The Dictatorship of Beauty: Thesis on the Mathematical Power of Attractiveness Human

[enchanted_elixir]

Beauty is negentropy (order in chaos) which is the creator, life itself. No wonder it is timeless and universal

The more a face deviates from order the more entropy it carries and entropy is death itself

Nice to see you again.

 

[looks>books]

Summary?

 

[Jué]

Summary?

Creampie is law

 

[nosemaxxing]

good thread

 

[Jué]

Bump my shit

 

[karmacita901]

bookmarked, will read eventually

 

[Jué]

@natelma0

 

[natelma0]

Took me about 19 minutes to read the entire thread, BOTB

The Dictatorship of Beauty: Thesis on the
Mathematical Power of Attractiveness
Human






Author: Jué Annnabelle
Big Dick Hollywood








Chapter 1: Introduction – Mathematics as the source of attractiveness


From ancient civilizations to the most modern artificial intelligence laboratories, the concept of beauty has
been deeply intertwined with proportion.
Despite cultural, historical, and social changes, the perception of beauty remains mysteriously constant,
and that constancy has a foundation: mathematics.



It's no coincidence that what we call "attractiveness" shares measurable structural properties.
Bilateral symmetry, harmonious proportions, the relationship between key facial distances, and even the
shape of bones follow precise geometric patterns. This thesis argues that beauty is not an opinion, but
a biological equation.


Throughout these pages, we will argue, with scientific, anthropological, and statistical support, that the
most attractive people enjoy unconscious privileges in all aspects of life: professional, social, economic, emotional,
even legal. And that this is not only biological, but programmed by our ancestral subconscious to identify
symmetrical faces as synonymous with genetic health, leadership, and confidence.


This document is a manifesto. It's not just an observation, but a powerful statement:Beauty is a mathematical structure, and those who possess it or create it dominate.


Chapter 2: Discovery and historical evolution of facial ratios


Since the dawn of civilization, humanity has sought to understand beauty through proportions. This quest is
not an aesthetic whim: it is an

about what the human brain recognizes as harmonious, orderly, and attractive. The history of
facial ratios is the history of that quest.

2.1 Polykleitos and the Canon of Greek Sculpture

In the 5th century BC, the Greek sculptor Polykleitos established a mathematical
system of proportions to represent the ideal human body. His lost treatise, known as the
Canon, served as the basis for sculptures that sought symmetry, proportion, and balance. He
introduced the idea that beauty could be expressed in numerical terms.

2.2 The golden ratio and the Renaissance


During the Renaissance, figures such as Leonardo da Vinci and Luca Pacioli studied the
golden ratio (ÿ ÿ 1.618) as the ideal standard of beauty, both in the human body and in
architecture and nature. The famous Vitruvian Man represents an attempt to codify the
perfect body according to geometric laws.

2.3 Albrecht Dürer and facial measurement


In the 16th century, the German artist Dürer was one of the first to use exact measurements
to record different types of human faces, introducing what we would today
consider an early form of facial anthropometry. His work anticipated many aspects of modern
metropology.

2.4 Modern Science: Marquardt Mask and Facial Neoscience


In the 20th century, Dr. Stephen Marquardt developed the Marquardt face mask, based on
the golden ratio. His model of symmetrical beauty is used in cosmetic surgery, artificial
intelligence, and facial analysis for marketing.

2.5 Digital anthropometry and beauty algorithms


Today, technologies such as 3D scanning, artificial intelligence, and machine learning
allow faces to be measured and compared down to the millimeter. Algorithms identify
beauty patterns based on millions of data points, but they always return to a common starting
point: harmonious proportions and mathematical symmetry.



Chapter 3: The role of biology and mathematics in the
perception of beauty



Attractiveness isn't just a social construct. While cultural standards may modify some
nuances, the perception of beauty is deeply rooted in evolutionary biology and visual
mathematics. Our brains have been conditioned for millennia to associate certain facial and
body features with health, fertility, leadership, and superior genetics.



3.1 Beauty as a sign of health


Harmonious facial proportions—such as ideal eye distance, cheekbone symmetry, and jaw alignment—are
unconsciously perceived as signs of genetic stability, the absence of congenital diseases, and proper hormonal
development.
Studies in evolutionary psychology indicate that both men and women tend to rate as more attractive those with
symmetrical faces, smooth skin, and proportions related to optimal testosterone or estrogen levels.

3.2 Facial Mathematics: Universal Harmony


Beyond biology, the harmony conveyed by a beautiful face is encoded in numerical proportions. The
equilateral triangle formed between the two eyes and the chin, the proportion between the forehead and the rest
of the face, the distance between the nasolabial folds, and other measurements conform to recurring patterns
that, when observed, generate immediate visual pleasure.
These ratios are not only biologically preferred: they are also mathematically consistent.

3.3 The subconscious as an automatic judge


Various experiments have shown that, when faces of different symmetry are shown for fractions of a second, the
human subconscious tends to react more positively to mathematically harmonious faces, even when the observer
is unaware of it. This is an automatic neurological response, one with deep evolutionary roots.

In short, beauty is health encoded in geometry. A harmonious face not only communicates aesthetics but also
biological power, genetic superiority, and visual confidence.
The mathematics of attractiveness is not a detail: it is a biological language.
Numbers don't lie. The subconscious recognizes them, rewards them, and prefers them.


Chapter 4: The subconscious and the attraction to
harmonious proportions



The human subconscious doesn't need cultural permission to identify beauty. It's an automatic radar, a biological
algorithm whose sole mission is to detect signs of health, symmetry, and genetic superiority in milliseconds.

4.1 Unconscious facial scanning


Neuroscience studies have shown that the human brain takes less than 0.3 seconds to form a first impression
of a face. And that impression is highly

influenced by symmetry, the alignment of features, and proportion. Neither morality, nor culture, nor ideology
can stop this immediate scanning.
This mechanism is based on millions of years of evolution, where quickly detecting a healthy face could mean better
reproductive opportunities, greater protection, or greater access to resources.

4.2 Beauty as a primitive cognitive bias


Our brains associate beauty with kindness, success, intelligence, leadership, and power. This is known as the
Halo Effect. And it's a universal phenomenon. Even babies just a few months old show a visual preference for
faces that conform to symmetrical proportions.
This bias affects not only our emotions: it affects rational judgments, political decisions, court verdicts, job
hiring, and salary levels.

