YES I did use chatGPT to parse the paper: It's 100% simulation and modeling—no wet lab, no hardware, no live implants. Just molecules in silico. Here's what they did do: Built a COMSOL Multiphysics numerical model of molecule transport across capillary walls. Developed a custom MATLAB particle simulator to validate the model—tracks molecule-by-molecule movement under diffusion, flow, degradation, and capillary permeability. Compared the two to ensure the math holds up. Ran a bunch of simulations changing parameters (flow speed, distance, emission duration, permeability, etc.) to see how they affect the molecular "signal" received. What they did not do: No experiments with nanorobots or nanomachines. No animal or human testing. No physical bio-cyber interface prototypes. No integration with actual sensors or drug delivery systems.It's 100% simulation and modeling—no wet lab, no hardware, no live implants. Just molecules in silico. It's a toolbox contribution: if someone were building a real nano-drug-delivery system, this could guide where to place the transmitter, how fast to release the drug, how to interpret signals, or even how to design the capillary interface. Conclusion: Its a modeling tool, nothing more.