The Doped Athlete and the Doped Worker: Why Capital Despises Your Biology

In May 2026, the Enhanced Games — a venture-backed sporting event in which steroids, growth hormone, and other performance-enhancing drugs are openly permitted — moved from press-release stage into actual programming. The financial backers include figures from Silicon Valley who have spent the preceding decade evangelizing biohacking and longevity. The event is presented as a revolution in honesty: doping is already happening; the Games surface it, regulate it, and treat human chemical enhancement as the next frontier of athletic achievement. The framing rests on a single assumption that almost nobody in the surrounding commentary names. The body is treated as inefficient infrastructure — a machine whose biological limits are bugs to be patched, rather than the actual organism doing the living. The reason this matters outside of sport is that the same assumption has been running in offices for twenty years. The Enhanced Games are not the radical edge of optimization culture. They are its consistent application.

How Did We Get to Biohacking and Burnout in the Same Sentence?

The cultural arc is short and traceable. In the early 2000s, the productivity literature absorbed the language of athletic training — periodization, recovery, performance metrics — and applied it to white-collar work. By the 2010s, the toolkit had widened: nootropics, smart drugs, sleep tracking, polyphasic experiments, intermittent fasting framed as cognitive sharpening. By the 2020s, the same investors funding wellness apps were funding longevity clinics, peptide protocols, and infusion bars. The throughline is consistent: extract more output from the body, by intervening on the biology rather than the environment.

The Enhanced Games are the same arc, applied to the most visible domain. The vocabulary is slightly different — anabolic agents, growth hormone, peptides — but the structural logic is identical to the morning stack on a tech founder's desk. There is a problem (biological limit). There is a product (chemical override). There is a justification (consent, optimization, the freedom to modify oneself).

What links biohacking and burnout is the part of the cycle the marketing always omits. Bruce McEwen's research on allostatic load, summarized in his foundational 1998 paper in the Annals of the New York Academy of Sciences, demonstrated that the body does not distinguish between stressors by their cultural framing. A 16-hour fast taken voluntarily for cognitive performance loads the same HPA axis as a 16-hour stretch of forced work. A sleep-restriction protocol entered willingly for productivity gain accumulates the same cognitive deficit as involuntary insomnia. The cellular machinery does not check the consent form.

The result is a cycle the optimization literature never closes. Optimize to push past current limits. Accumulate allostatic load. Encounter the first signs of burnout's physical symptoms. Reach for a stronger protocol to resolve them. Compound the load. Eventually arrive at the third stage Hans Selye identified ninety years ago: exhaustion. The chemical interventions did not change the biology. They delayed the arrival of the consequence and, in doing so, deepened it.

The Specific Risks of the Enhanced Games

It is worth being precise about what the Enhanced Games are actually proposing, because the marketing has been carefully softened.

Long-term use of anabolic steroids, particularly at the doses required for elite athletic performance, is associated with documented cardiovascular risk, liver dysfunction, hormonal dysregulation, and psychiatric effects. A 2014 Endocrine Society scientific statement, led by Harrison Pope at Harvard Medical School, reviewed the literature and concluded the evidence base on serious long-term harms is substantial — cardiomyopathy, premature mortality, dependency patterns, severe depression on withdrawal. The Enhanced Games' framing of "medically supervised enhancement" does not eliminate these risks. It distributes them across athletes who, in the absence of the event, would not otherwise have made the choice.

There is also a quieter effect that economists call a coordination failure. Once doping is permitted at the elite level, the floor for participation rises. Clean athletes are no longer competitive. The pressure to take the drugs reaches downward — to college athletes, then to high schoolers, then to anyone who wants to compete seriously. The choice that was framed as individual freedom becomes structural compulsion. This dynamic is not speculative; it is what happened in cycling and weightlifting during the eras of widespread doping. The Enhanced Games would formalize it.

The reason this matters for a non-athletic readership is that the same dynamic is already running in white-collar work, just less visibly. Once stimulants and modafinil normalize for the all-nighter, the floor for competitive performance rises. The clean colleague becomes the underperformer. The choice becomes structural.

Why the "It's My Body" Argument Misses the Point

A standard defense of both athletic doping and biohacking is the consent argument: it is my body, my risk, my choice. The argument is not nothing. Bodily autonomy is a real and important principle.