4.3 The permanence of subconscious judgment


Unlike fashions, which change every decade, the subconscious judgment of facial harmony hasn't changed
in 100,000 years. What the human eye considered beautiful in the Paleolithic is still considered beautiful in the
21st century. This is because harmonious facial architecture is imprinted in the DNA of our perception.
Fashion is learned. Proportion is inherited.
Attractive faces don't just generate desire: they generate automatic trust, sympathy, respect, and even
forgiveness. Because when the math adds up, the subconscious obeys without question.



Chapter 5: Timeline – Discoveries in facial
proportions




The scientific understanding of beauty has spanned centuries, crossing cultures and disciplines.
This timeline summarizes the major milestones that have led to the development of modern knowledge
about facial ratios.


5.1 Antiquity


• Egypt (c. 3000 BC): Sculptures and frescoes show consistent proportions, using an 18-unit grid to represent
the human body. • Classical Greece (c. 450 BC): Polykleitos formulates the "Canon" of ideal
proportions
in sculpture.

5.2 Renaissance•

Leonardo da Vinci (1490): With the Vitruvian Man, he establishes geometric relationships between
the parts of the human body.
• Luca Pacioli (1509): He published "De Divina Proportione", focusing on the golden ratio as a symbol of
perfection.

5.3 Modern Age

• Albrecht Dürer (1528): Publishes the first modern treatise on proportions
human and its variations.
• 19th Century: Anthropometry was born as a scientific discipline, thanks to researchers such as Quetelet and
Galton.

5.4 20th Century


• Stephen Marquardt (1990s): Develops the “Golden Ratio Mask”, used to evaluate facial symmetry.

5.5 21st Century


• Artificial Intelligence and Big Data: Thousands of faces are analyzed by algorithms
to detect beauty patterns and predict behavior in social networks, casting, and personnel selection.
This progression demonstrates that human attractiveness has been measured, dissected, and codified with
increasing precision. What was once artistic intuition is now geometric precision. And each step has led to a
more objective understanding of what makes a face desirable.


Chapter 6: Beauty as a social advantage: statistics and
realities



If beauty is mathematical, then its effects on daily life must be measurable. And they are. Statistics across multiple
social and economic fields clearly show that people with more harmonious faces and bodies enjoy significant,
structural advantages. This section will present the most solid and revealing data on how appearance directly
impacts quality of life.

6.1 Attractiveness and employability


• 58% of employers admit that appearance influences their hiring decision
hiring. (Source: Newsweek, 2010)
• In blind studies, attractive people are 20-25% more likely to be
hired for the same position as less attractive but equally qualified candidates.


6.2 Attractiveness and salary

• People considered more attractive earn on average 3-4% more annual salary
than the rest. (Source: Daniel Hamermesh, Beauty Pays)
• In sales, income can increase up to 15% more for physical sellers
attractive.


6.3 Attractiveness and relationships

• On dating apps, profiles with more harmonious photos receive up to 10 times more
matches than those considered "average" facial features. •
Attractive people start relationships more quickly, receive more romantic proposals,
and are initially perceived as more trustworthy.


6.4 Attractiveness and quality of life


• People perceived as more beautiful report higher self-esteem, confidence,
external validation and emotional satisfaction.
• In academic settings, teachers tend to unconsciously rate more attractive students more
highly. (Halo effect documented in educational psychology studies.)


6.5 Attractiveness and justice


• In jury trials, attractive people receive less severe sentences than unattractive people
for the same crime. (Source: Efran, 1974; Stewart, 1980)


6.6 Attractiveness and mental health


• Beauty correlates positively with a lower incidence of clinical depression and social
anxiety, as long as it is not accompanied by dysmorphic disorders.


6.7 Attractiveness and social networks


• Influencers with more symmetrical faces and idealized proportions have a
organic growth up to 3 times faster than others with similar content but without
outstanding aesthetics.
In every setting, attractiveness becomes a multiplier. An advantage that cuts across
systems, cultures, and social classes. And it all starts with facial geometry.


Chapter 7: Cosmetic surgery and facial
transformation: history, techniques and results



Facial cosmetic surgery has not only revolutionized the perception of beauty, but has also confirmed that facial
mathematics and ideal proportions have a direct impact on quality of life and self-esteem. From rudimentary
techniques to complex procedures, surgical intervention has been a tool to bring the human face closer to the
ideals of harmony.


7.1 History of facial cosmetic surgery
• Antiquity: There are records in ancient India (circa 600 BC) about
rudimentary reconstructive procedures, especially in rhinoplasty. • 20th Century: Modern cosmetic
surgery developed after the First World War
World War II to repair war wounds, which led to advances in facial techniques and reconstruction.
• Contemporary era: Cosmetic surgery went from being reconstructive to elective,
aimed at improving appearance and facial harmony.


7.2 Advanced techniques and high-level surgeries


• Lefort III: Surgery that repositions the midface, including the jawbone, cheekbone, and orbit, to improve,facial structure and proportions.

• Orbital cage surgery: Modification of the orbital bone to improve the
symmetry and proportion of the eyes. • Facial implants: Use of biocompatible materials to enhance cheekbones.chin or jaw and achieve ideal proportions.

• Structural rhinoplasty:
Not only improves respiratory function, but also rebalances the face according to harmonious proportions.

• Chin surgery (mentoplasty): Modification of size
and projection for perfect facial balance.

• Rotation and bone remodeling surgeries: Techniques to correct
asymmetries severe or alter facial proportions in depth.


7.3 Psychological and social outcomes after surgery


Numerous studies have shown that people who undergo advanced cosmetic procedures report:
• Increased self-esteem and personal confidence. •
Increased social and career opportunities. • Improved self-perception
and greater motivation to achieve goals. • Significant reduction in social anxiety and depression
linked to self-image.


7.4 Ethical and social considerations


Cosmetic surgery can be a powerful tool, but it also raises ethical questions about societal pressure and the
culture of the perfect body. However, it's undeniable that achieving mathematically harmonious facial ratios has
tangible benefits that transcend superficial appearance.



Chapter 8: Beyond the Face — The Influence of Body
Proportions on the Perception of Beauty



While the thesis has focused on facial proportions, overall body harmony is crucial to the overall perception of
attractiveness. The human body is also governed by mathematical proportions that the subconscious
uses to evaluate health, fertility, and strength.

8.1 The waist-hip ratio


Studies in evolutionary biology have shown that waist-to-hip ratio (WHR) is a strong indicator of attractiveness
and reproductive health, especially in women. A WHR close to 0.7 is considered ideal, associated with fertility
and good physical fitness.

8.2 The shoulder-waist ratio in men


In men, the relationship between shoulder width and waist width is perceived as a sign of strength and masculinity.
A shoulder width significantly wider than the waist width is often preferred in terms of attractiveness.

