Quantum Physics Games

Quantum physics is a field notorious for its complexity and its counter-intuitive principles. However, this hasn’t stopped people from trying to bring these principles to a wider audience. This blog is one way, where I try to explain concepts in a consumable way. Another great way is through games. You read that right: there are quantum physics games. But are they actually good?

Quantum game: https://quantumgame.io/

  • 1 player
  • decent puzzle game, and the explanations were really good
  • Puzzle game where you arrange a board to direct energy waves to detectors
  • The game itself doesn’t teach you about concepts, but you can look under learn to find in depth explorations and further resources
  • It also includes an experimental sandbox to create your own quantum experiments and simulate famous real world quantum experiments

Hello Quantum: mobile game(app)

  • 1 player
  • Puzzle game where you try to match a board of dots to a picture. You use gates to manipulate which dots are on, off, and random. This is supposed represent qubits and their different properties.
  • Decent game, I beat the entire game in an afternoon.
  • You also get an explanation of what each part of the game represents, but I found it to be confusing and not super intuitive

Quantum: board game 

  • 2-4 players
  • Dice become ships as you place power cubes on planets
  • really fun game, no relationship to quantum mechanics

qCraft: A Minecraft mod that gives blocks quantum characteristics

  • As many players as your server can handle
  • Minecraft but with extra properties
  • Destroying one entangled blocks can destroy the other automatically
  • Looking at a different side of the block can change the block

Quantum go fish: https://apple.news/AJ55D6zi6ReWBa_gEGpBWSw

  • 3-8 players
  • Rules are unintuitive and confusing
  • Honestly I don’t even know if its a game or a thought experiment
  • Comment below how to play this game!

Hopefully these games help you gain a more intuitive and fun understanding of quantum physics!

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