The Wake-Up
My alarm goes off at 5:00 AM. Not because I'm a productivity evangelist — because I take rapamycin every Thursday morning, and it needs to be taken on a consistent schedule with food exactly 90 minutes later. The timing isn't negotiable. It's protocol.
The first thing I do is check my Oura Ring sleep data. Last night: 7 hours 22 minutes, with 1 hour 48 minutes of deep sleep and a resting heart rate of 52 bpm. These aren't vanity metrics — they're leading indicators. When deep sleep drops below 90 minutes for three consecutive nights, I adjust. Poor sleep degrades insulin sensitivity within 48 hours, which directly undermines everything the rapamycin is trying to accomplish at the mTOR pathway level.
I don't touch my phone for the first 30 minutes. Cortisol peaks naturally 30–45 minutes after waking — flooding your system with cortisol via doom-scrolling before it's even crested is a terrible way to start a day you're trying to optimize. Instead: bathroom, weigh myself (138 lbs, stable for 4 months), and drink 500ml of water with a pinch of sea salt. Eight hours of sleep leaves you dehydrated. Fixing that is step one.
Zone 2 Cardio — The Foundation Layer
At 5:30 AM, I'm on my stationary bike. Today is a Zone 2 day — 45 minutes at 60–70% of max heart rate. For me, that's 121–137 bpm. I wear a chest strap because wrist-based optical sensors are unreliable above 120 bpm, and if I drift into Zone 3, I lose the mitochondrial benefit I'm chasing.
Why Zone 2 before anything else? Peter Attia calls it "the base of the longevity pyramid," and the data backs him up. Zone 2 training increases mitochondrial density and efficiency — your cells literally produce more energy per unit of oxygen. A 2023 meta-analysis in the British Journal of Sports Medicine found that cardiorespiratory fitness, measured by VO2 max, is the single strongest predictor of all-cause mortality — stronger than smoking, diabetes, or hypertension. Zone 2 is how you build that base.
I finish with a 3-minute cold shower — 55°F. The evidence for cold exposure is thinner than the Zone 2 data, but the subjective effect is undeniable: within 60 seconds, my alertness sharpens. Norepinephrine spikes 200–300%, per a 2020 study in the European Journal of Applied Physiology. I'll take the acute cognitive boost even if the longevity claims remain unproven.
Breakfast — Meal One
6:45 AM. Exactly 90 minutes post-wake. This timing is deliberate: I want to eat after the cortisol peak has crested but before my body starts producing reactive hypoglycemia. I've tested this extensively with my Levels CGM — eating at 60 minutes produces a sharper glucose spike; eating at 120 minutes causes a dip before the meal arrives.
Today's breakfast: three pasture-raised eggs scrambled in extra-virgin olive oil, half an avocado, a handful of sautéed kale with broccoli sprouts, and black coffee. Total: roughly 450 calories, 28g protein, 32g fat (mostly monounsaturated), 12g carbs.
The broccoli sprouts aren't decoration — they're the richest dietary source of sulforaphane, which activates the NRF2 pathway and upregulates endogenous antioxidant production. I grow them on my kitchen counter in mason jars. Cost: about $0.30 per serving. Compare that to the $60 NRF2 supplement bottles that contain a fraction of the active compound. The eggs provide choline (critical for methylation) and the avocado delivers fat-soluble nutrient absorption. This meal is engineered, not assembled.
Supplement Protocol — The Rapamycin Stack
This is the core of the day. At 7:30 AM, I take my supplement stack — the supporting cast to rapamycin's lead role. Everything here has a specific mechanism and an evidence tier:
Rapamycin (6mg, weekly — today is Thursday): An mTOR inhibitor originally developed as an immunosuppressant for organ transplant patients. At low, intermittent doses, it appears to slow cellular aging by inhibiting mTORC1 — the master growth pathway that, when chronically activated, drives senescence, inflammation, and cancer. The Interventions Testing Program at the NIA showed rapamycin extends lifespan in mice by 9–14% even when started late in life. The PEARL trial (NCT04488601) is the first major human longevity trial — results expected late 2026. Evidence tier: Promising but not yet proven in humans for longevity.
Supporting stack: Atorvastatin 10mg (ApoB reduction — proven cardiovascular risk reduction), Vitamin D3 5,000 IU + K2 200mcg (most adults are deficient; K2 prevents arterial calcification), Magnesium glycinate 400mg (involved in 600+ enzymatic reactions; glycinate form for bioavailability), Omega-3 fish oil 2g EPA/DHA (target Omega-3 Index >8%; tested semi-annually).