8.3 Leg-body ratio and height


Leg length in relation to overall height also influences perceptions of beauty. Long legs are often associated with
youth and health, thus positively impacting visual appeal.

8.4 Golden ratio in the human body

Just like the face, the body can be analyzed under the magnifying glass of the golden ratio.
Studies suggest that when certain body measurements fit this number (1.618), the figure is perceived as more
harmonious and attractive.

8.5 Impact on fashion and design


The fashion industry uses these proportions to design clothing that highlights ideal physical qualities.
Advertising also emphasizes these proportions to shape cultural standards of beauty.





Chapter 9: Psychology of attractiveness and the halo effect.
The perception of beauty is not limited to the visual; it is deeply influenced by psychological processes that affect
our emotions, judgments, and social behaviors.



9.1 The halo effect


The halo effect is a cognitive bias whereby a positive impression of one characteristic (such as physical beauty)
influences the perception of other qualities (intelligence, kindness, competence). This means that an
attractive person is automatically seen as more trustworthy, competent, and socially adept.


9.2 Impact on daily life


• In job interviews, attractive candidates tend to receive higher evaluations.
favorable.
• In education, attractive students tend to be perceived as more
intelligent and responsible.
• In interpersonal relationships, beauty facilitates the creation of social networks and
friendships.

9.3 Neurological bases of the halo effect


Neuroimaging studies show that brain areas related to reward and emotion are more intensely activated
by aesthetic stimuli, reinforcing the positive bias toward attractive people.

9.4 Social and ethical consequences


Although the halo effect can benefit attractive people, it also creates inequality and prejudice. Recognizing
this bias is essential to promoting equity in the workplace, education, and legal settings.



Chapter 10: Impact of appearance on politics and
leadership



Physical aesthetics greatly influence public perception of political leaders and authority figures, affecting their
electoral success and perceived leadership ability.


10.1 Height and political success


Various studies indicate that taller politicians are more likely to achieve electoral success. This is attributed to
the unconscious association of height with leadership, authority, and power.
• An analysis of U.S. presidents showed that most were taller than the average population of their time. • In
several countries, taller candidates have won
elections more frequently
than their opponents.


10.2 Facial attractiveness and choices


Facial symmetry and other harmonious proportions impact the perception of confidence and competence in
candidates, influencing voter preference, even when they are not aware of it.

10.3 Visual charisma and presence


Appearance influences a leader's ability to generate charisma and empathy, key elements for mobilizing
followers and maintaining authority.

10.4 Studies and statistics


• In simulated election experiments, more attractive candidates obtain between
10-15% more votes.
• The combination of height and attractiveness can further increase the odds
of success.


• Chapter 11: Beauty and success in the workplace


Physical appearance plays a crucial role in the professional world, affecting everything from hiring to
advancement opportunities and compensation.

11.1 Influence on hiring


Studies show that recruiters favor attractive candidates, attributing to them characteristics such as competence,
confidence, and sociability, even before evaluating their technical skills.

11.2 Impact on salary and promotions


• People considered attractive can earn up to 5-10% more than their less attractive peers.

• They are also more likely to receive promotions and high-profile assignments.

11.3 Effect on labor relations


Physical attraction facilitates the creation of networks and alliances within the workplace, improving
collaboration and the perception of leadership.

11.4 Standards and discrimination


This phenomenon, although common, can cause indirect discrimination, affecting diversity
and equity in organizations.



Chapter 12: Genetics, inheritance and the aesthetic
destiny inscribed in phenotypes



There is no scalpel more powerful than DNA. Beauty, far from being an ethereal quality or a
mere accident of chance, is a result of biological engineering of precise proportions.
Every face—from the most vulgar to the most irresistible—is a genetic signature: a silent
sculpture shaped by Mendelian laws, selective mutations, and evolutionary inheritances
that shape not only an individual's attractiveness but also their social potential.

Our genetic code determines much more than eye color or hair type.
It defines mandibular angles, zygomatic projections, interpupillary distances, and
symmetries imperceptible to the human eye, but not to the subconscious.

12.1 Dominant and recessive traits: the hereditary architecture of the face


In the 19th century, the famous monk Gregor Mendel deciphered the basic mechanism by
which physical traits are inherited from parents to children. His work, based on the
combination of dominant and recessive alleles, laid the foundation for understanding how
certain facial characteristics are transmitted and repeated—or hidden for generations—as if
genetics were waiting for the right moment to sculpt a masterpiece.

Dominant traits (more likely to be expressed with a single dominant allele):

• Strong, wide jawlines • Straight,
defined eyebrows • Straight
or aquiline nose • Dark,
almond-shaped eyes • Thick,
dark, curly, or wavy hair


Recessive traits (require double alleles to occur):

• Light eyes (blue, gray, green) • Small or upturned
nose • Straight, light hair • Receding chin
• Thin lips • Small, close-set
ears


The combination of genes from two parents —whose phenotypic configurations may
contrast—results in a range of aesthetic expressions that may or may not, not approaching mathematical harmony. However, when biological chance achieves a
configuration where all the elements fit together with symmetrical precision, what the
subconscious perceives as undeniable beauty is born.


Beauty is, above all, a correct inheritance executed with molecular precision.


12.2 Genetic anthropology: adaptive aesthetics and local evolution



Every civilization, every ethnic group, and every population isolated for centuries developed aesthetic patterns shaped
by their environment. Genetic anthropology shows us that human attractiveness depends not only on internal
proportions but also on their adaptation to the evolutionary environment.


Examples of genetic aesthetic adaptation:


• Central Africa: full lips, wide nose, greater dermal pigmentation ÿ
adaptation to heat, humidity and solar radiation.


• Northern Europe: light skin, light eyes, more refined features ÿ adaptation to
low UV radiation and a diet rich in dairy products (lactase enzyme).


• East Asia: eyelid with epicanthal fold, smaller nose, facial structure
compact ÿ adaptation to cold and windy climates.


The fascinating thing is that when certain individuals present harmonious blends of these adaptive patterns, a

type of beauty emerges that is “universally acceptable,” cross-cultural, and highly sought-after, even in markets such

as fashion, acting, or celebrity genetics.
12.3 Phenotype: the visible face of DNA



The phenotype is the observable expression of the genotype, that is, how inherited
genes manifest themselves physically. Here, aesthetics become visual evidence of genetic
success.


Examples of phenotypic traits with aesthetic value:


• Zygomatic projection (cheekbones): related to Asian and European genetics
north.


• Ocular symmetry: strong correlation with prenatal health and absence of trauma
craniofacial.


• Gonial angle (mandible): related to hormonal levels (testosterone and
growth hormone).


