Joe Rogan Experience #2301 - Ben Lamm

Joe Rogan Experience #2301 - Ben Lamm

The Joe Rogan ExperienceApr 7, 20252h 57m

Ben Lamm (guest), Narrator, Joe Rogan (host), Narrator, Narrator, Narrator

Colossal Biosciences’ mission: de‑extinction, species preservation, and synthetic biologyTechnical process of reconstructing extinct genomes and editing living relativesShowcase projects: woolly mammoth, thylacine (Tasmanian tiger), dodo, red wolf, dire wolfWoolly mice, cloned red wolves, and lab‑created dire wolves as proof‑of‑conceptsEcological rewilding, trophic cascades, and invasive species control (wolves, cane toads, cats)Ethics and politics of genetic engineering, conservation policy, and government inertiaFuture tech implications: artificial wombs, human gene editing, longevity, and global bio‑competition

In this episode of The Joe Rogan Experience, featuring Ben Lamm and Narrator, Joe Rogan Experience #2301 - Ben Lamm explores inside Colossal: De-Extinction, Dire Wolves, And Rewriting Evolution’s Future Joe Rogan interviews Ben Lamm, CEO and co‑founder of Colossal Biosciences, a company focused on de‑extinction and species preservation using synthetic biology, AI, and advanced gene editing.

Inside Colossal: De-Extinction, Dire Wolves, And Rewriting Evolution’s Future

Joe Rogan interviews Ben Lamm, CEO and co‑founder of Colossal Biosciences, a company focused on de‑extinction and species preservation using synthetic biology, AI, and advanced gene editing.

Lamm explains how they reconstruct ancient genomes from degraded DNA, compare them to living relatives, and use tools like CRISPR to engineer animals with extinct traits—demonstrated by woolly mice, cloned red wolves, and newly created dire wolves.

They discuss the ecological rationale for de‑extinction (e.g., mammoths in Arctic ecosystems, thylacines in Tasmania, toxin‑resistant marsupials in Australia) and the parallel development of tools like artificial wombs and plastic‑eating microbes.

Throughout, they confront ethical, ecological, and geopolitical questions about “playing God,” regulatory lag, potential misuse by other nations, and how far humanity should go in redesigning life and even ourselves.

Key Takeaways

De‑extinction is now technically feasible for some species using existing tools.

By assembling fragmented ancient DNA, aligning it with a close living relative, and editing key genes that control traits like hair, fat, size, and skull shape, Colossal can create living animals that are functionally equivalent to extinct species (e. ...

The same technologies used for “Jurassic Park–style” projects can directly aid conservation today.

Colossal is cloning critically endangered red wolves from blood samples, engineering marsupials to resist cane toad toxins, building population genomic maps for bison, and open‑sourcing tools so zoos and governments can clone or genetically rescue species without invasive tissue sampling.

Ecological impact modeling is central: the goal is functional de‑extinction, not just spectacle.

For mammoths, thylacines, and wolves, Colossal works with ecologists, indigenous groups, and governments to model how restored predators or megafauna would affect vegetation, prey species, disease dynamics, and landscape processes—aiming to replicate lost ecological roles rather than simply resurrect “cool animals.”

Ethical and philosophical debates hinge on the concept of “species” itself.

Lamm argues that speciation is a human construct with inconsistent definitions (genetic, reproductive, geographic, morphological), so insisting a gene‑edited mammoth or dire wolf “isn’t really one” is more philosophy than science—what matters ecologically is function, behavior, and phenotype.

Government processes and ideology are major bottlenecks compared to the science.

In one example, U. ...

Synthetic biology, paired with AI and future computing (e.g., quantum), is as transformative—and risky—as AI itself.

Colossal’s work shows how precisely we can now rewrite genomes (single‑nucleotide edits, multiplex editing at scale, artificial wombs, environment‑specific enzymes), while China and others are aggressively biobanking and studying human genetic traits like intelligence, raising geopolitical and eugenic concerns.

Public fascination and kids’ curiosity are powerful drivers for funding and cultural acceptance.

Investor interest (e. ...

Notable Quotes

We’re the world’s first de‑extinction and species preservation company.

Ben Lamm

It’s not just a mammoth question, it’s a software and AI problem—assembling a shitty jigsaw puzzle where you don’t know what the box looks like.

Ben Lamm

You guys made three dire wolves. That’s not moderately bold. That’s one of the craziest things a human has ever done.

Joe Rogan

Speciation is a human construct—we’re trying to impose a rock definition on something that flows more like a river.

Ben Lamm

Synthetic biology is like discovering fire. You can’t put the genie back in the bottle, and it will end up in nefarious hands too.

Ben Lamm

Questions Answered in This Episode

Where should we draw the ethical line between restoring lost ecosystems and creating entirely novel life forms for human purposes?

Joe Rogan interviews Ben Lamm, CEO and co‑founder of Colossal Biosciences, a company focused on de‑extinction and species preservation using synthetic biology, AI, and advanced gene editing.

How do we design global governance or safeguards so that powerful genetic engineering tools aren’t misused by states or private actors?

Lamm explains how they reconstruct ancient genomes from degraded DNA, compare them to living relatives, and use tools like CRISPR to engineer animals with extinct traits—demonstrated by woolly mice, cloned red wolves, and newly created dire wolves.

If functional de‑extinction becomes routine, should society prioritize bringing back human‑driven extinctions or focus solely on preventing current biodiversity loss?

They discuss the ecological rationale for de‑extinction (e. ...

What are the long‑term consequences—ecological, cultural, and psychological—of humans directly designing apex predators and megafauna that will outlive us?

Throughout, they confront ethical, ecological, and geopolitical questions about “playing God,” regulatory lag, potential misuse by other nations, and how far humanity should go in redesigning life and even ourselves.

As tools like artificial wombs and embryo‑level genome editing mature, how do we prevent a slide from medical use (disease prevention) into consumer eugenics (designer traits)?

EVERY SPOKEN WORD

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