Corca

You write e^iπ and only the i ends up in the exponent. If you've ever written LaTeX, you've done this. In Corca you select iπ, right-click, and move it to the exponent.

mx = −kx isn't Newton's law for a spring until the first x has two dots on it. Select it, right-click, and pick double dot. Now it reads mẍ = −kx.

You write e^iπ and only the i ends up in the exponent. If you've ever written LaTeX, you've done this. In Corca you select iπ, right-click, and move it to the exponent.

Expanding (a + b)³ by hand is where a coefficient usually goes missing. Right-click it, pick expand, and you get a³ + 3a²b + 3ab² + b³.

You write e^iπ and only the i ends up in the exponent. If you've ever written LaTeX, you've done this. In Corca you select iπ, right-click, and move it to the exponent.

To differentiate ∛x, you first rewrite it as x^(1/3). Select it, right-click, and pick Change notation. It switches in place, and you carry on from there.

Writing math on a computer is full of small stops. Three of them are gone this summer: 1. You almost never need the whole derivation. You need one step out of forty, fold the rest

2. Leaving the doc to convert a unit costs more than the conversion. So it happens in place now

It wasn’t intentional at first, but most of our recent releases ended up solving the same kind of problem. Fewer tabs, fewer copy-pastes, fewer places where your train of thought gets interrupted. Here’s what changed ⬇️

You can now run Python directly inside your document. Test an idea, analyze data, make a plot, then rerun everything with Run All after making changes.

It wasn’t intentional at first, but most of our recent releases ended up solving the same kind of problem. Fewer tabs, fewer copy-pastes, fewer places where your train of thought gets interrupted. Here’s what changed ⬇️

Corca raised a $7.8M round led by NEA, with NVenture, Daft Capital, and others! We're on track to democratize math for everyone. You don't need to be "good at math" to start. We started with natural math editing, and now AI explains and helps you along the way. Now, back to work!

We haven’t posted here in a while, so let’s unpack what we’ve been working on over the past few months, one by one. Automatic units. Add units to your variables once, and they carry through every calculation automatically. Set v = 10 m/s and t = 2 s, and distance comes out in meters.

Big update! 🚀 Now, Corca not only lets you type math — it actively helps you with it. Just type an equation, and it will suggest the solution. It can solve equations, simplify expressions, and even tackle integrals. And this is just the beginning — more is coming soon.

Typing math in Corca is usually much faster than in LaTeX

We’ve just made editing numbers in Corca much easier

In Corca, when you type math, you’re not just entering symbols—you’re building structured mathematical objects. For example, "sinx" isn’t just four characters—it’s the function sin applied to the variable x. That structure is powerful, but editing used to feel a bit awkward.

We’ve finally added tables support! It’s still far from perfect, we have plenty of work to make them more useful. But at least you can now organize your data in tables.

💥Introducing Teams! Now you can create a shared space for your company, research group, or class. Store all your docs in one place and work on math together—for real this time.

Collaborate on research with your lab or group. Structure your papers, ideas together. Like a real-time math lab notebook.

💥Introducing Teams! Now you can create a shared space for your company, research group, or class. Store all your docs in one place and work on math together—for real this time.

To create a team, click your name in the top left. Then invite your team members. That’s it.