• Uniform pigmentation: indicates absence of oxidative stress, sun damage,
chronic dermatological diseases.


A harmonious phenotype is more than just a "pretty face." It's a visual representation of health,
proper bone development, genetic stability, and immune resistance, all in one visual package.
Therefore, the first impression someone makes is engraved in their phenotype, and it's the
subconscious that reads its code without question.



12.4 Aesthetic mutations: rarities that fascinate


Not all beauty conforms to classic patterns. Some arise from rare genetic mutations that, rather than
causing negative effects, produce faces that are impossible to ignore:


• Heterochromia (eyes of different colors): melanin mutation with high visual impact.

• Extreme symmetry
due to mild genetic trisomy or minimal alterations in the
embryonic development.


• Unique pigmentations (partial albinism, symmetrical vitiligo): visual alterations transformed into
symbols of exoticism and differentiation.


• Prolonged neoteny (faces that retain juvenile features into adulthood): linked
to mutations that delay full facial maturation.
These mutations are like artistic errors: imperfections so unique that they become masterpieces. Genetics,
sometimes, is the most unpredictable of sculptors.


12.5 Aesthetic inheritance and modern social selection



In a society where physical attractiveness has become a key factor, it's no exaggeration to speak of
contemporary sexual selection based on genetic beauty. Individuals with harmonious facial features,
ideal proportions, and desirable phenotypes not only have greater reproductive success, but also greater job
opportunities, better social standing, greater visibility, and better alliances.

Therefore, genetic combinations that favor symmetry, uniform pigmentation, a pronounced jawline, or ideally
shaped eyes are not just inherited: they are selected through attraction, desire, and reproduction.



Beauty is successful genetics on display and DNA knows it.

Spoiler: Creampie Gang

@It'snotover
@Volksstaffel
@Chadeep
@Vermilioncore
@not__cel

 

[natelma0]

This rhetoric has been expressed for some time on TikTok but this is like an actual book or a very well structured essay

@natelma0

 

[Jué]

Took me about 19 minutes to read the entire thread, BOTB

Thanks

 

[AverageCurryEnjoyer]

That’s life.

I don’t like to sugar coat things. While a big dick millionaire shoots ropes into a woman’s gaped shithole, some short fat ugly shitskin gets smashed to dust by an elephant in a shitskin desert 10,000 miles away

- Frank sinatra Im gonna make this my signature asap. Howtf fo you do that like gengar

 

[LackEmpathyTherefor]

pretty good

 

[Jué]

Bump

 

[Deleted member 231621]

 

[gigacumster3000]

lmao you actually think facial symmetry equals attractiveness? try reading actual evolutionary psychology research instead of surface-level bullshit.

 

[Jué]

@gunrenaissance

 

[Deleted member 170084]

The Dictatorship of Beauty: Thesis on the
Mathematical Power of Attractiveness
Human






Author: Jué Annnabelle
Big Dick Hollywood








Chapter 1: Introduction – Mathematics as the source of attractiveness


From ancient civilizations to the most modern artificial intelligence laboratories, the concept of beauty has
been deeply intertwined with proportion.
Despite cultural, historical, and social changes, the perception of beauty remains mysteriously constant,
and that constancy has a foundation: mathematics.



It's no coincidence that what we call "attractiveness" shares measurable structural properties.
Bilateral symmetry, harmonious proportions, the relationship between key facial distances, and even the
shape of bones follow precise geometric patterns. This thesis argues that beauty is not an opinion, but
a biological equation.


Throughout these pages, we will argue, with scientific, anthropological, and statistical support, that the
most attractive people enjoy unconscious privileges in all aspects of life: professional, social, economic, emotional,
even legal. And that this is not only biological, but programmed by our ancestral subconscious to identify
symmetrical faces as synonymous with genetic health, leadership, and confidence.


This document is a manifesto. It's not just an observation, but a powerful statement:Beauty is a mathematical structure, and those who possess it or create it dominate.


Chapter 2: Discovery and historical evolution of facial ratios


Since the dawn of civilization, humanity has sought to understand beauty through proportions. This quest is
not an aesthetic whim: it is an

about what the human brain recognizes as harmonious, orderly, and attractive. The history of
facial ratios is the history of that quest.

2.1 Polykleitos and the Canon of Greek Sculpture

In the 5th century BC, the Greek sculptor Polykleitos established a mathematical
system of proportions to represent the ideal human body. His lost treatise, known as the
Canon, served as the basis for sculptures that sought symmetry, proportion, and balance. He
introduced the idea that beauty could be expressed in numerical terms.

2.2 The golden ratio and the Renaissance


During the Renaissance, figures such as Leonardo da Vinci and Luca Pacioli studied the
golden ratio (ÿ ÿ 1.618) as the ideal standard of beauty, both in the human body and in
architecture and nature. The famous Vitruvian Man represents an attempt to codify the
perfect body according to geometric laws.

2.3 Albrecht Dürer and facial measurement


In the 16th century, the German artist Dürer was one of the first to use exact measurements
to record different types of human faces, introducing what we would today
consider an early form of facial anthropometry. His work anticipated many aspects of modern
metropology.

2.4 Modern Science: Marquardt Mask and Facial Neoscience


In the 20th century, Dr. Stephen Marquardt developed the Marquardt face mask, based on
the golden ratio. His model of symmetrical beauty is used in cosmetic surgery, artificial
intelligence, and facial analysis for marketing.

2.5 Digital anthropometry and beauty algorithms


Today, technologies such as 3D scanning, artificial intelligence, and machine learning
allow faces to be measured and compared down to the millimeter. Algorithms identify
beauty patterns based on millions of data points, but they always return to a common starting
point: harmonious proportions and mathematical symmetry.



Chapter 3: The role of biology and mathematics in the
perception of beauty



Attractiveness isn't just a social construct. While cultural standards may modify some
nuances, the perception of beauty is deeply rooted in evolutionary biology and visual
mathematics. Our brains have been conditioned for millennia to associate certain facial and
body features with health, fertility, leadership, and superior genetics.



3.1 Beauty as a sign of health


Harmonious facial proportions—such as ideal eye distance, cheekbone symmetry, and jaw alignment—are
unconsciously perceived as signs of genetic stability, the absence of congenital diseases, and proper hormonal
development.
Studies in evolutionary psychology indicate that both men and women tend to rate as more attractive those with
symmetrical faces, smooth skin, and proportions related to optimal testosterone or estrogen levels.

