Dec 24, 2018 · 12m · a16z

Nature as Technology

James Rogers · 11m spoken
0:00 / 0:00
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gold bands on the timeline = statements, start to end. Hover to read, click to jump. CC turns on captions

At the a16z Summit, Apeel Sciences CEO James Rogers demonstrates how 3.8 billion years of biological evolution can inspire groundbreaking, sustainable technologies across major industrial sectors including fashion, energy, and agriculture. By replicating natural designs such as plant cuticles to extend produce shelf life, Apeel demonstrates how integrating biological concepts can transition humanity into a sustainable new material age.

How this conversation actually went

Every chapter scored 0–10 on four independent dynamics. Hover any point for the reasoning behind the score. How this is scored →

The host as informed peer 0.0 Guest teaching 0.0 Guest disagreement 0.0 The host pushing back 0.0
05100:0010:000:31–3:03 · The host as informed peer 0/10 Working With Nature and the Scale of Biological Innovation This monologue segment features the founder introducing biological scale and natural innovation without host involvement. Per rules for monologue transcripts, all host-side metrics remain at zero while the speaker presents keynote concepts.3:03–5:40 · The host as informed peer 0/10 Structural Color in Nature: Butterfly Wings and Sustainable Fashion The presenter delivers an uninterrupted talk on structural butterfly coloration and shark skin fluid dynamics. Host engagement metrics are zero given the absence of host interaction.5:40–9:17 · The host as informed peer 0/10 Cellular Energy and Reusable Systems: Photosynthesis and Molecular Rotors The guest details molecular rotors and plant cutin evolution to explain Apeel's core technology. Because this is a single-speaker keynote monologue, host-side scores remain at zero.9:17–12:39 · The host as informed peer 0/10 Demonstrating Efficacy: Produce Preservation Time-Lapses The segment concludes the talk with produce preservation case studies. Without active host participation, scores across all interactive axes remain minimal.0:31–3:03 · Guest teaching 0/10 Working With Nature and the Scale of Biological Innovation This monologue segment features the founder introducing biological scale and natural innovation without host involvement. Per rules for monologue transcripts, all host-side metrics remain at zero while the speaker presents keynote concepts.3:03–5:40 · Guest teaching 0/10 Structural Color in Nature: Butterfly Wings and Sustainable Fashion The presenter delivers an uninterrupted talk on structural butterfly coloration and shark skin fluid dynamics. Host engagement metrics are zero given the absence of host interaction.5:40–9:17 · Guest teaching 0/10 Cellular Energy and Reusable Systems: Photosynthesis and Molecular Rotors The guest details molecular rotors and plant cutin evolution to explain Apeel's core technology. Because this is a single-speaker keynote monologue, host-side scores remain at zero.9:17–12:39 · Guest teaching 0/10 Demonstrating Efficacy: Produce Preservation Time-Lapses The segment concludes the talk with produce preservation case studies. Without active host participation, scores across all interactive axes remain minimal.0:31–3:03 · Guest disagreement 0/10 Working With Nature and the Scale of Biological Innovation This monologue segment features the founder introducing biological scale and natural innovation without host involvement. Per rules for monologue transcripts, all host-side metrics remain at zero while the speaker presents keynote concepts.3:03–5:40 · Guest disagreement 0/10 Structural Color in Nature: Butterfly Wings and Sustainable Fashion The presenter delivers an uninterrupted talk on structural butterfly coloration and shark skin fluid dynamics. Host engagement metrics are zero given the absence of host interaction.5:40–9:17 · Guest disagreement 0/10 Cellular Energy and Reusable Systems: Photosynthesis and Molecular Rotors The guest details molecular rotors and plant cutin evolution to explain Apeel's core technology. Because this is a single-speaker keynote monologue, host-side scores remain at zero.9:17–12:39 · Guest disagreement 0/10 Demonstrating Efficacy: Produce Preservation Time-Lapses The segment concludes the talk with produce preservation case studies. Without active host participation, scores across all interactive axes remain minimal.0:31–3:03 · The host pushing back 0/10 Working With Nature and the Scale of Biological Innovation This monologue segment features the founder introducing biological scale and natural innovation without host involvement. Per rules for monologue transcripts, all host-side metrics remain at zero while the speaker presents keynote concepts.3:03–5:40 · The host pushing back 0/10 Structural Color in Nature: Butterfly Wings and Sustainable Fashion The presenter delivers an uninterrupted talk on structural butterfly coloration and shark skin fluid dynamics. Host engagement metrics are zero given the absence of host interaction.5:40–9:17 · The host pushing back 0/10 Cellular Energy and Reusable Systems: Photosynthesis and Molecular Rotors The guest details molecular rotors and plant cutin evolution to explain Apeel's core technology. Because this is a single-speaker keynote monologue, host-side scores remain at zero.9:17–12:39 · The host pushing back 0/10 Demonstrating Efficacy: Produce Preservation Time-Lapses The segment concludes the talk with produce preservation case studies. Without active host participation, scores across all interactive axes remain minimal.

