What is the concept of 'anthropomass' and when did it become significant?

Anthropomass refers to the total mass of human-made products and infrastructure. Ron Milo identified 2020 as the crossover year when anthropomass exceeded biomass on the planet, indicating the overwhelming scale of human impact.

How does the Oxman company envision synthesizing nature and technology?

Oxman aims to create a world where humans can 'grow' instead of 'build' products, designing technosphere elements as if they are part of the biosphere. The goal is to develop products that augment and heal nature, fostering synergy between humans and the natural world.

What is a 'Large Molecule Model' and how does it relate to nature's language?

A 'Large Molecule Model' is a concept analogous to Large Language Models. It aims to quantify and understand the molecular language that exists across all five kingdoms of life, enabling computational tools to empower nature, such as improving crop yield or biodiversity.

What is Oxman's vision for a fully biodegradable product?

Oxman is developing a product that starts from CO2, is consumed or worn by a human, and then returns to the soil to grow an edible fruit plant. This represents the world's first entirely biodegradable, biocompatible, and biorenewable product.

How were silkworms used to create architectural structures like the Silk Pavilion?

The Silk Pavilion was created using thousands of silkworms on water-soluble meshes. Environmental templates (robots controlling heat and light) guided the silkworms to spin flat patches, which were then assembled to form a large dome, demonstrating computational templating.

What was the purpose of the Synthetic Apiary and what was its most notable experiment?

The Synthetic Apiary was designed as a perpetual spring environment for bees, aiming to augment their survival in winter. Its most notable experiment involved sending bees to space on a Blue Origin mission, where they returned alive, reproductive, and provided new knowledge about honeybee wax recycling.

What are Hybrid Living Materials (HLMs) and how were they developed?

HLMs are a new class of materials that represent a blend of biological and synthetic components. They were developed through projects like Vespers, where chemical signals in 3D-printed masks interacted with pigment-producing bacteria (like E.coli) to create detailed patterns.

How can technology enable communication with plants?

The speaker suggests that by decoding molecular footprints like Green Leaf Volatiles (GLVs) emitted by plants under stress, humans can begin to understand their molecular 'language.' This could lead to advancements in precision agriculture and a deeper connection with the plant kingdom.

What role does love play in Einstein's philosophy?

According to a letter Einstein wrote to his daughter, he believed 'love is actually the force that shapes the universe.' He described it as a powerful, universal force akin to gravity and light, capable of bringing people together and empowering change.

How does imperfection contribute to beauty and human connection?

The speaker views imperfection as a sign of something being on a journey and undergoing change, essential for true beauty. In human relations, flaws represent vulnerability, which acts as a 'glue' for connection, enabling communities to build and reach 'higher ground.'

What is the advice for a meaningful and successful life?

Key advice includes paying attention and being present, cultivating gratitude, embracing discomfort for growth, and seeking a 'calling' rather than just a 'career.' It emphasizes translating one's inner drive into action and contributing to a harmonious future.

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

Lex Fridman

Science & Technology5 min read139 min video

Sep 1, 2023|1,691,680 views|17,717|2,194

agi ai ai podcast artificial intelligence artificial intelligence podcast lex ai lex fridman lex jre lex mit lex podcast mit ai neri oxman

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TL;DR

Neri Oxman discusses designing and building with nature, integrating biology, art, and engineering.

Key Insights

Nature possesses a wisdom beyond intelligence that humans are striving to understand and leverage through technology.

The concept of 'material ecology' aims to design products as if they are grown, integrating them seamlessly with the biosphere.

Oxman's work spans from micro-scale molecular design to building-scale architectural projects, focusing on computational design, synthetic biology, and digital fabrication.

The company OXMAN seeks to grow everything, from products to possibly even housing, by working with nature rather than against it.

Empowerment and emergence are key concepts, exploring how technology can augment natural organisms and enable new behaviors and forms.

Beauty is defined as agency, and imperfection is essential to nature and creation, signifying movement, journey, and connection.

THE UNIVERSE AS A DESIGNER AND THE RISE OF ANTHROPOMASS

Neri Oxman views the universe and nature as intricate designers. She defines nature as everything not produced by humankind, emphasizing a deep, often forgotten, connection between humans and the natural world. This connection has been severed by the very products humanity has designed. Oxman highlights the critical year 2020, when 'anthropomass'—the total mass of human-created objects like plastics, buildings, and infrastructure—exceeded all biomass on Earth. This realization of imbalance serves as a crucial turning point, motivating a return to synergy between nature and humans.

MATERIAL ECOLOGY: GROWING THE FUTURE

Oxman's core philosophy is 'material ecology,' proposing that all materials and designed objects should be considered part of a broader ecology and have a positive impact. This vision extends to 'growing everything,' imagining worlds where products like iPhones or cars are grown rather than built. The ultimate goal is to reach a state where human creations augment and heal nature, creating a seamless integration where grown and made are indistinguishable, and designed objects actively benefit the environment.

AUGMENTING NATURE WITH COMPUTATIONAL POWER AND LARGE MOLECULE MODELS

By leveraging advancements in computational power and bandwidth, Oxman's work explores augmenting nature's inherent wisdom. This involves developing 'large molecule models,' analogous to large language models, to understand and potentially interface with nature's 'language.' The aim is to give nature access to vast computational resources, enabling it to make decisions, adapt, and thrive more effectively, potentially leading to better crops, increased biodiversity, and nature's ability to heal itself.

HERO ORGANISMS AND COMPUTATIONAL TEMPLATING

Oxman's past work, notably the Mediated Matter group at MIT, focused on 'bio-based design' using organisms like silkworms and bees. She coined 'hero organism' for the biological systems driving creation. Through 'computational templating,' she guides these organisms to create complex structures, like silk pavilions, by manipulating environmental and physical templates. This approach involves an intricate dance between nature and technology, moving beyond simple material use to co-creation and exploring the potential for emergent behaviors when organisms interact with technological interfaces.

