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- Installs
- 100+
- Category
- Education
- Content rating
- Everyone
- Version
- 1.0.3
- Released
- Oct 19, 2025
- Last updated
- 3 Jan 2026
- In-app purchases
- No
- Contains ads
- No
- Promo video
- No
- Requires Android
- 7.0
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Dark Matter Detection - Version 1.0.3 We're excited to introduce Dark Matter Detection by Codexus Technologies, a powerful Monte Carlo simulation app for exploring WIMP (Weakly Interacting Massive Particle) interactions. This initial release brings a robust set of features for particle physics enthusiasts and researchers: > Advanced Physics Engine > Monte Carlo Simulation > Real-time Visualization > Multi-Detector Support > Glassmorphic UI > Data Export
Simulate WIMP interactions with Monte Carlo modeling.
Dark Matter Detection by Codexus Technologies is a cutting-edge Monte Carlo simulation app designed for researchers, students, and enthusiasts in particle physics. Explore the fascinating world of dark matter through simulated Weakly Interacting Massive Particle (WIMP) interactions with various detector materials. Key Features: Advanced Physics Engine: Accurately models WIMP interactions within Superfluid Helium, Liquid Xenon, Germanium, and Scintillator detectors, each with distinct physical properties. Monte Carlo Simulation: Generates realistic detector events using statistical methods, allowing for customizable simulation parameters. Real-time Analysis: Visualize particle hits in the detector chamber and monitor dynamic energy spectrum histograms for immediate insights. Multiple Detector Types: Seamlessly switch between four detector materials to study their unique responses to dark matter interactions. Beautiful Dashboard: Enjoy a sleek, glassmorphic UI with a dark theme, optimized for clarity and visual appeal. Data Export: Export raw simulation event data in JSON format for further analysis in external tools. Whether you're studying particle physics or exploring dark matter detection, this app provides a powerful and intuitive platform to simulate, analyze, and visualize complex interactions.