QM-Simulator-2D

> Um, really? How so? Show me the computations that model gut biome. You can simulate the wave function of particles, e.g. https://github.com/marl0ny/QM-Simulator-2D From there you can build up simulations of atoms, molecules, proteins, cells, and the gut biome. Obviously I'm not saying that it is computationally feasible to do an atom-level simulation of the guy biome, or pain receptors or the immune system. But there's nothing fundamental that precludes it. It's just scale. Also it's highly unlikely that biological intelligence depends on atom-level modelling. We can very likely use a simpler (but maybe still quite complex) model of a neurone and still be able to achieve the same result as biology does.

Yes. It's just an equation. The complexity of quantum system that can be simulate is limited. https://marl0ny.github.io/QM-Simulator-2D/index.html From the above link you can look single slit, double slit, triple slit, step, spike, or load an arbitrary image as a potential and do experiments in 2d box. >This WebGL program simulates the quantum mechanics of a single particle confined in a 2D box, where inside this box the user can create new potential barriers and scatter Gaussian wavepackets off them. The full instructions are found here. https://github.com/marl0ny/QM-Simulator-2D btw. Wave function collapse in quantum physics is completely speculative phenomenon. There is only apparent wave function collapse.