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Quantum Physics Mechanics
Superposition, entanglement, wave function collapse, and quantum tunneling as gameplay mechanics. Observation-based puzzles where watching changes reality.
This framework is currently in the design and prototyping phase. The systems, features, and technical specifications shown below represent the planned architecture. Follow our progress on the PGX Framework web for updates.
Objects exist in multiple states until observed. Probability clouds visualize possible outcomes in real-time.
Linked object pairs where actions on one instantly affect the other, regardless of distance or barriers.
Observation forces state resolution. Players must strategically choose when to collapse quantum states.
Objects pass through barriers probabilistically. Barrier thickness and energy levels determine success rates.
Player observation directly affects the game world. Schrodinger-style puzzles where looking changes outcomes.
Quantum-flavored time mechanics that respect entanglement and superposition rules for consistent physics.
This framework leverages the following PGX Core subsystems:
Mind-bending puzzles using real quantum mechanics principles as core gameplay mechanics.
Science fiction narratives where quantum mechanics drive story progression and world interaction.
Interactive experiences that teach quantum physics concepts through engaging gameplay.