Master Monte Carlo simulations to calculate the electric field of a charged sphere in this detailed Lesson 25 tutorial! ⚡📊 Learn how to use computational techniques to model complex physics problems, ...
5h
Simplifying quantum simulations—symmetry can cut computational effort by several orders of magnitude
Quantum computer research is advancing at a rapid pace. Today's devices, however, still have significant limitations: For example, the length of a quantum computation is severely limited—that is, the ...
Abstract: This article summarizes the discussions and outcomes of the ”Power for AI and AI for Power” session at the IEEE Power Electronics Society (PELS) Future of Electronic Power Processing and ...
Abstract: Fault localization and identification for converters are related to the stable operation of power electronic-based systems and are receiving widespread attention. Advanced algorithms, ...
This second installment focuses on using QPSICE’s schematic editor, learning how to properly place and connect components. In the first installment of this power electronics course, we established the ...
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Simulating projectile motion in Python with air drag
Learn how to simulate projectile motion in Python with air drag! Step-by-step coding tutorial to model real-world physics, including velocity, trajectory, and drag effects. Perfect for students, ...
This article introduces a new power electronics course designed to help readers understand the fundamental principles of real-world circuits. This article introduces a new power electronics course ...
Most electronics are built on flat, stiff boards, which makes it incredibly difficult to fit them onto curved and irregular shapes we find in the real world, such as human limbs or curved aircraft ...
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