Oleg Yazyev

Solid State Physics

Python3

Interactive textbook

English

This notebook explores key concepts related to inhomogeneous semiconductors, specifically focusing on pn-junctions. The model examines the junction of two homogeneous semiconductors with varying doping concentrations. Additionally, it covers the calculation of depletion region widths based on the doping concentrations.

Cécile Hebert

General physics: mechanics

Python3

Demonstrations in class

Français

This notebook illustrates the trajectory of a point on a wheel's circumference as it rolls without slipping. It involves plotting and animating the cycloid path, with velocity calculations enhancing the conceptual understanding of this motion.

Cécile Hebert

General physics: mechanics

Python3

Demonstrations in class

Français

This interactive textbook explains the trajectory of a projectile, with and without air resistance. It uses equations, graphics, and interactive widgets to allow readers to visualize and manipulate the impact of friction, initial velocity, angle, etc.

Cécile Hebert

General physics: mechanics

Python3

Exercise worksheets

Français

This notebook provides an exercise on kinematics where students analyze the fastest path for an agent to cross a river using rowing and running. It includes calculations, graphical simulations, and interactive elements to explore different angles and speeds.

Cécile Hebert

General physics: mechanics

Python3

Demonstrations in class

English

This notebook provides a comprehensive guide to plotting and visualizing polar coordinates using 3D representations with Matplotlib. It includes functions for transforming 2D paths to 3D patches, creating 3D text, and visualizing spherical coordinates.

Cécile Hebert

General physics: mechanics

Python3

Demonstrations in class

Français

This notebook contains an animation to visualize the phase shift in the response of a harmonic oscillator using a complex transfer function representation on the real component.

Cécile Hebert

General physics: mechanics

Python3

Interactive textbook

Français

This notebook provides an interactive exploration of harmonic and damped oscillators. Through equations, code, and visualizations, it enables users to understand oscillatory motion, damping effects, and resonance by manipulating parameters and observing outcomes.

Cécile Hebert

General physics: mechanics

Python3

Demonstrations in class

English

The notebook provides visualization for cylindrical coordinates using Matplotlib 3D graphics but is noted as obsolete. It features code to draw and manipulate 3D elements representing cylindrical coordinates.

Cécile Hebert

General physics: mechanics

Python3

Demonstrations in class

Français

This notebook demonstrates the physics of a ball being released on a slide with a loop, using interactive visualizations to show the necessary height for completing the loop based on energy conservation principles.

Cécile Hebert

General physics: mechanics

Python3

Demonstrations in class

Français

This notebook demonstrates the connection between polar and Cartesian coordinates through interactive visualizations, allowing dynamic manipulation of parameters to illustrate the transformations.