A Nuclear Blast is 5x Hotter Than the Sun 😳🤯

Published on August 31, 2025
Duration: 0:52

A nuclear bomb's initial flash reaches 180 million degrees, five times hotter than the sun's core. Within three miles, it causes third-degree burns, and at nine miles, blast waves can rip skin and destroy buildings. These details are sourced from 'The Effects of Nuclear Weapons'.

Quick Summary

A nuclear bomb's initial flash reaches 180 million degrees Celsius, five times hotter than the sun's core. Within 3 miles, it causes third-degree burns, and at 9 miles, the blast wave can rip skin and destroy buildings.

Chapters

  1. 00:00The Initial Flash: Nuclear Heat vs. Sun
  2. 00:21Thermal and Blast Effects Explained
  3. 00:42Source Documentation: The Effects of Nuclear Weapons

Frequently Asked Questions

How hot is the initial flash of a nuclear bomb compared to the sun?

The initial flash of a nuclear bomb reaches an astonishing 180 million degrees Celsius, making it five times hotter than the temperature at the center of the sun.

What are the effects of a nuclear blast within 3 miles?

Within a 3-mile radius, the intense thermal radiation from a nuclear blast causes horrific third-degree burns on exposed surfaces.

How far out can the blast wave from a nuclear explosion cause significant damage?

At approximately nine miles from the detonation point, the wind generated by the blast wave is powerful enough to rip skin from bodies and demolish buildings.

Where does the information about nuclear weapon effects come from?

The detailed information presented is sourced from a primary document titled 'The Effects of Nuclear Weapons', as cited by Annie Jacobsen.

Related News

All News →

More Reviews Videos You Might Like

More from Shawn Ryan Show

View all →