Muon Tracker

Muon Tracker brings the fascinating phenomenon of muon detection right to your device. Designed for science enthusiasts, students, and educators, this app simulates the detection of high-energy muons—particles created when cosmic rays collide with the upper atmosphere—and visualizes them in real time.

What it does
• Simulates the arrival of cosmic muons based on your current location (latitude, longitude, and altitude).
• Accurately models muon flux and angular distribution, including diurnal and seasonal variations.
• Detects and visualizes muon tracks with animated directional paths, energy estimates, and impact points on your screen.
• Displays real-time rates and calculated flux in particles per second and per square meter.
• Offers a data panel where you can explore and export historical events with timestamps, angles, and energy in GeV.

Scientific accuracy - Muon Tracker is powered by a physics-based simulation engine that factors in:
• Atmospheric depth modeling to vary muon rates with elevation
• Geomagnetic latitude effects to reflect regional muon flux
• Angular dependency using a cosine-squared distribution to simulate slant tracks
• Randomized yet statistically valid energy distributions typical of atmospheric muons

The simulation mimics real-world detection environments scaled to your device’s screen size. Whether you’re at sea level or on a mountain, the simulated flux adjusts accordingly.

Ideal for
• Physics students learning about particle physics and cosmic radiation
• Educators demonstrating subatomic phenomena in classrooms
• Science fans and curious minds exploring the universe from their pocket

Features
• Intuitive and elegant SwiftUI interface
• Toggle between persistence mode (trails) and flash mode (instant hits)
• Auto-switch between track visualization and point hits based on device orientation (vertical ↔ horizontal)
• Muon tracks rendered in 3D space, dynamically responsive to device rotation
• View location-based detection stats, including GPS position and altitude
• Adjust altitude manually to observe its effect on muon flux
• Real-time log of muon events, including incidence angle and particle energy
• Plot angular distribution of muon track directions
• Export your event log as a CSV file for deeper analysis
• Works fully offline, with smart locat