Dot Physics on MSN

Python physics explained: Tides and their mathematical model

Python physics explained: tides and their mathematical model. Learn how tidal forces work and how to model them step-by-step ...
Dot Physics on MSN

Mastering Python functions for physics applications

Master Python functions and apply them to solve physics problems efficiently. Learn step-by-step techniques for simulations, calculations, and modeling in physics using Python. Ideal for students, ...
IEEE

Singularity-Free Nonlinear Position Control Using Time-Varying Barrier Lyapunov Function for Permanent Magnet Synchronous Motors

Abstract: Recently, controllers using the barrier Lyapunov function (BLF) are widely used to guarantee the tracking error (or state) constraint. A BLF can be defined ...
GitHub

Simple asynchronous RPC framework for Jupyter Notebooks. Facilitates calling JavaScript frontend code from Python kernel code and vice-versa.

Suppose a Jupyter Notebook client (for example, a tab in Google Chrome or Visual Studio Code) provides a JavaScript object whose methods you want to call from its corresponding Python kernel. For ...
GitHub

A Python-based AI agent that replicates Cursor's coding assistant capabilities, enabling function calling, code generation, and intelligent coding assistance with Claude ...

read_file: Read file contents with flexible line range control edit_file: Make precise edits to files with clear instructions Supports complete file replacement ...
The Hindu

‘I liked math because it involved least amount of memorisation’: Rajula Srivastava

My work is about counting discrete things (things you can count), like the grains of sand or the grains of rice, but by using continuous objects like waves. So, they might seem like very different ...