The Aesthetic Trinity
Facial attractiveness is associated with a range of social and economic advantages.
Understanding what contributes to an attractive face helps explain why these advantages exist and why appearance plays a meaningful role in social outcomes.
In this article, I will outline the key facial traits that research has consistently associated with attractiveness in human faces, with a specific focus on male facial structure.
Within human faces, traits such as symmetry, sexual dimorphism, hormones, averageness, & skin quality have been found to be key traits for attractiveness in human faces. Each of these traits have been linked to key evolutionary advantages, while much is theoretical in terms of why these traits are attractive, its is pretty straight forward that humans tend to respond to these traits favorably.
Dimorphism
Sexual dimorphism refers to physical traits that differentiate males and females of a species.
In human faces, sexually dimorphic traits are those that tend to be more pronounced in men or women as a result of hormonal and developmental differences.
In male faces, three sexually dimorphic features consistently contribute to perceived attractiveness: the jawline, the cheekbones, and the chin.
Together, these form what I refer to as the “Aesthetic Trinity” — a structural foundation that accounts for a large portion of masculine facial appeal.
A face with the 3 elements of a male sexually dimorphic face are the key contributors to what makes an attractive face of a male. And from the perspective of "Looksmaxxing" ; an online trend a culture mainly based around the idea of maxing out your looks, is the area worth focusing on and will get you the most bang for your buck arguably.
The Jawline
Traits identified as sexually dimpophic are found sas attractive for multiple reasons. Looking at the 1st element of the Aesthetic Trinity, and arguably the most important for male phi scaly attractiveness is the Jawline.
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The jawline is primarily formed by the mandible, the bone that supports the lower face and houses the lower teeth.
One important feature of the jawline is the gonial angle, which is created where the ramus connects to the body of the mandible. More acute gonial angles are generally associated with wider and more angular jawlines.
Another key measurement is bigonial width, which refers to the width of the jaw when viewed from the front. Men tend to have wider bigonial widths than women, a difference influenced by both bone structure and the development of the masseter muscles.
More convincing of these inherent dimorphic differences between the genders, and analysis on over 50 mandiblar bones found significant size differences in bones of which belonged to male and female.
Men averagely scored higher bignonial width lengths, and lower/more acute gonial angles than their female counterparts, in an addition to exhibiting longer ramus heights. These findings only further reinforce the general trends seen in male sexual dimorphism.
Cheekbones
Another key element of the aesthetic trinity is having prominent cheekbones. A key aspect that differs quite considerably from teh jaw but work together in combination to create a masculinized dimorphic face.
The cheek area and prominence of them are primarily dtertmied by the zygomatic bones, these are the actual cheekbones themselves.
Contrary to my previous beliefs, men actually tend to have lower cheekbones then women tend to have, however, men do have wider cheekbones them women, this might be more consistent with dimpophic males facial shape that tends to usually have a slightly wider or broader look, in comparison to more feminized or gracile aesthetics seen more in women. They key here with a make face however is that is does come down a lot more to how string and prominent the cheekbones are vs how high. Generally this feature is one of showing or displaying healthy masculine traits and development within make faces. Generally just like the jaw, we see correlation with teh prominence and development of this bone alongside the strengthening of the muscles attatechd to it, in this case, the zygomatic major, or "cheek muscles" that are activate when smiling for example.
Chin
The Chine is mainly made up of Mental Protuberance, which creates the to bulges at the front facing point of teh mandible. You also have the Mental Tubercles which determines the width of teh chin from a front facing angle, and just like with the bigonial width/width of the jaw, the wider the look the more masculine its perceived, since men tend to have wider Mental Tubercles'.
Wider or more prominent mental tubercles are associated with:
- A squarer, broader chin
- Greater perceived masculinity
- Higher facial attractiveness in men
We can clearly sees many of these things being evidenced here when taking a brief look at this side by side skull comparison. Of a ancient mesolithic sudanese man who lived close to 10k years ago, on the left , next to, on the right, a man from the same region, however, from thousands of years later during Sudan's christian period. Clearly we see both a more pigment and wider chin, as well as the other 2 aesthetic trinity traits.
Skeletal comparisons can help illustrate how these traits manifest structurally.
When comparing male skulls from different historical periods within the same region, differences in jaw width, chin projection, and cheekbone robustness are often visible.
These examples are illustrative rather than definitive, but they help demonstrate how sexually dimorphic traits express themselves in bone structure.
One of the main reasons why these features are seen as attractive in males & why more feminized features are seen as desirable in women are because they show good genetic quality. I say this because these features display healthy level of hormones within each gender and effect that they have on the physiology of their faces, showcasing health.
These traits are thought to signal underlying health and developmental stability.
Higher exposure to androgens during development influences bone growth and muscle attachment, resulting in more pronounced masculine features.
From an evolutionary perspective, these signals may have been associated with strength, resilience, and reproductive fitness, which helps explain why they tend to be perceived as attractive.
In summary, wider and more angular jawlines, prominent cheekbones, and a well-developed chin form the structural foundation of male facial attractiveness.
The Aesthetic Trinity provides a useful framework for understanding how sexually dimorphic traits contribute to masculine facial appeal, and why these features consistently emerge across cultures and historical periods.
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