ent to biomineralization pathways to catalyze mineralization reactions in-vitro (Ref. 5), use DNA or viruses to assemble nanocrystalline arrays (Ref. 6), and use biological pathways to create new engineered materials (Ref. 7). Researchers are also beginning to harness nature’s self-assembly processes (Ref. 8).
Your task is to create a scientific plan for using biological or biomimetic mechanisms to create one or more steps in a bio-nanoscale assembly process that could be scaled up to synthesize useful products in volume.
First, the group should decide what the ultimate product is, such as, for example:
Create an engineered method of effective remediation of contaminated ground water, where the nanoproduct can learn what the dangerous contaminants are, grow the machinery to neutralize them, and then afterwards disassemble into environmentally friendly materials;
Create an engineered method for creation of ‘smart’ clothes that will sense the environment and automatically adjust their breathability, UV blocking ability, water repellency, toughness, cooling and heating or germicidal abilities; or,
Feel free to create your own grand challenge.
Next, pick one or several limiting steps in the manufacture of such a product and come up with a scientific plan to potentially accomplish them, including what scientific knowledge or engineering prowess we currently lack, and thus would need to learn in order to accomplish this task. For example, in choice a) or b) above, how would one go about creating swimming devices or fibers that ‘sense’ the environment around them? What should be sensed? Once the environment is measured, what mechanisms, including feedback and control, would be relevant to react to that information? How does one deal with stochastic processes on the nanoscale?
Finally, use the group’s ingenuity to propose a plan for the manufacture in large volume of your product or sub-product, using biomimetic principles. As always, the group should discuss the ethical considerations in the manufacture of your products. How would one perform the manufacture as safely as possible? What controls should be put in place?