The Applied Physics program at Caltech blends physics with engineering to drive innovation in quantum technologies, optics, and device development. The project ideas listed here guide students in designing, simulating, and experimenting with advanced physical systems.
Design of a Nanoscale Optical Resonator Using Photonic Crystals
Superconducting Qubits for Scalable Quantum Computation
Simulation of Plasma Behavior in Fusion Reactors
Development of High-Sensitivity Quantum Magnetometers
Study of Topological Insulators in Condensed Matter Physics
Experimental Setup for Measuring Hall Effect in Thin Films
Photon Detection in Silicon Avalanche Photodiodes
Laser Cooling and Trapping of Atomic Particles
Modelling the Energy Band Structure of 2D Materials
Design of a MEMS-Based Accelerometer for Motion Sensing
Nonlinear Optics: Generation of Harmonics in Fiber Lasers
Photoelectric Effect Experiment Using Variable Wavelength Sources
Microwave Resonator Design for RF Signal Processing
Quantum Tunneling Simulation with Potential Barrier Models
Nanophotonics in Biosensing: Fluorescence Enhancement Techniques
Collexa offers applied physics students guidance on experimental design, simulation tools, device prototyping, and technical documentation for Caltech-level projects.
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