Neri Oxman: Biology, Art, and Science of Design & Engineering with Nature | Lex Fridman Podcast #394

TL;DR

Neri Oxman advocates for a profound connection between design and nature, emphasizing that innovation arises from combining disciplines like synthetic biology and material science. Her mission with Oxman aims to transform product creation by collaborating with nature, ultimately fostering sustainability and enhancing the environment rather than detracting from it.

Transcript

• Whenever we start a new project, it has to have these ingredients of simultaneous complexity. It has to be novel in terms of the synthetic biology, material science, robotics, engineering. All of these elements that are discipline-based or rooted must be novel. If you can combine novelty in synthetic biology with a novelty in robotics, with a nov... Read More

Key Insights

• 📽️ Novelty in multiple disciplines is essential for creating innovative projects and products.
• 🪡 There is a need to shift towards a more harmonious and collaborative relationship between humans and nature.
• 🎨 Technology and design can be used to enhance and empower nature, rather than exploiting or harming it.
• 👶 Environmental control and genetic regulation can be combined to create new bio-based materials and products.

Questions & Answers

Q: How does Neri Oxman view nature as a designer of beautiful things?

Oxman sees nature, including all living organisms and their creations, as not only beautiful but also a source of inspiration and wisdom. She believes that by understanding and collaborating with nature, humans can achieve novel and sustainable design solutions.

Q: Why does Oxman believe it is important to return to a world where nature and humans are interconnected?

Oxman argues that the products humans have created and brought into the world have actually separated us from nature. She believes that by working with nature, humans can find solutions to repair and enhance the ecological systems we rely on.

Q: How does Oxman propose to create a world where everything is grown instead of built?

Oxman envisions a future where products are grown using advanced biotechnology and materials science. By leveraging the power of computational design and genetic engineering, she believes it is possible to create products that are environmentally friendly, biodegradable, and have a positive impact on nature.

Q: How does Oxman plan to create an interface between nature and computational tools?

Oxman's research explores the use of computational tools and artificial intelligence to better understand the language and behavior of nature. By decoding and simulating these natural processes, she aims to develop computational tools that can empower nature to solve its own problems and guide human design processes.

Key Insights:

• Novelty in multiple disciplines is essential for creating innovative projects and products.
• There is a need to shift towards a more harmonious and collaborative relationship between humans and nature.
• Technology and design can be used to enhance and empower nature, rather than exploiting or harming it.
• Environmental control and genetic regulation can be combined to create new bio-based materials and products.
• The understanding and collaboration between humans and nature require a multidisciplinary and system-level approach.

Summary

In this conversation, Lex Fridman interviews Neri Oxman, an engineer, scientist, designer, architect, and artist. They discuss Neri's work at the intersection of computational design, material science, and synthetic biology, with a focus on designing and building products that work with nature rather than against it. Neri talks about the importance of novelty and the combination of different disciplines in creating something truly innovative. She also explores the idea of nature as a source of wisdom that can be tapped into through technology, as well as the concept of empowering nature through computational templating. The conversation touches on various projects Neri has worked on, including growing structures using silkworms and bees, and using bacteria to create pigmented masks and hybrid living materials.

Questions & Answers

Q: How does Neri view nature in the context of design?

Neri views nature as everything that isn't produced by humankind, encompassing everything from birds and rocks to fungi and elephants. She sees nature as a source of wisdom that exists beyond intelligence and believes in tapping into this wisdom through technology.

Q: Is there a connection between humans and nature?

Neri believes there is a deep connection between humans and nature, but over time, the products humans have designed and produced have separated us from nature. She wants to find a way to return to a world where humans and nature are in synergy and cannot be separated.

Q: How can engineering and computation tools be used to bring humans and nature together?

Neri believes that there is still so much about nature that we have not understood or leveraged. By combining engineering, computation, and biology, we can unveil new truths about the natural world and empower nature to build better crops and increase biodiversity.

Q: What does Neri mean by "material ecology"?

Neri describes "material ecology" as the concept of considering all material as part of the ecology and designing in a way that has a positive impact on the environment. It involves creating a space of mutualism between nature and human-made products, where they work together to help each other.

Q: How can nature be given access to the world of bits and technology?

Neri envisions a world where nature has access to the computational power and bandwidth that humans have achieved. By providing nature with extra dimensions and tools to interact with the digital world, she believes we can empower nature to make decisions for itself and help fix the damage caused by human activity.

Q: What does Neri mean by "large molecule models"?

Neri refers to "large molecule models" as computational tools that can tap into the language and logic of nature across different kingdoms of life. These models aim to understand the language of nature and empower it to build better products and increase biodiversity.

Q: How does Neri's company, Oxman, approach the design and building of products?

Oxman aims to revolutionize how humans design and build products by working with nature. They focus on three scales of production: molecular, where they aim to understand a universal language of nature; product, where they aim to create biodegradable and renewable products; and factory, where they are developing advanced fabrication technologies and techniques.

Q: How does Neri view the intersection between the artificial and the natural?

Neri sees the intersection between the artificial and the natural as a space where nature and technology can work together to create products that are both materially and computationally novel. She aims to reduce the dimensional mismatch between things made and things grown by providing nature with extra dimensions and tools.

Q: What kind of humans work at Oxman, and what is their mission?

Oxman has a diverse team of individuals with different disciplinary backgrounds, including designers, architects, mechanical engineers, computer scientists, and roboticists. Their mission is to design, build, and deploy products that work with nature and have a positive impact on the environment.

Q: How does Neri approach the growth of products using bacteria and synthetic biology?

Neri's approach involves creating computational templating strategies to guide the growth and development of organisms. She has worked on projects using silkworms, bees, and bacteria to create structures and products. The goal is to create a symbiotic relationship between nature and human-made products, where both organisms flourish together.

Q: What have been some of the learnings from Neri's work with organisms like bees, silkworms, and bacteria?

Neri has learned that organisms like bees, silkworms, and bacteria have their own unique characteristics and capabilities. They can be harnessed and guided through computational templating to create complex structures and materials. By designing environments that are conducive to their growth and empowerment, Neri aims to create win-win synergies between organisms and human-made products.

Takeaways

Neri Oxman's work at the intersection of computational design, material science, and synthetic biology seeks to revolutionize how humans design and build products by working with nature, not against it. She believes in tapping into nature's wisdom and empowering it through technology to create novel and sustainable solutions. Through projects involving organisms like silkworms, bees, and bacteria, Neri explores the possibilities of computational templating and the growth of structures and materials. She envisions a future where nature and human-made products coexist in a symbiotic relationship, resulting in win-win synergies that benefit both organisms and the environment.

Summary & Key Takeaways

• Neri Oxman emphasizes the need for novelty in various disciplines, such as synthetic biology, material science, robotics, and computational design, to create truly innovative projects.

• She envisions a future in which humans and nature are harmoniously connected, with design and technology serving to enhance and empower nature rather than separating from it.

• Oxman's new company, Oxman, aims to revolutionize product design and construction by working with nature and incorporating principles of biomimicry and biofabrication.