Abstract: The linear double inverted pendulum (DIP), as a classical nonlinear system with complex instabilities, has many applications in control theory. In this paper, a model of linear DIP is ...

New research by MIT Sloan School of Management finds that global leaders who participate in facilitated engagements using an ...

A computational physics approach to modeling rigid object motion using spring forces in Python. This focuses on how spring ...

Abstract: This paper proposed an energy function-embedded quasi-steady-state model for efficient simulation of cascading outages on a power grid while addressing transient stability concerns. Compared ...

Computer simulations can help people gain a better understanding of the situation faced by migrants. This is shown by a new ...

The new capability lets scientists simulate and visually inspect automated experiments before robots run them.

New Opentrons AI capability lets scientists simulate and visually inspect automated laboratory experiments before robots ...

Part 2 of modeling Faraday’s Law using Python. This tutorial explores electromagnetic induction through code and simulation to better understand changing magnetic fields and induced currents. #physics ...

In this simulation, 66 of the 100 needles crossed a line (you can count ’em). Using this number, we get a value of pi at ...

Computational Modeling of Failure at the Fabric Weave Level in Reentry Parachute Energy Modulators Energy modulators (EM) are textile mechanical devices designed to dissipate snatch loads that occur ...

Experimental - This project is still in development, and not ready for the prime time. A minimal, secure Python interpreter written in Rust for use by AI. Monty avoids the cost, latency, complexity ...