Design quantum circuits, simulate their behavior and connect to real hardware—all from a single Wolfram Language notebook. Wolfram’s quantum tools provide an integrated environment to design, simulate and deploy quantum circuits within a single workflow. Whether you’re brand new to computing in (…)

This study presents a comprehensive numerical investigation of magnetohydrodynamic (MHD) convection in a conductive fluid subjected to a rotating magnetic field within a rectangular cavity. The model incorporates a convective flow induced by differential heating of opposing vertical walls under (…)

Wolfram has developed several features for integrating our technology with LLMs. The major products are chat notebooks, Notebook Assistant, LLM functions, remote MCP server, the MCPServer paclet and AgentOne. With all these offerings, it is confusing to know which one to use. This notebook (…)

A new paper arrived on the ArXiv last week which has generated a lot of attention across social media: "Single-minus gluon tree amplitudes are nonzero." Within the paper, the authors present various single-minus tree-level n-gluon stripped amplitudes before generalizing the result to arbitrary n (…)

When making pancakes, the first one is always tricky. Is the oil in the pan hot enough? Or too hot? If you start too soon, that first pancake is pale and greasy instead of golden brown and toasty. Wait too long and the temperature may reach the oil’s smoke point, leaving you with a burnt […]