| Atom World | |
|---|---|
| |
| Basic Info | |
| Eidola | None |
| Events | None |
| Notable NPCs | Anti-Minna, Schrödinger's Cat, Penguins |
| Other | |
| Connecting Areas | Astronomy World |
| BGM | Missing |
| Map ID | 0451 |
| Version Added | 0.1.0 |
| Author | Proton, NacreMoon |
Atom World is an area accessible from Astronomy World.
Features
 |
This page is missing information. You can help YumeWiki by expanding it. Details: This world contains a softlock, but it may be escapable. Read below. |
Some inert atoms sit idle in the field, but many subatomic particles are zipping across the screen, potentially getting in Minnatsuki's way. In particular, stationary gluons, depicted as small green spheres, will stick to the side of Minnatsuki when they walk by them. These gluons will remain attached unless an obstacle gets in the way. It is possible to soft-lock oneself in this world by getting trapped by too many gluons. These may be destructible with the Soulfire Eidolon.
There are moving balls of light, known as photons, that will give a sharp sound and a dissipating effect when touched. This will stun the player for a moment, but will allow both the photon and the player to continue after a small delay.
A cat who appears to be half alive and half dead can be found in the room. When interacted with, a short explanation of Schrödinger's cat will be displayed and the cat's in-game sprite will change to being fully alive or fully dead. This is a 1 in 2 chance for either outcome and can be retried by leaving and rejoining the world.
In addition to the doodads and robotic NPCs standing around, there is a wandering 'Anti-Minnatsuki' in this world. This NPC will not chase the player, but if interacted with, will produce a sharp sound, blacken the screen and cause an Annihilation of Minnatsuki and send the player back to Minnatsuki's Room.
Directions
Nexus → Shrimp Zone → Candy Lagoon → Glowing Path → Astronomy World → Atom World
Gallery
Minnatsuki's 'Anti' Particle Self.
Part 1 of the explanation of Schrödinger's cat
Part 2 of the explanation of Schrödinger's cat
- 050603
- CDB652