Deep Work — Cognitive Peak
From 9:00 to 10:30 AM, I do my most cognitively demanding work. This isn't biohacking folklore — there's solid chronobiology behind it. Cortisol and core body temperature both peak between 9–11 AM, creating the window of highest alertness and working memory capacity. A 2021 study in Cognition showed that complex analytical tasks performed during this window have 18–23% higher accuracy than the same tasks performed post-lunch.
My setup: no phone, no email, no Slack. Noise-canceling headphones with brown noise. A single cup of black coffee (caffeine peaks in blood 45–60 minutes post-consumption — I time it to hit at 9 AM). Today I'm writing a protocol review on urolithin A and mitophagy — the kind of deep analytical work that simply cannot happen after 2 PM without significant quality loss.
I follow a modified ultradian rhythm: 90 minutes of deep focus, then 30 minutes of email and administrative tasks. By 12:00 PM, I've completed the cognitively expensive portion of my day. This isn't about productivity hacking — it's about matching task difficulty to biological capacity. You don't train Zone 5 on a recovery day. You don't do analytical work at 4 PM.
Want This as a Printable Checklist?
I'll send the complete daily protocol — every time block, every dose, every timing rationale — as a one-page PDF. Free.
Lunch — Meal Two
At noon, I eat a large mixed bowl built around the Mediterranean template — the only dietary pattern with consistent, replicated longevity data across multiple cohorts (PREDIMED, Lyon Diet Heart Study, Moli-sani). Today: wild-caught salmon (4 oz, for astaxanthin and long-chain omega-3s), roasted sweet potato, mixed greens, cherry tomatoes, pumpkin seeds, and a generous pour of extra-virgin olive oil.
Total: roughly 620 calories, 35g protein, 38g fat, 32g carbs. The macro split shifts throughout the week — higher carb on strength training days, higher fat on rest days — but the template stays consistent. I'm not keto, I'm not carnivore, I'm not plant-based. I follow the evidence, and the evidence says: Mediterranean pattern, adequate protein (1.6g/kg/day minimum), minimal ultra-processed food, polyphenol-rich plants, and omega-3-rich fish at least 3x per week.
The goal isn't dietary purity. It's a pattern you can sustain for 40 years while consistently hitting your micronutrient and protein targets. Compliance beats optimization every time.
The Post-Lunch Walk — Glucose Management
At 1:30 PM, I walk for 20 minutes. Not a hike. Not a power walk. A walk. This single habit has done more for my metabolic health than any supplement I've ever taken.
The mechanism is straightforward: muscle contraction during walking activates GLUT4 transporters, which shuttle glucose into muscle cells independent of insulin. A 2022 study in Sports Medicine showed that a 15-minute post-meal walk reduces the postprandial glucose peak by 30–50% compared to sitting. I've verified this repeatedly on my CGM — a 20-minute walk after lunch typically flattens my glucose curve by 20–30 mg/dL.
Why does this matter for longevity? Because postprandial glucose spikes — even in non-diabetics — generate oxidative stress and advanced glycation end-products (AGEs). AGEs cross-link collagen, stiffening arteries and skin. They're a direct, measurable driver of biological aging. If I can blunt that spike with a 20-minute walk, that's the highest-ROI intervention in my entire day. Cost: $0. Equipment: shoes. Side effects: none.
Strength Training — The Non-Negotiable
At 3:00 PM, I lift weights. This is the second pillar of my exercise protocol, and in some ways, it's more important than the Zone 2 cardio. After age 50, adults lose 1–2% of muscle mass per year — a condition called sarcopenia. It's not cosmetic: sarcopenia predicts falls, fractures, metabolic disease, and cognitive decline. Grip strength alone is one of the strongest biomarkers for all-cause mortality, rivaling blood pressure and smoking status.
Today is upper body: barbell bench press (4×6 at 70% 1RM), dumbbell rows (3×8), overhead press (3×8), face pulls (3×12), and bicep curls (2×12). Total session: 50 minutes including warm-up. I track every set in a spreadsheet. Progressive overload — adding weight or reps each week — is the only proven mechanism for continued muscle adaptation.
Post-workout: a protein shake with 35g whey isolate and 5g creatine monohydrate. Creatine is one of the most studied supplements in existence — over 500 peer-reviewed papers. Beyond muscle, it shows consistent benefits for cognitive function and emerging evidence for bone density in postmenopausal women. The dose: 5g daily, no loading phase, no cycling. It's $0.10 per day and it works.