3.2 Facial Mathematics: Universal Harmony


Beyond biology, the harmony conveyed by a beautiful face is encoded in numerical proportions. The
equilateral triangle formed between the two eyes and the chin, the proportion between the forehead and the rest
of the face, the distance between the nasolabial folds, and other measurements conform to recurring patterns
that, when observed, generate immediate visual pleasure.
These ratios are not only biologically preferred: they are also mathematically consistent.

3.3 The subconscious as an automatic judge


Various experiments have shown that, when faces of different symmetry are shown for fractions of a second, the
human subconscious tends to react more positively to mathematically harmonious faces, even when the observer
is unaware of it. This is an automatic neurological response, one with deep evolutionary roots.

In short, beauty is health encoded in geometry. A harmonious face not only communicates aesthetics but also
biological power, genetic superiority, and visual confidence.
The mathematics of attractiveness is not a detail: it is a biological language.
Numbers don't lie. The subconscious recognizes them, rewards them, and prefers them.


Chapter 4: The subconscious and the attraction to
harmonious proportions



The human subconscious doesn't need cultural permission to identify beauty. It's an automatic radar, a biological
algorithm whose sole mission is to detect signs of health, symmetry, and genetic superiority in milliseconds.

4.1 Unconscious facial scanning


Neuroscience studies have shown that the human brain takes less than 0.3 seconds to form a first impression
of a face. And that impression is highly

influenced by symmetry, the alignment of features, and proportion. Neither morality, nor culture, nor ideology
can stop this immediate scanning.
This mechanism is based on millions of years of evolution, where quickly detecting a healthy face could mean better
reproductive opportunities, greater protection, or greater access to resources.

4.2 Beauty as a primitive cognitive bias


Our brains associate beauty with kindness, success, intelligence, leadership, and power. This is known as the
Halo Effect. And it's a universal phenomenon. Even babies just a few months old show a visual preference for
faces that conform to symmetrical proportions.
This bias affects not only our emotions: it affects rational judgments, political decisions, court verdicts, job
hiring, and salary levels.

4.3 The permanence of subconscious judgment


Unlike fashions, which change every decade, the subconscious judgment of facial harmony hasn't changed
in 100,000 years. What the human eye considered beautiful in the Paleolithic is still considered beautiful in the
21st century. This is because harmonious facial architecture is imprinted in the DNA of our perception.
Fashion is learned. Proportion is inherited.
Attractive faces don't just generate desire: they generate automatic trust, sympathy, respect, and even
forgiveness. Because when the math adds up, the subconscious obeys without question.



Chapter 5: Timeline – Discoveries in facial
proportions




The scientific understanding of beauty has spanned centuries, crossing cultures and disciplines.
This timeline summarizes the major milestones that have led to the development of modern knowledge
about facial ratios.


5.1 Antiquity


• Egypt (c. 3000 BC): Sculptures and frescoes show consistent proportions, using an 18-unit grid to represent
the human body. • Classical Greece (c. 450 BC): Polykleitos formulates the "Canon" of ideal
proportions
in sculpture.

5.2 Renaissance•

Leonardo da Vinci (1490): With the Vitruvian Man, he establishes geometric relationships between
the parts of the human body.
• Luca Pacioli (1509): He published "De Divina Proportione", focusing on the golden ratio as a symbol of
perfection.

5.3 Modern Age

• Albrecht Dürer (1528): Publishes the first modern treatise on proportions
human and its variations.
• 19th Century: Anthropometry was born as a scientific discipline, thanks to researchers such as Quetelet and
Galton.

5.4 20th Century


• Stephen Marquardt (1990s): Develops the “Golden Ratio Mask”, used to evaluate facial symmetry.

5.5 21st Century


• Artificial Intelligence and Big Data: Thousands of faces are analyzed by algorithms
to detect beauty patterns and predict behavior in social networks, casting, and personnel selection.
This progression demonstrates that human attractiveness has been measured, dissected, and codified with
increasing precision. What was once artistic intuition is now geometric precision. And each step has led to a
more objective understanding of what makes a face desirable.


Chapter 6: Beauty as a social advantage: statistics and
realities



If beauty is mathematical, then its effects on daily life must be measurable. And they are. Statistics across multiple
social and economic fields clearly show that people with more harmonious faces and bodies enjoy significant,
structural advantages. This section will present the most solid and revealing data on how appearance directly
impacts quality of life.

6.1 Attractiveness and employability


• 58% of employers admit that appearance influences their hiring decision
hiring. (Source: Newsweek, 2010)
• In blind studies, attractive people are 20-25% more likely to be
hired for the same position as less attractive but equally qualified candidates.


6.2 Attractiveness and salary

• People considered more attractive earn on average 3-4% more annual salary
than the rest. (Source: Daniel Hamermesh, Beauty Pays)
• In sales, income can increase up to 15% more for physical sellers
attractive.


6.3 Attractiveness and relationships

• On dating apps, profiles with more harmonious photos receive up to 10 times more
matches than those considered "average" facial features. •
Attractive people start relationships more quickly, receive more romantic proposals,
and are initially perceived as more trustworthy.


6.4 Attractiveness and quality of life


• People perceived as more beautiful report higher self-esteem, confidence,
external validation and emotional satisfaction.
• In academic settings, teachers tend to unconsciously rate more attractive students more
highly. (Halo effect documented in educational psychology studies.)


6.5 Attractiveness and justice


• In jury trials, attractive people receive less severe sentences than unattractive people
for the same crime. (Source: Efran, 1974; Stewart, 1980)


6.6 Attractiveness and mental health


• Beauty correlates positively with a lower incidence of clinical depression and social
anxiety, as long as it is not accompanied by dysmorphic disorders.


6.7 Attractiveness and social networks


• Influencers with more symmetrical faces and idealized proportions have a
organic growth up to 3 times faster than others with similar content but without
outstanding aesthetics.
In every setting, attractiveness becomes a multiplier. An advantage that cuts across
systems, cultures, and social classes. And it all starts with facial geometry.


Chapter 7: Cosmetic surgery and facial
transformation: history, techniques and results



Facial cosmetic surgery has not only revolutionized the perception of beauty, but has also confirmed that facial
mathematics and ideal proportions have a direct impact on quality of life and self-esteem. From rudimentary
techniques to complex procedures, surgical intervention has been a tool to bring the human face closer to the
ideals of harmony.


7.1 History of facial cosmetic surgery
• Antiquity: There are records in ancient India (circa 600 BC) about
rudimentary reconstructive procedures, especially in rhinoplasty. • 20th Century: Modern cosmetic
surgery developed after the First World War
World War II to repair war wounds, which led to advances in facial techniques and reconstruction.
• Contemporary era: Cosmetic surgery went from being reconstructive to elective,
aimed at improving appearance and facial harmony.


