actually ask

If yours is not here, it is a short reply away.

Email us

It does not write your essay or sit your exam. It changes where an explanation starts, so you understand the material instead of memorising a shape. The work is still yours to do.

Tell us one thing. We’ll hand back a lesson you actually want to finish.

Free to start, no card.

Build my first lesson →