Joe Rogan has never been one to shy away from unconventional ideas, and his latest musings on human genetics might be among his most thought-provoking yet.
During a recent conversation on American Alchemy with Jesse Michels, the podcast host and UFC commentator explored whether elite athletes might be passing down more than just physical traits to their children. He said they were potentially transmitting encoded “information” through their genes.
The discussion began with Rogan reflecting on his own children’s surprising aptitude for martial arts. “My kids excelled in martial arts when I took them to martial arts class when they’re little,” Rogan explained. “Like right away I was like this is kind of crazy. Like why are you better at this than other kids in your class? Well, it’s probably because that was my whole life, and it’s like encoded in my genes.”
This observation led Rogan to a broader question: What exactly is being passed down through genetics?
“I wonder what else you got from my genes. I wonder if you got any information from me,” he pondered. The concept challenges conventional understanding of genetic inheritance, suggesting that skills, experiences, or even knowledge might somehow be embedded in our DNA and transmitted across generations.
Rogan pointed to children of elite athletes as further evidence. “You see that with like children of elite athletes too. Like why are they so good? Well, it could be just genes. Well, what is that genes? What kind of information is being passed on?” His questions touch on mysteries that science is only beginning to explore.
The conversation took an even more speculative turn when Rogan introduced the work of controversial biologist Rupert Sheldrake and his theory of “morphic fields”—the idea that there exists a kind of collective memory that organisms can tap into.
Rogan cited the famous example of rats learning mazes: “If you teach a rat how to navigate a maze on the east coast, on the west coast they now do it faster.” This phenomenon, if real, suggests information might be shared across space and time in ways we don’t yet understand.
Rogan also referenced the “Bannister effect,” named after Roger Bannister, who broke the four-minute mile barrier in 1954. “Roger Bannister breaks a 4-minute mile. 10 people do it after him in 2 and 1/2 years,” Rogan noted.
The implication is that once a barrier is broken, knowledge of its possibility somehow spreads—whether through culture, psychology, or potentially something more fundamental.
While Rogan acknowledged these ideas remain largely speculative, he expressed conviction that human genetics and consciousness contain far more complexity than mainstream science currently recognizes. “There’s probably a lot more to consciousness and to memory and to genes than we’re aware of, you know, and we’re learning. We’re learning all the time,” he said.
