The Bachelor of Science in Physics at Cornell University offers a deep dive into the fundamental laws of nature. The program equips students with analytical, computational, and experimental skills for careers in research, engineering, data science, and beyond.
Simulating Black Hole Evaporation Using Python Models
Laser Interferometry for Vibration Detection in Structures
Experimental Study of Simple Harmonic Motion in Damped Systems
Analysis of the Photoelectric Effect Using LED Arrays
Exploring Superconductivity at Cryogenic Temperatures
Creating a DIY Cloud Chamber to Detect Cosmic Rays
Designing an Optical Telescope with Low-Cost Components
Study of Magnetic Levitation Using Electromagnets
Measuring the Speed of Light with Household Tools
Simulation of Planetary Orbits Using Newtonian Mechanics
Quantum Tunneling Probability Models in Particle Systems
Photon Entanglement and Information Transfer Limits
Modeling the Thermodynamics of a Stirling Engine
Exploring the Behavior of Light Through Various Media
Real-Time Data Acquisition in Low-Energy Particle Experiments
From quantum phenomena to space exploration, explore the universe through mathematical precision and experimental discovery in Cornell’s Physics program.
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