MATLAB

Introducing the MATLAB Agentic Toolkit Get started 👉

What's new in MATLAB R2026b? Take a quick look at new capabilities for TOML files, App Designer, and the MATLAB desktop in the latest release

This MATLAB animation brings a 2,000-year-old idea to life. Archimedes approximated π using a circle and polygons. By doubling the number of sides, he tightened the bounds on π and got closer to its true value.

The Pumpkin Side of the Moon 🌕🎃

Code it ⤵️

Working with lidar, radar, or 3D imaging data? Process point cloud data from lidar, RGB-D cameras, stereo cameras, and mmWave radar, while supporting workflows such as visual SLAM, photogrammetry, and structure-from-motion. Take a look ⤵️

Thousands of engineers. Hundreds of ideas. One global community. Take a look back at #MATLABEXPO Online 2025 and see how engineers around the world are advancing innovation with MATLAB and Simulink. Registration for MATLAB EXPO Online 2026 is now open:

Two types of splines you need to know ⬇️ 📈 Cubic spline interpolation: fit every data point 🌊 Smoothing splines: balance accuracy and smoothness to reveal the underlying trend When should you choose one over the other?

RT @MathWorks: Vintage is always in style 😎 🗓️ MATLAB mouse pad circa 1994

How can a collection of sine waves become a sawtooth wave? This MATLAB visualization, created with the MATLAB Agentic Toolkit, shows how a Fourier series is built one harmonic at a time. As each harmonic is added, you can watch the waveform take shape 🌊⤵

Visual Inspection Toolbox provides apps, algorithms, and AI models for designing, testing, and deploying visual inspection and analysis applications. Available now in MATLAB R2026b:

Can one actuator balance three pendulums? 👇 Using MATLAB Agentic Toolkit, this project explores the control of an under actuated triple pendulum. Can you see when the system transitions from motion planning to balancing? 🎯

Agentic AI is most useful when it's connected to engineering context. With Simulink Agentic Toolkit, AI agents can work directly with models, simulations, requirements, and tests to support Model-Based Design workflows. Learn more:

RT @MathWorks: What was the first version of @MATLAB you used? Was it for a class? Research project? Your first job? Drop your answer below ⬇️

Behind every EV battery is a series of engineering tradeoffs. This workflow shows how Simulink can be used to evaluate system performance, optimize battery pack design, select the right model fidelity, and validate results in a full vehicle model.

If you could work on one part of EV battery development, what would it be?

What does it take to model a rotorcraft before it's ever built? 🚁 With Model-Based Design, engineers can move from early concepts to detailed simulations, helping them test and refine designs faster. Explore Model-Based Design with R2026b:

How do you verify satellite coverage along a flight path? This analysis shows an aircraft maintaining line-of-sight access to at least one satellite throughout its journey up the U.S. East Coast. Built with Aerospace Toolbox in MATLAB R2026b. #WorldSpaceWeek

Artemis II marked a major milestone in humanity's return to crewed lunar exploration. This model visualizes the mission's free-return trajectory around the Moon, showing how gravity helped guide the spacecraft. What space mission are you excited to see next? #WorldSpaceWeek

This blog walks through building a minimalist AI agent in MATLAB using the MATLAB AI Agent SDK and a local model served by Ollama, showing how an LLM, an agentic loop, and MATLAB functions that act as tools work together. 🔗

RT @MathWorks: Did you know? NASA astronaut Dr. Nicholas Patrick took a MATLAB disc with him on a 2006 mission to space. Today, that snapshot is displayed at MathWorks HQ as a reminder of the role engineering and technology play in exploration beyond Earth. Happy #WorldSpaceWeek! 🌎