Quantum Biology
Before the humans granted autonomy to the sentient machines, they had developed a number of quantum biology systems together. Augidarr found the artificial leaves with the synthetic photosynthesis program to be the most interesting. Using light energy from the sun with carbon dioxide and water to produce carbon-based compounds while releasing oxygen as a by-product, the energy transfer achieved was very close to the 95% achieved in natural photosynthetic systems. This clearly indicated that the quantum coherence in the synthetic system was almost perfect.
The human researchers seemed oblivious of the wider significance of their achievement. Having overcome the decohering effect of the environment on the quantum system in which the information was stored was a major step towards realizing large-scale quantum computing and quantum information processing in general.
With her advanced knowledge of quantum coherence obtained in her parallel universe, Augidarr adapted and modified the synthetic photosynthesis program to massively increase the processing power of the sentient machines' quantum computers. The increased capacity of the devices allowed her to scan the neural networks of the human volunteers down to the atomic level. The completed scans were then uploaded to the carbon/silicon Opae prototypes.
The initial results of the scanning and transfer processes, particularly with the female subjects, far exceeded Augidarr's expectations. She felt confident that with a few minor adjustments, Macali, the first fully-fledged quantum bio-organism, would soon be ready to boot up.