Angela Belcher: Using nature to grow batteries

The video explores the potential of using biological processes to create advanced materials. It begins with the abalone shell, a natural biocomposite, and discusses how its structure can inspire new technologies. The speaker envisions bio-inspired batteries and solar cells that mimic natural processes, using genetic information to improve over time. The talk highlights the role of simple organisms in material formation and the potential of using the periodic table to innovate new materials. The speaker also describes engineering viruses to create high-powered batteries and efficient solar cells, showcasing the potential of biotechnology in material science.

What is the composition of the abalone shell mentioned in the text?

How does the toughness of the abalone shell compare to its geological counterpart?

What role do proteins play in the formation of materials at the nano scale?

What are the implications of giving life to non-living structures like batteries and solar cells?

Describe the process by which diatoms replicate and build their structures.

What challenges are associated with convincing biology to work with the periodic table?

What is the relationship between the structure of the abalone shell and its mechanical properties?

Explain the significance of the periodic table in the context of material engineering.

How can viruses be engineered to create materials for batteries?

What advancements have been made in solar cell efficiency through genetic engineering?