7.2 Advanced techniques and high-level surgeries


• Lefort III: Surgery that repositions the midface, including the jawbone, cheekbone, and orbit, to improve,facial structure and proportions.

• Orbital cage surgery: Modification of the orbital bone to improve the
symmetry and proportion of the eyes. • Facial implants: Use of biocompatible materials to enhance cheekbones.chin or jaw and achieve ideal proportions.

• Structural rhinoplasty:
Not only improves respiratory function, but also rebalances the face according to harmonious proportions.

• Chin surgery (mentoplasty): Modification of size
and projection for perfect facial balance.

• Rotation and bone remodeling surgeries: Techniques to correct
asymmetries severe or alter facial proportions in depth.


7.3 Psychological and social outcomes after surgery


Numerous studies have shown that people who undergo advanced cosmetic procedures report:
• Increased self-esteem and personal confidence. •
Increased social and career opportunities. • Improved self-perception
and greater motivation to achieve goals. • Significant reduction in social anxiety and depression
linked to self-image.


7.4 Ethical and social considerations


Cosmetic surgery can be a powerful tool, but it also raises ethical questions about societal pressure and the
culture of the perfect body. However, it's undeniable that achieving mathematically harmonious facial ratios has
tangible benefits that transcend superficial appearance.



Chapter 8: Beyond the Face — The Influence of Body
Proportions on the Perception of Beauty



While the thesis has focused on facial proportions, overall body harmony is crucial to the overall perception of
attractiveness. The human body is also governed by mathematical proportions that the subconscious
uses to evaluate health, fertility, and strength.

8.1 The waist-hip ratio


Studies in evolutionary biology have shown that waist-to-hip ratio (WHR) is a strong indicator of attractiveness
and reproductive health, especially in women. A WHR close to 0.7 is considered ideal, associated with fertility
and good physical fitness.

8.2 The shoulder-waist ratio in men


In men, the relationship between shoulder width and waist width is perceived as a sign of strength and masculinity.
A shoulder width significantly wider than the waist width is often preferred in terms of attractiveness.

8.3 Leg-body ratio and height


Leg length in relation to overall height also influences perceptions of beauty. Long legs are often associated with
youth and health, thus positively impacting visual appeal.

8.4 Golden ratio in the human body

Just like the face, the body can be analyzed under the magnifying glass of the golden ratio.
Studies suggest that when certain body measurements fit this number (1.618), the figure is perceived as more
harmonious and attractive.

8.5 Impact on fashion and design


The fashion industry uses these proportions to design clothing that highlights ideal physical qualities.
Advertising also emphasizes these proportions to shape cultural standards of beauty.





Chapter 9: Psychology of attractiveness and the halo effect.
The perception of beauty is not limited to the visual; it is deeply influenced by psychological processes that affect
our emotions, judgments, and social behaviors.



9.1 The halo effect


The halo effect is a cognitive bias whereby a positive impression of one characteristic (such as physical beauty)
influences the perception of other qualities (intelligence, kindness, competence). This means that an
attractive person is automatically seen as more trustworthy, competent, and socially adept.


9.2 Impact on daily life


• In job interviews, attractive candidates tend to receive higher evaluations.
favorable.
• In education, attractive students tend to be perceived as more
intelligent and responsible.
• In interpersonal relationships, beauty facilitates the creation of social networks and
friendships.

9.3 Neurological bases of the halo effect


Neuroimaging studies show that brain areas related to reward and emotion are more intensely activated
by aesthetic stimuli, reinforcing the positive bias toward attractive people.

9.4 Social and ethical consequences


Although the halo effect can benefit attractive people, it also creates inequality and prejudice. Recognizing
this bias is essential to promoting equity in the workplace, education, and legal settings.



Chapter 10: Impact of appearance on politics and
leadership



Physical aesthetics greatly influence public perception of political leaders and authority figures, affecting their
electoral success and perceived leadership ability.


10.1 Height and political success


Various studies indicate that taller politicians are more likely to achieve electoral success. This is attributed to
the unconscious association of height with leadership, authority, and power.
• An analysis of U.S. presidents showed that most were taller than the average population of their time. • In
several countries, taller candidates have won
elections more frequently
than their opponents.


10.2 Facial attractiveness and choices


Facial symmetry and other harmonious proportions impact the perception of confidence and competence in
candidates, influencing voter preference, even when they are not aware of it.

10.3 Visual charisma and presence


Appearance influences a leader's ability to generate charisma and empathy, key elements for mobilizing
followers and maintaining authority.

10.4 Studies and statistics


• In simulated election experiments, more attractive candidates obtain between
10-15% more votes.
• The combination of height and attractiveness can further increase the odds
of success.


• Chapter 11: Beauty and success in the workplace


Physical appearance plays a crucial role in the professional world, affecting everything from hiring to
advancement opportunities and compensation.

11.1 Influence on hiring


Studies show that recruiters favor attractive candidates, attributing to them characteristics such as competence,
confidence, and sociability, even before evaluating their technical skills.

11.2 Impact on salary and promotions


• People considered attractive can earn up to 5-10% more than their less attractive peers.

• They are also more likely to receive promotions and high-profile assignments.

11.3 Effect on labor relations


Physical attraction facilitates the creation of networks and alliances within the workplace, improving
collaboration and the perception of leadership.

11.4 Standards and discrimination


This phenomenon, although common, can cause indirect discrimination, affecting diversity
and equity in organizations.



Chapter 12: Genetics, inheritance and the aesthetic
destiny inscribed in phenotypes



There is no scalpel more powerful than DNA. Beauty, far from being an ethereal quality or a
mere accident of chance, is a result of biological engineering of precise proportions.
Every face—from the most vulgar to the most irresistible—is a genetic signature: a silent
sculpture shaped by Mendelian laws, selective mutations, and evolutionary inheritances
that shape not only an individual's attractiveness but also their social potential.

Our genetic code determines much more than eye color or hair type.
It defines mandibular angles, zygomatic projections, interpupillary distances, and
symmetries imperceptible to the human eye, but not to the subconscious.

12.1 Dominant and recessive traits: the hereditary architecture of the face


In the 19th century, the famous monk Gregor Mendel deciphered the basic mechanism by
which physical traits are inherited from parents to children. His work, based on the
combination of dominant and recessive alleles, laid the foundation for understanding how
certain facial characteristics are transmitted and repeated—or hidden for generations—as if
genetics were waiting for the right moment to sculpt a masterpiece.

