THE SCIENCE BEHIND THE GAME
Antimatter: the partner matter did not quite erase
Paul Dirac’s work in 1928 helped lead to the idea of an anti-electron; the positron was discovered in 1932. What began as a surprising implication of an equation became a real object that experiments could study.
What happens when matter meets antimatter?
Antiparticles match their partners in mass while carrying opposite electric charge where applicable. Particle–antiparticle annihilation converts the initial system into other particles, such as photons. The excess of matter over antimatter in the observable universe remains an important research question. CERN: Antimatter ↗
Where the game takes a different path
The game compresses this idea into a dramatic chain-clearing contact effect. Real annihilation is not a universal arena-wide blast from touching any object, and the game’s safe bounces, Photon charging and Black Hole exceptions are authored rules.
The mystery after the fireworks
The most interesting real question is not just how annihilation releases energy. It is why enough matter survived for stars, planets and us to exist. A short puzzle interaction can be the beginning of that much larger story.
Antimatter in Entangled Chaos
Its ordinary explosion has twice the normal radius. Contact with most solid particles instead creates a field-wide annihilation. Photons are absorbed, Neutrinos pass through, and Antimatter or Black Hole contact bounces. Its own blast rebounds from Black Holes without charging or collapsing them; secondary explosions remain dangerous.
For objectives, taps and strategy, see the gameplay particle guide and tips and tricks.
Explore the original science
Written by LNTT Apps, the creator of Entangled Chaos, using the sources above. Game artwork illustrates the fictional character, not a scientific image. Sources checked 28 October 2026.