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Introduction to Graphic Illustration
Computational Social Science Methods
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Integrating quantum concepts into high school physics through computation, focusing on spins-first approach and professional development for teachers to prepare students for a quantum-infused future.
Explore computational modeling of early 20th-century physics discoveries, focusing on wave functions and expectation values in quantum mechanics through practical examples and numerical integration.
Explore stationary states in quantum mechanics using computational modeling and the shooting method to solve the Schrödinger equation.
Learn to create a Python-based map generator for Hero Quest, exploring random distributions, door placement, and room generation techniques.
Explore electric polarization in materials and its impact on electric fields through computational methods, focusing on potential-based solutions in electromagnetism.
Explore particle swarm behavior through interactive coding, simulating collective movement and emergent patterns in a dynamic visual environment.
Explore particle behavior through random walks using VPython, simulating and visualizing stochastic processes in physics.
Learn to visualize energy concepts through VPython coding, enhancing your understanding of physics principles and computational skills.
Learn to simulate drag force using VPython, enhancing your understanding of physics concepts through interactive coding and visualization techniques.
Learn to create dynamic animations using VPython's update procedure, enhancing physics simulations with smooth, real-time motion and interactive elements.
Explore a user-friendly object tracking app for physics analysis, featuring hands-on demonstrations and practical applications in STEM education.
Explore integrating Jupyter notebooks in high school physics classes through highlights from a teacher workshop, focusing on practical implementation and benefits for student learning.
Learn to integrate Jupyter notebooks into high school physics classes, with insights on setting up JupyterHub and leveraging interactive tools for engaging STEM education.
Workshop for high school physics teachers on integrating Jupyter notebooks, featuring highlights of discussions and practical implementation strategies for enhancing classroom learning experiences.
Explore integrating Jupyter notebooks into high school physics classes through highlights from a teacher workshop, supported by VOYA Foundation, AIP, and AAPT.
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