Dominant traits (more likely to be expressed with a single dominant allele):

• Strong, wide jawlines • Straight,
defined eyebrows • Straight
or aquiline nose • Dark,
almond-shaped eyes • Thick,
dark, curly, or wavy hair


Recessive traits (require double alleles to occur):

• Light eyes (blue, gray, green) • Small or upturned
nose • Straight, light hair • Receding chin
• Thin lips • Small, close-set
ears


The combination of genes from two parents —whose phenotypic configurations may
contrast—results in a range of aesthetic expressions that may or may not, not approaching mathematical harmony. However, when biological chance achieves a
configuration where all the elements fit together with symmetrical precision, what the
subconscious perceives as undeniable beauty is born.


Beauty is, above all, a correct inheritance executed with molecular precision.


12.2 Genetic anthropology: adaptive aesthetics and local evolution



Every civilization, every ethnic group, and every population isolated for centuries developed aesthetic patterns shaped
by their environment. Genetic anthropology shows us that human attractiveness depends not only on internal
proportions but also on their adaptation to the evolutionary environment.


Examples of genetic aesthetic adaptation:


• Central Africa: full lips, wide nose, greater dermal pigmentation ÿ
adaptation to heat, humidity and solar radiation.


• Northern Europe: light skin, light eyes, more refined features ÿ adaptation to
low UV radiation and a diet rich in dairy products (lactase enzyme).


• East Asia: eyelid with epicanthal fold, smaller nose, facial structure
compact ÿ adaptation to cold and windy climates.


The fascinating thing is that when certain individuals present harmonious blends of these adaptive patterns, a

type of beauty emerges that is “universally acceptable,” cross-cultural, and highly sought-after, even in markets such

as fashion, acting, or celebrity genetics.
12.3 Phenotype: the visible face of DNA



The phenotype is the observable expression of the genotype, that is, how inherited
genes manifest themselves physically. Here, aesthetics become visual evidence of genetic
success.


Examples of phenotypic traits with aesthetic value:


• Zygomatic projection (cheekbones): related to Asian and European genetics
north.


• Ocular symmetry: strong correlation with prenatal health and absence of trauma
craniofacial.


• Gonial angle (mandible): related to hormonal levels (testosterone and
growth hormone).


• Uniform pigmentation: indicates absence of oxidative stress, sun damage,
chronic dermatological diseases.


A harmonious phenotype is more than just a "pretty face." It's a visual representation of health,
proper bone development, genetic stability, and immune resistance, all in one visual package.
Therefore, the first impression someone makes is engraved in their phenotype, and it's the
subconscious that reads its code without question.



12.4 Aesthetic mutations: rarities that fascinate


Not all beauty conforms to classic patterns. Some arise from rare genetic mutations that, rather than
causing negative effects, produce faces that are impossible to ignore:


• Heterochromia (eyes of different colors): melanin mutation with high visual impact.

• Extreme symmetry
due to mild genetic trisomy or minimal alterations in the
embryonic development.


• Unique pigmentations (partial albinism, symmetrical vitiligo): visual alterations transformed into
symbols of exoticism and differentiation.


• Prolonged neoteny (faces that retain juvenile features into adulthood): linked
to mutations that delay full facial maturation.
These mutations are like artistic errors: imperfections so unique that they become masterpieces. Genetics,
sometimes, is the most unpredictable of sculptors.


12.5 Aesthetic inheritance and modern social selection



In a society where physical attractiveness has become a key factor, it's no exaggeration to speak of
contemporary sexual selection based on genetic beauty. Individuals with harmonious facial features,
ideal proportions, and desirable phenotypes not only have greater reproductive success, but also greater job
opportunities, better social standing, greater visibility, and better alliances.

Therefore, genetic combinations that favor symmetry, uniform pigmentation, a pronounced jawline, or ideally
shaped eyes are not just inherited: they are selected through attraction, desire, and reproduction.



Beauty is successful genetics on display and DNA knows it.

Spoiler: Creampie Gang

@It'snotover
@Volksstaffel
@Chadeep
@Vermilioncore
@not__cel

Saved, I will read later
But the first statements are pretty water
Seems like a good thread tho, mirin

 

[karmacita901]

aye, this was a good thread, but i'm noticing a distinct lack of sources...

 

[Jué]

The Dictatorship of Beauty: Thesis on the
Mathematical Power of Attractiveness
Human






Author: Jué Annnabelle
Big Dick Hollywood








Chapter 1: Introduction – Mathematics as the source of attractiveness


From ancient civilizations to the most modern artificial intelligence laboratories, the concept of beauty has
been deeply intertwined with proportion.
Despite cultural, historical, and social changes, the perception of beauty remains mysteriously constant,
and that constancy has a foundation: mathematics.



It's no coincidence that what we call "attractiveness" shares measurable structural properties.
Bilateral symmetry, harmonious proportions, the relationship between key facial distances, and even the
shape of bones follow precise geometric patterns. This thesis argues that beauty is not an opinion, but
a biological equation.


Throughout these pages, we will argue, with scientific, anthropological, and statistical support, that the
most attractive people enjoy unconscious privileges in all aspects of life: professional, social, economic, emotional,
even legal. And that this is not only biological, but programmed by our ancestral subconscious to identify
symmetrical faces as synonymous with genetic health, leadership, and confidence.


This document is a manifesto. It's not just an observation, but a powerful statement:Beauty is a mathematical structure, and those who possess it or create it dominate.


Chapter 2: Discovery and historical evolution of facial ratios


Since the dawn of civilization, humanity has sought to understand beauty through proportions. This quest is
not an aesthetic whim: it is an

about what the human brain recognizes as harmonious, orderly, and attractive. The history of
facial ratios is the history of that quest.

2.1 Polykleitos and the Canon of Greek Sculpture

In the 5th century BC, the Greek sculptor Polykleitos established a mathematical
system of proportions to represent the ideal human body. His lost treatise, known as the
Canon, served as the basis for sculptures that sought symmetry, proportion, and balance. He
introduced the idea that beauty could be expressed in numerical terms.

2.2 The golden ratio and the Renaissance


During the Renaissance, figures such as Leonardo da Vinci and Luca Pacioli studied the
golden ratio (ÿ ÿ 1.618) as the ideal standard of beauty, both in the human body and in
architecture and nature. The famous Vitruvian Man represents an attempt to codify the
perfect body according to geometric laws.

2.3 Albrecht Dürer and facial measurement


In the 16th century, the German artist Dürer was one of the first to use exact measurements
to record different types of human faces, introducing what we would today
consider an early form of facial anthropometry. His work anticipated many aspects of modern
metropology.

