Faculty Commons - PICUP

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1D & 2D kinematics and Newton's laws of motion in STEPP

Integrated Computational and Experimental Radioactive Decay Labs

Computation in the Introductory Physics Lab: An example

Horsepower Computational Laboratory Exercise

Introduction To Electric Fields

Divergence, Gradient, and Curl

hanging mass pulling a cart

The Fibonacci Sequence

Simulation Led Optical Design Assessments

Scalar and Vector Fields

Time evolution of quantum spin systems with Qiskit

Energy Simulations for Mechanics

Vector Fields

Using Graphs to Understand and Predict 1D Kinematics

Microstates, Multiplicities, and Probabilities for Simple Systems (Coin Flipping & Einstein Solids)

Elastic Collision of Two Objects in One Dimension

Electromagnetic Waves in 1D

Radiometric Dating Using VPython and Glowscript

Three-body problem for Sun, Earth and Jupiter

Analysis of Numeric Integration Methods

Building a wave packet

Relativistic Phenomena in Classical Electrodynamics

RC Circuits Computational Laboratory Exercise

Wavepacket Widget

Scientific Computation with Python in Jupyter Notebooks

Collective motion of active matter

1D Elastic Momentum Coding Activity

RC circuit with DC power

Pharmokinetics (Rates of change of medication concentrations)

Computational Projects for Thermodynamics and Statistical Mechanics

Modeling Local Temperature and Climate Change

Collection of Freshman Physics Labs

Ibn Al-Haytham's Rules of Refraction

Investigating code efficiency

Rydberg formula

Spinning Shape (Intermediate Axis Theorem)

The Kepler Problem, part 1

Laplace Equation Relaxation Method

Verify Centripetal Force by Spring and Radial Drag

Introductory E&M Computational Modeling Activities

Radioactivity Simulation

Simulating a Double Pendulum with. Large Language Model

Introduction to Jupyter Notebooks and Python

Orbital Motion

Hungry Cat Game: A Semester-long Project for Introductory Mechanics

Computational physics exercises and projects

Examples of Introductory Mechanics with Spreadsheets

Computational Physics for Absolute Beginners

Numerical Solution of the Friedmann Equation for the LCDM (Lambda Cold Dark Matter) Model

Using Qiskit and IBM quantum computers to explore quantum mechanics

Quantum Computing Mini-Labs for Quantum Mechanics Course

Diffusion Model through Conservation Momentum and Energy

COVID-19 Epidemiological Modeling

Electric Field Simulation and Game

Quantum-Adder Using Quantum Composer

NASA Low Resolution OMNI dataset

Non Linear Curve Fitting

1D Quantum Dynamics Assignment

Introductory Python Tutorials in Jupyter

Asteroid Field Game

The Doppler Effect - Beyond the Basic Equation

Understanding Cromer's Stable Solutions Using the Euler Approximation paper

A Guerrilla Guide to Linux

Notes on Euler and RK2 solvers

Data analysis with Python

Fermi-Dirac Distribution

Numerical Solution to the Nonlinear Differential Equation for an Object Dropped High Above Earth