I've PROVEN This Food Keeps You Young & This Oil Reduces Inflammation by 85%! Bryan Johnson

Johnson frames sleep as “the single most important thing any human does on any given day,” arguing that sleep deprivation is physiologically equivalent to alcohol intoxication. He achieved six months of 100% sleep scores using strict bedtimes (8:30 pm), early final meals (around 11 am), and designing his life around sleep, not vice versa. He stresses the difference between believing sleep matters and actually reorganizing your schedule, social life, and identity (e.g., leaving events early, refusing late meals) around it.

Johnson sees humans as “self-deception machines” who over-trust narratives about themselves. His approach is to numerically model phenomena—like sleep quality, aging speed, NAD levels, erectile function, and brain patterns—instead of relying on feelings or cultural stories. Tools he cites include wearables (Whoop) for sleep and HRV, epigenetic aging blood tests, erection trackers for nighttime erectile quality, MRI for muscle and fat, and Kernel’s brain helmet for neural patterns.

Johnson allocates ~15% of his daily calories to verified high‑polyphenol EVOO, calling it “the super of superfoods.” Citing studies, he claims daily intake (~30–60 ml) can: reduce invasive breast cancer risk by >60%, cut post‑meal blood glucose by ~60%, and reduce oxidized LDL (a highly damaging particle) by ~80%. He emphasizes that most supermarket olive oils don’t meet the polyphenol and quality thresholds and thus likely don’t confer these benefits, which is why he built a vetted supply chain and product.

Johnson criticizes NAD+ drips as a classic example of wellness theater: expensive, impressive‑looking, but not matched to pharmacokinetics or measured outcomes. His team measures intracellular NAD and has tested NMN and NR orally, twice daily, to maintain his NAD at an estimated ‘18‑year‑old’ level. Without sustained elevation (and without measuring your own levels), he suggests NAD drips are more marketing than medicine.

He uses a ring‑style device to quantify nighttime erections—frequency, duration, and rigidity—linking them to cardiovascular, psychological, and sexual health. His current average is ~2 hours 12 minutes of nocturnal erection time; he estimates ~3.5 hours would correspond to an 18‑year‑old profile. He’s pairing this measurement with focused shockwave therapy to the penis (a painful acoustic treatment already used in orthopedics and erectile dysfunction) and reports a subjectively ‘15 years younger’ penis, though he stresses the need for more objective data.