Testosterone and gaming performance: what the science says

What did @biblical_strength actually say?

The claim is straightforward: your hive color choice in Bee Swarm Simulator maps directly onto your testosterone levels. Blue hive means low testosterone because AFK players supposedly lack the drive to dominate social hierarchies. White hive means average. Red hive means high testosterone, because red players want to fight, dominate, and win, which @biblical_strength frames as "the most significant form of competition." The logic chain here is: testosterone drives dominance-seeking, game preferences reflect dominance-seeking, therefore game preferences reflect testosterone. That's a lot of inferential jumps stacked on top of each other.

To be fair, this content is clearly tongue-in-cheek. It's a Roblox bee game. But the underlying framing, that testosterone directly and predictably produces dominance-seeking behavior in men, is presented as scientific fact, and that's worth examining seriously.

Does the science back this up?

Partially, but the video severely oversimplifies a genuinely complicated relationship. Testosterone does correlate with certain competitive and status-seeking behaviors, but the link is bidirectional, context-dependent, and much weaker than this video implies.

The most-cited framework here is the Challenge Hypothesis, originally developed in birds (Wingfield et al., 1990, American Naturalist) and extended to humans. It proposes that testosterone rises in anticipation of competition and after winning, not that high baseline testosterone simply makes you want to dominate. Carré and Olmstead (2015, Hormones and Behavior) reviewed human data and found that the testosterone-aggression link in men is real but modest, heavily moderated by context, social cues, and provocation. Mehta and Josephs (2010, Psychological Science) showed that testosterone's effect on status-seeking behavior depends significantly on cortisol levels, meaning stress can entirely override whatever testosterone is doing. The idea that testosterone produces a clean, stable "desire to dominate" that shows up in video game preferences is not supported by the literature.

What did they get wrong (or right)?

Here's what they got right: testosterone does have documented associations with competitive motivation and status-seeking in men. That part is not invented. Booth et al. (1989, Psychosomatic Medicine) found testosterone was higher in men who competed and won. There is a real, replicated signal here.

Here's what they got wrong, and it matters. First, behavioral preferences don't reliably indicate testosterone levels. Nobody has shown that choosing an aggressive playstyle in a video game correlates with circulating testosterone. Second, the framing treats testosterone as a simple behavioral switch, when the evidence shows it's one variable in a system involving cortisol, dopamine, social context, and individual history. Third, "domination in competition is one of the strongest desires in a high Testosterone man" is stated as settled science. It isn't. The effect sizes in most testosterone-behavior studies are small to moderate, not deterministic. Eisenegger et al. (2011, Trends in Cognitive Sciences) specifically noted that the popular belief in testosterone as an aggression hormone consistently outpaces what the data actually show.

What should you actually know?

If you're thinking about testosterone in a clinical context, video game hive colors are not a diagnostic tool. Full stop. Actual hypogonadism, the condition TRT is designed to treat, is diagnosed through morning serum testosterone levels (typically two separate draws), alongside symptoms like fatigue, low libido, reduced muscle mass, and mood changes. The Endocrine Society guidelines set the threshold for testosterone deficiency at below 300 ng/dL for most men, with symptoms required for a diagnosis.

The behavioral effects of testosterone are real but subtle. Most men with clinically low testosterone don't become passive AFK players. They report fatigue and reduced wellbeing. Most men with high testosterone don't become dominance-obsessed warriors. The popular narrative dramatically overstates how much your personality is determined by your hormone levels. If you're genuinely concerned about your testosterone, get a blood test, not a Roblox personality quiz.

• Serum testosterone varies significantly by time of day, sleep quality, recent illness, and stress.
• Behavioral correlates of testosterone are real but context-dependent and modest in effect size.
• No study links video game playstyle preferences to testosterone levels.