speaking balance: gold is the host, purple is the guest (3 minute bins)

0:00 · the host 0% · guest 100%0:00 · the host 0% · guest 100%3:00 · the host 0% · guest 100%3:00 · the host 0% · guest 100%6:00 · the host 0% · guest 100%6:00 · the host 0% · guest 100%9:00 · the host 0% · guest 100%9:00 · the host 0% · guest 100%12:00 · the host 0% · guest 100%12:00 · the host 0% · guest 100%
Sharpest disagreement ▶ 11:10 Critique of space colonization vs terrestrial solutions

The presenter mildly pushes back against space-colonization advocates by arguing humanity should instead focus on optimizing natural earth-bound resources.

Hardest push from the host ▶ 2:15 Rejecting human-centric novel solution design

The speaker rejects the premise that engineers must create entirely new synthetic solutions when nature already holds billions of years of answers.

Biggest teaching moment ▶ 3:40 Demonstrating structural color mechanism

The guest educates the audience on how butterfly wings reflect light structurally without relying on organic pigments or synthetic chemical dyes.

The host holds their own ▶ 11:20 Historical classification of human ages through materials

The guest draws on deep material science expertise to contextualize modern technology within historical ages such as the Bronze, Iron, and Silicon ages.

the scores for every segment, with the reasoning behind each
ChapterTopicThe host as informed peerGuest teachingGuest disagreementThe host pushing backWhy
Working With Nature and the Scale of Biological Innovation 0000 This monologue segment features the founder introducing biological scale and natural innovation without host involvement. Per rules for monologue transcripts, all host-side metrics remain at zero while the speaker presents keynote concepts.
Structural Color in Nature: Butterfly Wings and Sustainable Fashion 0000 The presenter delivers an uninterrupted talk on structural butterfly coloration and shark skin fluid dynamics. Host engagement metrics are zero given the absence of host interaction.
Cellular Energy and Reusable Systems: Photosynthesis and Molecular Rotors 0000 The guest details molecular rotors and plant cutin evolution to explain Apeel's core technology. Because this is a single-speaker keynote monologue, host-side scores remain at zero.
Demonstrating Efficacy: Produce Preservation Time-Lapses 0000 The segment concludes the talk with produce preservation case studies. Without active host participation, scores across all interactive axes remain minimal.

Statements from this episode (2)

Insight
James Rogers: Breakthrough technology will come from nature, not isolated invention
“And the way that we are going to be able to build new things, we believe, is not by Trying to come up with entirely new solutions on our own, but by rather figuring out how to ask nature the questions, which it has already spent, it's already got a 3.8 billion…”
James Rogers Dec 24, 2018 ▶ 2:37
Prediction Open · timeframe Dec 2048
Humanity needs 70% more food and 55% more water within 30 years
“We're gonna add a lot more people to this planet in the next 30 years. And if we continue to do things using the systems that humans have evolved, we're gonna need 70% more food, and we're gonna need 55% more fresh water.”
James Rogers Dec 24, 2018 ▶ 10:53
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