A view of the Quantum Odyssey game by Quarks Interactive
For over five years, Quarks Interactive has been developing a video game called Quantum Odyssey. Since the beginning, it has set out to be a fun and visual medium for bringing quantum literacy to the masses. There are no math, physics, or coding prerequisites to play this game, so all ages and backgrounds can benefit from it.
The game has undergone both minor and major updates over time, but the grandest update is coming soon. The release date is “to be announced,” but you can wishlist it on Steam.
The photo of Quantum Odyssey by Quarks Interactive, available on the gaming platform Steam
The Old Quantum Odyssey
The original game is loaded with features. Besides the stunning visuals, it has a famous educationalist narrating the tutorials, mouseover definitions for jargon, an in-game encyclopedia, many hours of content, literally hundreds of puzzles, and community-created challenges. The no-code environment jumps right into quantum circuits and quantum gates and is capable of simulating small-scale quantum algorithms with an integrated Qiskit simulator. There is an optional math overlay for those who want to view the math behind the visuals, as well as an external Discord server for community support.
The best feature is the visualization of “destructive interference.” If you don’t know what that is, it’ll be obvious – and fun – when it’s introduced.
Technical note: the in-game editor is a complete quantum Hilbert space simulator. You can visualize the evolution of the state vector through quantum algorithms using up to five qubits, making it a thoroughly unique tool for helping you to build an intuition for the algorithms, as well as for the mathematics that describes them.
Quantum Odyssey by Quarks Interactive doesn’t require math or coding expertise to play.
The New Quantum Odyssey
Sponsored by EEA Grants, the new Quantum Odyssey will continue its tradition of not requiring any math or coding skills. Gameplay is not yet available to preview, but it promises to be a complete overhaul with 10X the content. There will be movies accompanying a science fiction story, and the budget has purportedly helped it to become a legitimate video game that teaches quantum computing.
Quantum Odyssey will feel like home if you’re drawn to story-rich simulators, brimming with open-ended programming puzzles, strategic decision-making minigames, and competitive multiplayer elements such as leaderboard rankings and player asynchronous battles. There is no need for a background in math or coding. Dive in and let the quantum realm captivate you.
ASCEND WITH THE SAGES
Venture into a realm where you wield the fabric of Creation itself. Welcome to the Quantum Sanctum: a universe where quantum computing doesn’t just simulate reality; it shapes it. Engage in the ultimate challenge: discover the most powerful quantum algorithms, outsmart other players, and earn the esteem of the Four Sages. Secure your throne among the cosmos’ architects. Or dare to go beyond, using your newly found wisdom to break the chains of reality and forge a new existence.
What the Four Sages are unaware of is your ability to perceive Cosmic Whispers: insights into the very essence of existence. The question remains: Can you decipher all of them by analyzing their patterns or unlocking their ciphers? The secrets they unfold could grant you powers surpassing the Sages themselves. Will you seize this might to overshadow the Sages, or will you embrace the Empty Throne and accompany them on their perpetual quest?
Welcome to the next dimension of gaming: where every challenge mastered in-game translates to epic skills in the real world. You will master actual quantum computing.
Two phrases on Steam hint as to the functionality of the upcoming release. First, as shown above, there are “story-rich simulators, brimming with open-ended programming puzzles, strategic decision-making minigames, and competitive multiplayer elements such as leaderboard rankings and player asynchronous battles.” Second, omitted above but also found on the page, you will be able to “program hardware-ready algorithms, hack players, solve decision games, and unlock knowledge.”
The image of the Sages, along with the game description, foreshadow a true adventure game. Instead of joystick controls or match-3, you’ll presumably be designing quantum circuits to advance the story. Sounds fun to me.
Conclusion-Quarks Interactive Brings Something New
Back in the day, video games just had high scores. You dropped a coin into a machine and tried to play for as long as you could. At some point, the machines started releasing tickets that could be redeemed for prizes. But the real value was the experience of going to an arcade with family or friends.
Reminiscent of the arcade experience, Quantum Odyssey will continue to have a virtual community with like-minded players who not only enjoy playing the new game but who want to learn about quantum computing. And that, there, is actually the grandest prize. Simply by playing a game, you will learn about quantum computing without any particular educational background. There will not be a math quiz on Monday. Just play the game a little bit more and see what else you learn.
Because the upcoming demo will be free, you will have absolutely nothing to lose by giving it a try. So, go ahead and wishlist it on Steam. I’ll see you in the game….
Brian N. Siegelwax is an independent Quantum Algorithm Designer and a freelance writer for Inside Quantum Technology. He is known for his contributions to the field of quantum computing, particularly in the design of quantum algorithms. He has evaluated numerous quantum computing frameworks, platforms, and utilities and has shared his insights and findings through his writings. Siegelwax is also an author and has written books such as “Dungeons & Qubits” and “Choose Your Own Quantum Adventure”. He regularly writes on Medium about various topics related to quantum computing. His work includes practical applications of quantum computing, reviews of quantum computing products, and discussions on quantum computing concepts.