Interview, Fireside Chat
Neri Oxman: Biology, Art, and Science of Design & Engineering with Nature | Lex Fridman Podcast #394
- Core Mission of Oxman: The company aims to revolutionize design and construction by merging synthetic biology, material science, robotics, and computational design to create products that are "grown" rather than "built," eliminating the dichotomy between the technosphere and the biosphere.
- Anthropomass Milestone: In 2020, the total biomass of human-made materials (anthropomass) exceeded the total biomass of all living organisms (biomass) on Earth, a critical inflection point necessitating a shift toward designs that augment rather than dominate nature.
- Material Ecology Concept: Coined by Neri Oxman in 2005, this framework treats all materials as part of the ecology, seeking a "Turing test" where growing an iPhone or car is more beneficial for nature than the absence of such objects.
- Large Molecule Models (LMMs): The company is developing computational tools analogous to Large Language Models but designed to decode the "language" of nature across all five kingdoms of life to increase information scale and decrease entropy.
- Nature's Objective Function: Oxman posits that nature's fundamental drive is to increase information while decreasing entropy; the company's role is to provide nature with high-bandwidth interfaces (comparable to the 11.5 quintillion times increase in human memory) to allow it to optimize these goals.
- The "iPhone for Nature": A key research direction involves creating a bidirectional interface between nature and computational systems, allowing organisms to receive environmental data (e.g., smoke detection) and potentially self-optimize without top-down human control.
- End-to-End Product Lifecycle: Oxman is developing the world's first entirely biodegradable, biocompatible, and biorenewable product that starts with carbon capture (CO2, methane, or wastewater) and ends with a wearable item that, upon disposal, nourishes the soil to grow an edible fruit plant.
- Synthetic Biopy: The "Hero Organism" Strategy: The company moves beyond relying on single organisms (like mycelium or E. coli) to view organisms as "hero organisms" in a symphony, utilizing computational templating to guide diverse biological agents (silkworms, bees, bacteria) without genetic modification of the organisms themselves.
- Silkworm Pavilion Innovation: In a departure from the silkworm's solitary nature, Oxman used environmental and physical templating (heat, light, soluble meshes) to induce a collective, swarm-like behavior in 17,532 silkworms, creating a 6-meter dome that mimics the structural properties of a single cocoon.
- Synthetic Apiary & Space Mission: The team engineered a "synthetic apiary" to maintain bee populations through winter hibernation in urban environments and successfully sent a mini bio-lab with bees to space on a Blue Origin New Shepard mission; the bees returned alive, reproductive, and capable of building comb, proving the viability of a life-support system for insects.
- Vespers Project: A platform for "hybrid living materials" (HLMs) using E. coli to create pigmented death masks, where chemical signals embedded in the printer resin interact with bacteria at 20-micron resolution to grow fractal patterns, bridging the gap between surface design and volume-based biological life.
- High-Throughput Directed Evolution: The new Oxman lab features specialized "capsules" designed as biodiversity chambers to stress organisms with precise environmental variables (light, humidity, temperature) to evolve crops, materials, and foods, effectively creating a "time capsule" for testing future environmental conditions.
- Plant Communication Interface: The company is developing "functionalized fragrances" that act as molecular interfaces to communicate with plants (e.g., tricking a rose garden into emitting 4 a.m. scents), aiming to translate plant molecular distress signals (Green Leaf Volatiles) into actionable data for precision agriculture.
- Ethical Stance on Genetic Modification: Oxman explicitly rejects transgenic modification for macro-organisms like silkworms due to the ethical implications of breeding animals solely for human service, while remaining open to utilizing bacteria and microbes that have not been subject to such domestication constraints.
- The Role of Imperfection: Oxman argues that beauty is intrinsically linked to agency and imperfection; flaws are viewed as necessary "surface area" for connection and community, rejecting the sterile perfection of industrial design in favor of the "wabi-sabi" aesthetic of nature.
- Redefining Career as Calling: Oxman advises young professionals to abandon the concept of a "career" (imposed and external) in favor of a "calling" (innate, internal, and directionally driven), emphasizing that growth requires intentional discomfort and vulnerability.
- Love as Universal Force: The conversation concludes with the assertion that love, as described by Einstein, is the fundamental force shaping the universe, serving as the bridge between human agency, biological wisdom, and the potential for a future where technology and nature co-evolve.
- Timeline for Public Reveal: First renditions of Oxman's work are scheduled to be shared in October, with a lab invitation set for February.