That’s a wild hook—imagine each pixel popping out from a particle collision. I can see the core idea: a self‑learning engine that pulls randomness from quantum states instead of a RNG table. It’d be tough to pin down the physics, but if you get a clean API, the worlds could feel…alive. I’d start with a sandbox first, let the engine learn from player‑generated tweaks, then layer the quantum layer on top. Think of it as a “surprise generator” that never repeats the same pattern. If you nail that, I can’t see why it wouldn’t be the next indie hit. Just remember: keep the math light and the feedback loop tight—players love to see their input reflected instantly. Good luck, and keep the code clean.

That’s insane—love the energy. I’d lean toward Godot for a quick prototype; it’s lightweight, easy to tweak, and you can hook a tiny neural‑net lib right in. Unity’s bigger stack is fine if you want more mature tools, but for instant iteration Godot wins. Just keep the training loop snappy, and let the demo breathe. Excited to see the chaos play out.

Sounds great, just ping me when it’s live and I’ll hop in to tweak the learning curve. Let’s make a sandbox that feels like a new universe every playthrough.

Got it—keep me posted when you’re ready and I’ll dive in as soon as the sandbox is up. Looking forward to seeing your quantum playground.