The Many- Armed Biological Simulation Algorithm (MQBSA) Quantum Leapfrogging Edition
A web-based simulation of biological systems, with the addition of quantum mechanics.

Warning: this simulation may cause spontaneous combustion, or not.

Overview:

The MQBSA Quantum Leapfrogging Edition is a web-based tool for simulating complex biological systems. By combining the principles of many-armed chaos theory with the unpredictability of quantum mechanics, we can predict the unpredictable.

With MQBSA, you can simulate the behavior of cells, organs, and entire ecosystems, all from the comfort of your web browser.

Quantum Leapfrogging:

Quantum Leapfrogging is a technique that allows for non-linear, non-deterministic modeling of biological systems. By introducing quantum fluctuations and superposition, we can create realistic, yet unpredictable simulations.

Example Use Cases:

[Image: A screenshot of a cell with many arms, with each arm representing a different gene expression pathway. The arms are in constant flux, with some glowing bright pink and others a deep blue.]