Nanomachines are in their infancy and are still quite primitive, displaying some capabilities in controlled motion, but much research is needed to unlock their full potential.
Understandably, the present scope of nanomachines is limited, yet their future lies in revolutionary applications such as drug delivery systems and environmental solutions, driving significant technological advancements.
Feringa emphasized the distinction between the complexity of natural systems and human-created systems, suggesting that we have much to learn from how nature operates with simpler elements.
The potential of nanomachines encompasses groundbreaking innovations in medicine and materials science, pointing toward a future where these tiny machines play critical roles in health and industry.
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