HYBRID LIVING MATERIALS AND DESIGNING FOR REINCARNATION

A significant area of research involves 'hybrid living materials' (HLMs), created through processes like using E. coli to produce pigments for 'death masks.' This work explores 'designing for reincarnation,' where products are entirely biodegradable, starting from carbon sources like CO2 or wastewater and ending with edible outputs or materials that naturally return to the soil. The philosophy emphasizes a win-win synergy where the organism flourishing leads to the creation of beneficial products, moving away from disposable consumerism towards a circular, regenerative model.

EMPOWERMENT, EMERGENCE, AND THE ETHICS OF DESIGN

Oxman distinguishes between empowerment, which has directionality, and emergence, which can be multidirectional. Her work seeks to empower natural systems, enabling emergence and agency, but always with an ethical framework. She advocates against genetically modifying organisms like silkworms, emphasizing working with their natural capabilities. For bacteria, she sees greater potential for directed evolution and augmentation, always balancing technological advancement with a deep respect for the organism and the environment, questioning the ultimate trajectory of AGIs and their role alongside nature.

THE TIME SCALE OF NATURE AND THE FUTURE OF DESIGN

A crucial insight is that nature operates on vastly different time scales than human industrial processes. Oxman emphasizes that understanding and respecting these slow, natural rhythms is vital for meaningful design. This necessitates a paradigm shift from short-term capitalist models to longer-term visions, potentially spanning centuries. The future of design lies in embracing this temporal dimension, creating products and systems that exist in harmony with natural cycles, fostering mutualism and symbiosis between humanity and the biosphere.

COMMUNICATION, CONNECTION, AND THE LANGUAGE OF LIFE

Oxman explores the 'language' of nature, whether through molecular signals emitted by plants or pheromones used by bees. Her work aims to decode these languages to enable communication and deeper connection. She posits that understanding these natural communication systems could revolutionize fields like precision agriculture and lead to truly functional fragrances that interact with their environment. The ultimate goal is to facilitate dialogues with nature, understanding its needs and desires, moving from human-centric design to a more collaborative, interspecies approach.

BEAUTY, AGENCY, AND EMBRACING IMPERFECTION

Beauty, for Oxman, is intrinsically linked to agency—the capacity for an entity to act independently and make choices. She embraces imperfection, drawing parallels to the Japanese aesthetic of 'wabi-sabi,' as a sign of nature, movement, and interconnectedness. Flaws in nature and humans provide increased surface area for connection, vulnerability, and ultimately, love. This perspective challenges the pursuit of sterile perfection, advocating instead for designs and relationships that grow, adapt, and embody the dynamic, evolving nature of life.

LOVE, GRATITUDE, AND THE CREATIVE PROCESS

Drawing inspiration from figures like Einstein and Tolstoy, Oxman underscores love as a fundamental force shaping the universe and human connection. Her creative process involves embracing vulnerability, letting go of control, and suspending disbelief to explore new possibilities. This, combined with a deep sense of gratitude and presence, allows for creative solitude and the integration of timeless concepts with timely technologies, ultimately leading to novel insights and a holistic approach to design and life.

ADVICE FOR THE NEXT GENERATION

Oxman advises young people to think of their path not as a career, but as a 'calling'—an intrinsic drive that transcends profession. She emphasizes the importance of learning from within, seeking internal value over external markers of success. Key lessons include embracing discomfort as essential for growth, surrounding oneself with intelligent individuals, maintaining a sense of wonder, speaking one's truth, and understanding the profound difference between joy and happiness. She advocates for a holistic integration of life, work, and love, fostering a future built on synergy, substance, and vulnerability.

Mentioned in This Episode

●Products

●Software & Apps

●Companies

●Organizations

●Books

●Concepts

●People Referenced

Common Questions

Neri Oxman defines nature as everything that is not 'anthropomass' – things not produced by humankind. This includes birds, rocks, fungi, elephants, and whales, among other natural elements.

Topics

Bio-inspired Design Computational Design Material Ecology Human-Nature Synergy Biodegradable Materials Directed Evolution Plant Communication Architectural Design

Mentioned in this video

conceptAnthropomass

A term for the collective mass of all human-made products and infrastructure, which surpassed global biomass in 2020.

organizationMediated Matter Group

Neri Oxman's former research group at MIT, dedicated to bio-based design and the synergy between nature and culture.

bookThe Sheltering Sky

A book mentioned for its quote about appreciating the full moon and living a meaningful life by being present.

personMichael Levin

A scientist who discusses 'gentle material that has agency,' a concept similar to emergence post-templating.

conceptHybrid Living Materials (HLMs)

A new class of materials created through projects like Vespers, paving the way for bio-fabricated products.

personLeonard Bernstein

A composer and conductor, mentioned as inspiration for creative solitude.

conceptMaterial Ecology

A concept coined by Neri Oxman in 2005, proposing that all materials should be considered part of the ecology and have a positive impact.

personRon Milo

A professor from the Weizmann Institute who defined 'anthropomass' and identified 2020 as the year it exceeded biomass.

productVespers Death Masks

A project creating death masks based on biology and legacy, using E. coli to produce pigmented patterns and introducing the concept of Hybrid Living Materials.

personPaul Antonelli

An incredible mentor, mentioned in relation to the Silk Pavilion being exhibited at the Museum of Modern Art.

conceptLarge Molecule Models

A concept analogous to Large Language Models, proposed for quantifying and understanding the language of nature across all kingdoms of life.

productKuka arm

A six-axis robotic arm used for emulating processes computationally, in this case, silkworm cocoon spinning.

bookParticle Fever

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