It is also incomplete. Maartje Schermer's 2008 paper in the Journal of Medical Ethics — one of the cleaner philosophical analyses of enhancement — pointed out that individual enhancement decisions occur within social contexts that shape the meaning of those decisions. When enhancement is rare, it is exotic. When it is common, it becomes the new baseline, and choosing not to enhance becomes a kind of voluntary disadvantage. At population scale, individual choices about enhancement aggregate into structural compulsion, even when no individual chose compulsion.

The same dynamic plays out in the workplace optimization stack. Each individual stimulant prescription, each cold plunge, each tracked night of sleep is presented as personal choice. Aggregated, they shift the cultural expectation of what a baseline worker is supposed to look like. The person who simply lives in their unenhanced body, gets seven hours of sleep, eats normal meals, and does not chase every protocol becomes, by the rules of the new baseline, lazy or undisciplined.

The structural critique of the optimization culture more broadly applies here directly. The freedom framing obscures the coordination problem.

What Maslach and McEwen Both Show, From Different Angles

Two of the most cited researchers in stress and burnout science converge on the same conclusion from different methodologies.

Christina Maslach, whose work over four decades produced the dominant clinical framework for burnout, identified six structural conditions whose chronic misalignment produces burnout in any individual: workload, control, reward, community, fairness, and values alignment. In her 2016 review in World Psychiatry, she argued that individual coping strategies have meaningful but limited effect on burnout trajectory when the underlying conditions remain unaltered. The body responds to the environment, not to the intervention layered on top of it.

McEwen, working from neuroendocrinology, arrived at a structurally equivalent conclusion. Allostatic load accumulates from the gap between the demands placed on the system and the recovery the system actually receives. Interventions that close that gap reduce load. Interventions that do not — including interventions that themselves add demand, in the form of restrictive protocols, additional cognitive overhead, or chemical activation — do not.

What both frameworks imply is that the optimization stack, on the dominant model, is solving for the wrong variable. It is increasing the body's capacity to absorb load rather than reducing the load itself. This is technically possible for a while. It is biologically expensive and ultimately self-limiting.

The Enhanced Games are this confusion in its most concentrated form. They propose to solve the limit of human athletic performance by chemically raising the body's capacity, while leaving the underlying competitive structure that produced the limit fully intact. The cost is paid biologically, by the athletes who comply.

What Actually Works in Elite Performance

The unglamorous evidence on sustainable high performance is less marketable than the optimization version, which is one reason it gets less attention.

Anders Ericsson's research on expert performance, often invoked to justify the 10,000-hour rule and relentless practice, equally and consistently emphasized that elite performers across domains — musicians, athletes, surgeons, chess players — protect long sleep and substantial daily recovery as part of their actual practice structure. His 2016 book Peak, summarizing thirty years of research, devoted careful attention to the daily structure of top performers and found that the elite group was not characterized by less recovery than the merely competent — often by more. Eight to nine hours of sleep was the median, with naps common. Practice was intense and time-bounded, not sprawling.

What separates sustainable elite performance from the optimization industry's version is the question of what gets protected. Ericsson's elite performers protected the inputs the body required. The optimization industry's version protects output and engineers the body to absorb the cost.

The 80-year longitudinal Grant Study at Harvard, summarized by George Vaillant in Triumphs of Experience (2012), found the same pattern across professional life. The men whose careers produced sustained achievement over decades were not the most chemically optimized. They were the ones who protected sleep, maintained genuine social connection, and managed the structural conditions of their work rather than overriding them.

Stating It Plainly

The Enhanced Games are an unusually honest event. They surface the assumption that has been quietly running through the optimization economy for twenty years — that the human body is inefficient infrastructure to be modified — and propose it as a virtue. The reason to attend to the event is not its likely cultural impact. It is the clarifying effect of seeing the assumption stated in public.

The same assumption, in less visible form, is what produces the biohacking and burnout cycle in offices, in tech, in the wellness industry's own internal contradictions. The fix is not a more careful supplement stack. It is a reorientation: the body is not a system being held back by its limits. The limits are the system. Listening to them earlier is the only intervention that does not, eventually, have to be paid back at compound interest.

If your fatigue is signaling that the current pace is not sustainable, it is signaling correctly. The Enhanced Games' alternative is to chemically override that signal. The longer history of what happens when the body's signals are overridden is the one the marketing never includes.

---

The Relax A Little newsletter covers rest, nervous system science, and the optimization culture's structural blind spots — without optimization advice or another checklist. One issue a week, no hustle required.