About NukeSim

Our Mission

NukeSim was created with a clear educational purpose: to help people understand the devastating power and effects of nuclear weapons through accurate, scientifically-based simulation.

By visualizing the consequences of nuclear detonations in familiar locations, we aim to:

• Promote awareness about the catastrophic humanitarian impact of nuclear weapons
• Provide accurate, physics-based visualizations of nuclear explosion effects
• Support educational initiatives about nuclear disarmament and non-proliferation
• Contribute to public understanding of the ongoing nuclear threat

We believe that understanding the science and consequences of nuclear weapons is essential for informed discussions about their role in global security.

The Simulator

Our nuclear explosion simulator combines accurate physical models with an intuitive interface to demonstrate the effects of various nuclear weapons on any location in the world.

Key features include:

• Physics-based modeling: Using established scientific formulas to calculate blast waves, thermal radiation, and fallout patterns
• Customizable scenarios: Select from various yields, detonation types, and weapon designs
• Interactive mapping: Place detonations anywhere on Earth and see local effects
• Detailed effects analysis: Understand the impact on structures, humans, and environment at different distances
• Educational context: Learn about historical weapons and their comparative effects

The Science

Our simulator is built on established scientific models for nuclear explosion effects, including:

• Blast overpressure calculations based on the Glasstone and Dolan models
• Thermal radiation effects modeling using the inverse square law with atmospheric attenuation
• Fallout patterns that consider weapon yield, meteorological conditions, and burst height
• Accurate scaling laws for different yields and heights of burst

While we strive for accuracy, we acknowledge that nuclear weapons effects are complex, and our models necessarily include simplifications. We continually refine our algorithms based on the best available unclassified research.