The Bachelor of Arts in Physics at the University of Wisconsin–Madison offers a flexible curriculum that blends the rigor of physics with a liberal arts foundation. Students explore the laws governing matter, energy, and motion — gaining critical thinking and analytical skills applicable in science, technology, education, and public policy.
Modeling Planetary Motion Using Newtonian Mechanics
Quantum Entanglement and Its Applications in Communication
Thermodynamics of Black Holes: A Theoretical Approach
Exploring Chaos Theory Through Pendulum Motion
Constructing a Low-Cost Spectrometer for Light Analysis
Measuring the Speed of Light Using a Laser and Rotating Mirror
The Physics Behind Magnetic Levitation and Its Applications
Quantum Tunneling and the Scanning Tunneling Microscope
Simulating Time Dilation Using Special Relativity Equations
The Role of Symmetry in Modern Particle Physics
Investigating the Doppler Effect with Acoustic and Light Waves
Acoustic Resonance and Harmonics in Wind Instruments
The Physics of Solar Panels: Efficiency and Material Science
Using Arduino to Build and Analyze a Motion Detector
Analyzing Crystallographic Patterns with X-Ray Diffraction Data
Exploring the Physics of Superconductors at Low Temperatures
The Double-Slit Experiment and Wave-Particle Duality
Optical Interference and Its Role in Thin Film Applications
The Role of Physics in Medical Imaging Technologies
Simulating Orbital Decay of Satellites Using Computational Models
Investigating Gravitational Waves and Detection Methods
Physics-Based Modeling of Traffic Flow Dynamics
Discover the foundations of reality and apply physical principles to modern challenges with UW–Madison’s physics program.
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