Dinner — Meal Three
At 6:00 PM, I eat my final meal. Tonight: grass-fed beef liver (2 oz — nature's multivitamin, packed with retinol, B12, copper, and folate), roasted Brussels sprouts with balsamic glaze, a small portion of white rice, and a side of kimchi for probiotics.
I know — liver is polarizing. But gram for gram, it's the most nutrient-dense food on earth, and I've come to appreciate the taste. The 2 oz serving gives me more bioavailable vitamin A, B12, and copper than any supplement bottle on the market. The Brussels sprouts provide sulforaphane precursors and fiber for gut microbiome diversity. The rice is there because I train in the afternoon and benefit from the glycogen replenishment. And the kimchi? A 2023 study in Nature Microbiology showed that fermented food intake increases microbiome diversity and reduces inflammatory markers — IL-6, IL-10, and CRP.
Total dinner: approximately 520 calories, 38g protein, 22g fat, 42g carbs. I stop eating by 6:45 PM, giving me a 10.5-hour overnight fast. Not aggressive intermittent fasting — just enough to allow post-absorptive metabolism and early-stage autophagy before sleep.
Evening Wind-Down Protocol
At 8:30 PM, the wind-down begins — and this is where most longevity routines fall apart. You can optimize every morning habit perfectly, but if you're staring at blue light until midnight, none of it matters. Sleep is the foundation. Full stop.
8:30 PM: screens off. Phone goes on the charger in another room. Not on the nightstand — in the kitchen. This single change increased my deep sleep by an average of 22 minutes per night, tracked over 90 days on my Oura Ring. The temptation to check one more thing is eliminated by physical distance.
8:45 PM: glycine (3g) in warm water. Glycine lowers core body temperature — a prerequisite for sleep onset — and a 2021 meta-analysis in Sleep Medicine Reviews found it improves subjective sleep quality in 7 of 9 RCTs. 9:00 PM: magnesium glycinate (200mg) and apigenin (50mg, from chamomile extract). Both are mild anxiolytics that reduce sleep latency without the dependency profile of pharmaceuticals.
The bedroom: 65°F (the thermoneutral zone for sleep, per the Sleep Foundation), blackout curtains, and a white noise machine at 45 dB. I read a physical book under a red-light lamp for 20–30 minutes. Red wavelengths (>620nm) don't suppress melatonin — confirmed by a 2019 study in Journal of Pineal Research.
Lights Out — Sleep
At 10:00 PM, lights out. My target: 7–7.5 hours of actual sleep (not time in bed). This means I need to be asleep by 10:15 PM at the latest, which is why the 8:30 PM wind-down is non-negotiable.
Sleep is when the body does its deepest maintenance work: glymphatic clearance of beta-amyloid and tau proteins (the plaques associated with Alzheimer's), growth hormone release for tissue repair, memory consolidation, and immune system regulation. A 2023 study in Nature Aging found that adults averaging fewer than 6 hours of sleep had a 30% higher risk of developing dementia over a 25-year follow-up. No supplement, no drug, no intervention can compensate for chronic sleep deprivation.
The rapamycin I took this morning is now doing its work at the cellular level — inhibiting mTORC1, promoting autophagy, clearing out damaged proteins and organelles. It won't produce visible effects for months. But the biological clock is patient, and so am I. Lights out. Tomorrow, the cycle begins again.
This routine isn't about hacking aging — it's about refusing to let it happen by default. Every time block is a decision to be intentional about the biology I'll inhabit for the next 50 years.
Closing Reflection
I've been living some version of this routine for just over two years. It didn't start this polished — the first iteration was a mess of conflicting advice, too many supplements, and a CGM I didn't know how to read. The current version is the product of hundreds of bloodwork panels, dozens of adjusted variables, and the slow, unglamorous work of figuring out what actually moves my biomarkers versus what just feels productive.
The rapamycin is the most controversial piece, and I want to be direct about that. The human longevity data is still preliminary. The PEARL trial results aren't in. What I have is mechanistic plausibility (mTOR inhibition is one of the most conserved aging pathways across species), animal data (9–14% lifespan extension in mice), observational data from transplant patients, and my own biomarker trajectory — which has improved meaningfully since I started. My biological age, measured by TruDiagnostic's GrimAge clock, is currently 31 (chronological age: 38). My fasting glucose dropped from 94 to 82. My hsCRP is 0.4 mg/L.
This isn't a prescription. It's a documentation. I share it because radical transparency about what I do — and why — is more useful than another article telling you what you should do. Adapt what works. Ignore what doesn't. But please: get your bloodwork done first. You can't optimize what you can't measure.