TED: What happens when biology becomes technology? | Christina Agapakis

The video explores the transformative potential of synthetic biology, highlighting its intersection with technology and art. It discusses the role of engineering as a human-centered discipline and the challenges of integrating biology with technology. The speaker reflects on personal experiences, including a pivotal encounter with engineered bacteria, and emphasizes the importance of questioning the future we want. The narrative also delves into historical contexts, such as colonialism's impact on science, and envisions a future where biology and technology coexist sustainably.

What was the unique feature of the bacteria engineered by the Cambridge team?

• They could change colors in response to environmental stimuli.

• They could produce electricity.

• They could emit light in the dark.

• They could grow rapidly in any environment.

What is the main goal of synthetic biologists according to the speaker?

• To replace natural ecosystems with artificial ones.

• To eliminate all diseases.

• To make biology more like traditional engineering.

• To create new species of animals.

What role does the speaker currently hold at Ginkgo Bioworks?

• Marketing Manager

• Chief Scientist

• Creative Director

• Lead Engineer

How does the speaker suggest we should approach the future of technology?

• By ignoring public opinion.

• By prioritizing economic growth above all.

• By considering the social and political implications.

• By focusing solely on technical advancements.

What was the purpose of the cheese project mentioned by the speaker?

• To create a new type of cheese for commercial sale.

• To explore the connection between microbes and smell.

• To develop a cheese that never spoils.

• To produce cheese using only synthetic ingredients.

What is a common misconception about biology and technology according to the speaker?

• Technology cannot be influenced by biology.

• Biology and technology are completely separate.

• Technology is inherently messy.

• Biology is always predictable.

What does the project 'Victimless Leather' challenge us to consider?

• The durability of synthetic leather.

• The sustainability of leather production.

• The ethical implications of creating life for fashion.

• The economic impact of synthetic materials.

What question does the artist Heather Dewey-Hagborg's work raise?

• How can we improve DNA sequencing?

• How can we protect our DNA from theft?

• Can DNA truly define our identity?

• What is the future of genetic engineering?

What historical event does the speaker reference to discuss the impact of science and colonialism?

• The colonization of Africa.

• The European settlement in Hawaii.

• The discovery of America.

• The industrial revolution in Europe.

What does the speaker suggest is necessary for envisioning future technologies?

• Focusing on economic benefits.

• Ignoring societal impacts.

• Recognizing the power and adaptability of biology.

• Prioritizing technological efficiency.