VisualPDE

Web-based platform for solving partial differential equations (PDEs) right before your eyes, live and fully interactive. By @bj_w95, @Pecnut, and @BlindMath

[Plus Magazine @plusmathsorg]

@visualPDE is an amazing tool for making maths visual and interactive! In the latest episode of our Maths on the Move podcast we talk to its creators about why they made it and what it can do https://t.co/uW7MvkiJaT

[Kirsty Wan 🔬 @micromotility]

Many thanks to all our collaborators!! especially @ClementYMoreau @bj_w95 @RebeccaNPoon and others not on twitter. Check out this fantastic @visualPDE implementation made by @bj_w95 for our paper...
https://t.co/k4bIInZwI5

[Kirsty Wan 🔬 @micromotility]

New paper in @PhysRevResearch in which we demonstrate how to generate #cilia like oscillations with only reciprocal actuation at the base, using theory, simulations and a robotic model.
https://t.co/c2BJx3r9zd

[VisualPDE @visualPDE]

We've not forgotten that it's a spooky time of year. Check out this Navier-Stokes sim of fluid flow (Re = 5) in a season-appropriate domain.

Navier-Stokes sims will be available soon, live on your device.

#Halloween

[VisualPDE @visualPDE]

Exciting new https://t.co/hencpK7g6D redesign!

- Fancy front page.
- An easy to use content library.
- A 'Create' page + a 6 minute video showing how to use VisualPDE to solve *your* equations.
- Several new examples.

Let us know what you think!

[VisualPDE @visualPDE]

This really got us wondering if we can use @ChatGPTapp as a testimonial...🤔

[Andrew Krause @BlindMath]

Big redesign coming to @visualPDE thanks to enormous efforts from @bj_w95 and @Pecnut. As an unrelated bit of fun, here's a diffusively-coupled Lorenz simulation. I call it "Butterflies lost in the soup."

Link to interactive simulation: https://t.co/cbsF5uhwgv

[VisualPDE @visualPDE]

What's the best thing to do with a GPU-parallelised PDE solver? Convince it to run Conway's Game of Life, obviously.

Cellular automata. Coming soon to VisualPDE, live on your device.

[VisualPDE @visualPDE]

Very exciting to see VisualPDE simulations in the research of @Dr_DJHill on localised vegetation patterns!

Try out an interactive version of these types of patterns at https://t.co/PKbBNt37wJ

Check out the paper here: https://t.co/XxlAqPFhLQ

[VisualPDE @visualPDE]

We’ve been working hard at VisualPDE to bring you new content, new features, and improved accessibility.

Here’s a highlight for this week: a brand new Visual Story on ocean transport, in collaboration Matthew Crowe from @UniofNewcastle

https://t.co/lQl40ZOPyi

[VisualPDE @visualPDE]

With dozens of articles over at https://t.co/hencpK7g6D, it can be tough to know where to start.

Introducing the Post of the Day, which puts a new article on the VisualPDE front page each day. Why not try something new today?

[VisualPDE @visualPDE]

Ben (@bj_w95) is presenting VisualPDE at the Maths Summit, hosted at the Science Museum (@sciencemuseum) in London, with some slick posters and some very cool demos!

@protectingmaths @KEHub_Maths

[VisualPDE @visualPDE]

Alongside the proper numerics and analysis of this paper, you can get a feel for biological invasion at https://t.co/9LHkjqbjB7, all interactive and live on your device!

[Durham University Biophysical Sciences Institute @Durham_BSI]

What a review! We think @visualPDE is great too! Visit the post in @SMB_MathBiology to find out more about this amazing tool - https://t.co/J49SFWI0aR

[VisualPDE @visualPDE]

@tahani_karkhi @bj_w95 @ProfMJSimpson @SMB_MathBiology This is a Schnakenberg (https://t.co/MTqfYrj4CW) system with some tweaks to make different parts of the image pattern over time. Fun to make!

[VisualPDE @visualPDE]

You can explore the idea behind this paper with VisualPDE! Find the link in the text or head straight to https://t.co/SqbxBcfVte to interact with the mathematical model, live on your device

[Kirsty Wan 🔬 @micromotility]

Machin (1958) theorised that planar waveforms of eukaryotic #flagella cannot be produced by boundary actuation alone (https://t.co/H9xnYbg9wA),
BUT what if we can tune the bending stiffness? 🧐

All revealed in our new work led by @ClementYMoreau @bj_w95
https://t.co/Z0yZH55Ujw

[Benjamin Walker @bj_w95]

Thrilled to see a VisualPDE version of the @SMB_MathBiology logo at https://t.co/qcQJ8HOu5y! Here's a version we almost went for:

Get in touch with us @visualPDE if you want to see your logo or PDE model running live and interactive on your site!

[VisualPDE @visualPDE]

New short @SMB_MathBiology blog post discussing the VisualPDE paper by @bj_w95,@Pecnut, Alex Chudasama, and @BlindMath, including some fun interactive simulations!

Link to the blog: https://t.co/LmKg9ddvNs

[VisualPDE @visualPDE]

Modelling is full of noise and uncertainty. To help with this, here are a few interactive examples of stochastic and random partial differential equations. See how noise can cause pattern formation and extinction, or even build your own models with noise!

https://t.co/550DMTroHJ

[VisualPDE @visualPDE]

@Jousefm2 You can play with the wave equation live in your browser with https://t.co/hencpK7g6D:

https://t.co/7IrAaVTTln