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Explore computational techniques to visualize electric fields using derivatives of electric potential, enhancing understanding of electromagnetic phenomena through practical coding examples.
Learn to calculate the electric field of charged shapes by dividing them into small pieces. Explore techniques for various configurations, including dipoles, using Python code.
Reflections on 2022 AAPT Winter Meeting, discussing quantum physics education, career tracks, and high school physics curriculum. Explores innovative approaches and industry demands in physics teaching.
Explore the concept of learning attitudes in science education, their assessment, and strategies for improvement. Gain insights into response shift bias and model building.
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.
Learn to solve Poisson's equation using finite differences, applying computational techniques to find electric potentials from boundary conditions in electromagnetism problems.
Learn to use Jupyter notebooks for coding projects, including markdown, LaTeX, code execution, and debugging. Ideal for beginners in scientific computing and data analysis.
Learn to import and visualize Tracker data in VPython, enhancing physics simulations with real-world measurements for accurate comparisons and analysis.
Comprehensive review of simple harmonic motion, covering key concepts, graphs, and energy behavior. Introduces more complex oscillating systems and provides coding resources for further exploration.
Explore quantum mechanics concepts including potential energy, eigenstates, and ladder operators in this comprehensive university-level physics lecture.
Explore GlowScript Blocks for physics simulations. Learn to create and animate 3D objects, add attributes, and work with vectors in this hands-on tutorial.
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