The physics of the game
Learn the game · The physics of the game · Bonus: quantum physics
Each card: the real idea, how the game uses it, and how close the match is. Analogies are labelled as analogies and fiction as fiction.
The Lance lock and quantum measurement
The real idea: In quantum mechanics a system can be described by probabilities for different outcomes, and measuring it gives one outcome (the Born rule).
In the game: The Lance has two possible targets. Until the 10-second lock ends, the pads can still change which one it will hit; at the end it "collapses" to one.
How close: Only an analogy. The game is fully deterministic: the target is decided by the pads at every moment, with no randomness.
Space-time residue (fiction built on real ideas)
The real idea: When a quantum system interacts with its surroundings, information about it spreads into the environment (decoherence). That is why events leave lasting records. A research proposal called quantum Darwinism says the environment stores many copies of this information; it is mostly supported by theory so far. Separately, unstable states decay at random with a characteristic half-life, which gives an exponential fade.
In the game: The announcement bot teleports in, leaves, and the message stays etched, then fades and is gone after a minute: "space-time residue".
How close: Fiction inspired by real phenomena. The fade in the game is linear for clarity; real decay is exponential.
The counter triangle
The real idea: Rock-paper-scissors patterns (non-transitive dominance) exist in nature. Side-blotched lizards have three male strategies where each beats one and loses to another.
In the game: Rifles, Rockets and Tanks beat and lose to each other in a loop, so no single unit is best.
How close: A real pattern, and a good one for keeping a game balanced.
Charging the Lance
The real idea: A capacitor stores energy and releases it in one pulse. Its real charging curve is exponential (fast at first, then slower).
In the game: The Lance charges for 35 seconds, then fires once.
How close: Loose analogy. The Lance charges at a steady rate, not exponentially.
Why a 10-second window?
The real idea: Human reaction to a visual signal is roughly a quarter of a second, and planning a move takes much longer.
In the game: Ten seconds is long enough to see the arrow swap, decide, and grab a pad, but short enough to feel tense.
How close: A design choice informed by human reaction time, not a physical law.
Beats are frequencies
The real idea: A tempo of 170 beats per minute is 170 / 60, about 2.83 beats per second, so one beat lasts about 0.353 seconds.
In the game: In Travesty mode sound effects snap to the 16th-note grid of a 170 BPM beat.
How close: Just arithmetic, and it is exactly how the game does it.