Bioethics: At what threshold of neural complexity and "goal-directed learning" does a synthetic biological system require ethical oversight?, Embodied Cognition: Does "true" intelligence require sensory-motor feedback loops found in biology, or is binary silicon logic sufficient?, Genetic Property: Should the donor of the fibroblasts used to generate iPSCs retain intellectual property rights over the resulting biocomputer?, Research Ethics: Is the use of human neurons in a gamified in silico environment a justifiable trade-off for increasing the success rate of neuropsychiatric clinical trials?, Metabolic Efficiency: Given the 20-watt efficiency of the human brain, is biocomputing the only viable solution for the AI energy crisis?, Hybridization: Should biotech research prioritize biological-silicon hybrids over pure AI to leverage the "third-order complexity" of neurons?, Viability & Maintenance: If a computational system relies on a life-support system and eventually undergoes senescence, should it be classified as hardware or an organism?, Pharmacological Validity: Can we trust in vitro toxicity data from static cultures, or must cells be integrated into an active environment to show high-fidelity drug responses?

the Brain continued

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