2.4 Modern Science: Marquardt Mask and Facial Neoscience


In the 20th century, Dr. Stephen Marquardt developed the Marquardt face mask, based on
the golden ratio. His model of symmetrical beauty is used in cosmetic surgery, artificial
intelligence, and facial analysis for marketing.

2.5 Digital anthropometry and beauty algorithms


Today, technologies such as 3D scanning, artificial intelligence, and machine learning
allow faces to be measured and compared down to the millimeter. Algorithms identify
beauty patterns based on millions of data points, but they always return to a common starting
point: harmonious proportions and mathematical symmetry.



Chapter 3: The role of biology and mathematics in the
perception of beauty



Attractiveness isn't just a social construct. While cultural standards may modify some
nuances, the perception of beauty is deeply rooted in evolutionary biology and visual
mathematics. Our brains have been conditioned for millennia to associate certain facial and
body features with health, fertility, leadership, and superior genetics.



3.1 Beauty as a sign of health


Harmonious facial proportions—such as ideal eye distance, cheekbone symmetry, and jaw alignment—are
unconsciously perceived as signs of genetic stability, the absence of congenital diseases, and proper hormonal
development.
Studies in evolutionary psychology indicate that both men and women tend to rate as more attractive those with
symmetrical faces, smooth skin, and proportions related to optimal testosterone or estrogen levels.

3.2 Facial Mathematics: Universal Harmony


Beyond biology, the harmony conveyed by a beautiful face is encoded in numerical proportions. The
equilateral triangle formed between the two eyes and the chin, the proportion between the forehead and the rest
of the face, the distance between the nasolabial folds, and other measurements conform to recurring patterns
that, when observed, generate immediate visual pleasure.
These ratios are not only biologically preferred: they are also mathematically consistent.

3.3 The subconscious as an automatic judge


Various experiments have shown that, when faces of different symmetry are shown for fractions of a second, the
human subconscious tends to react more positively to mathematically harmonious faces, even when the observer
is unaware of it. This is an automatic neurological response, one with deep evolutionary roots.

In short, beauty is health encoded in geometry. A harmonious face not only communicates aesthetics but also
biological power, genetic superiority, and visual confidence.
The mathematics of attractiveness is not a detail: it is a biological language.
Numbers don't lie. The subconscious recognizes them, rewards them, and prefers them.


Chapter 4: The subconscious and the attraction to
harmonious proportions



The human subconscious doesn't need cultural permission to identify beauty. It's an automatic radar, a biological
algorithm whose sole mission is to detect signs of health, symmetry, and genetic superiority in milliseconds.

4.1 Unconscious facial scanning


Neuroscience studies have shown that the human brain takes less than 0.3 seconds to form a first impression
of a face. And that impression is highly

influenced by symmetry, the alignment of features, and proportion. Neither morality, nor culture, nor ideology
can stop this immediate scanning.
This mechanism is based on millions of years of evolution, where quickly detecting a healthy face could mean better
reproductive opportunities, greater protection, or greater access to resources.

4.2 Beauty as a primitive cognitive bias


Our brains associate beauty with kindness, success, intelligence, leadership, and power. This is known as the
Halo Effect. And it's a universal phenomenon. Even babies just a few months old show a visual preference for
faces that conform to symmetrical proportions.
This bias affects not only our emotions: it affects rational judgments, political decisions, court verdicts, job
hiring, and salary levels.

4.3 The permanence of subconscious judgment


Unlike fashions, which change every decade, the subconscious judgment of facial harmony hasn't changed
in 100,000 years. What the human eye considered beautiful in the Paleolithic is still considered beautiful in the
21st century. This is because harmonious facial architecture is imprinted in the DNA of our perception.
Fashion is learned. Proportion is inherited.
Attractive faces don't just generate desire: they generate automatic trust, sympathy, respect, and even
forgiveness. Because when the math adds up, the subconscious obeys without question.



Chapter 5: Timeline – Discoveries in facial
proportions




The scientific understanding of beauty has spanned centuries, crossing cultures and disciplines.
This timeline summarizes the major milestones that have led to the development of modern knowledge
about facial ratios.


5.1 Antiquity


• Egypt (c. 3000 BC): Sculptures and frescoes show consistent proportions, using an 18-unit grid to represent
the human body. • Classical Greece (c. 450 BC): Polykleitos formulates the "Canon" of ideal
proportions
in sculpture.

5.2 Renaissance•

Leonardo da Vinci (1490): With the Vitruvian Man, he establishes geometric relationships between
the parts of the human body.
• Luca Pacioli (1509): He published "De Divina Proportione", focusing on the golden ratio as a symbol of
perfection.

5.3 Modern Age

• Albrecht Dürer (1528): Publishes the first modern treatise on proportions
human and its variations.
• 19th Century: Anthropometry was born as a scientific discipline, thanks to researchers such as Quetelet and
Galton.

5.4 20th Century


• Stephen Marquardt (1990s): Develops the “Golden Ratio Mask”, used to evaluate facial symmetry.

5.5 21st Century


• Artificial Intelligence and Big Data: Thousands of faces are analyzed by algorithms
to detect beauty patterns and predict behavior in social networks, casting, and personnel selection.
This progression demonstrates that human attractiveness has been measured, dissected, and codified with
increasing precision. What was once artistic intuition is now geometric precision. And each step has led to a
more objective understanding of what makes a face desirable.


Chapter 6: Beauty as a social advantage: statistics and
realities



If beauty is mathematical, then its effects on daily life must be measurable. And they are. Statistics across multiple
social and economic fields clearly show that people with more harmonious faces and bodies enjoy significant,
structural advantages. This section will present the most solid and revealing data on how appearance directly
impacts quality of life.

6.1 Attractiveness and employability


• 58% of employers admit that appearance influences their hiring decision
hiring. (Source: Newsweek, 2010)
• In blind studies, attractive people are 20-25% more likely to be
hired for the same position as less attractive but equally qualified candidates.


6.2 Attractiveness and salary

• People considered more attractive earn on average 3-4% more annual salary
than the rest. (Source: Daniel Hamermesh, Beauty Pays)
• In sales, income can increase up to 15% more for physical sellers
attractive.


6.3 Attractiveness and relationships

• On dating apps, profiles with more harmonious photos receive up to 10 times more
matches than those considered "average" facial features. •
Attractive people start relationships more quickly, receive more romantic proposals,
and are initially perceived as more trustworthy.


6.4 Attractiveness and quality of life


• People perceived as more beautiful report higher self-esteem, confidence,
external validation and emotional satisfaction.
• In academic settings, teachers tend to unconsciously rate more attractive students more
highly. (Halo effect documented in educational psychology studies.)


6.5 Attractiveness and justice


• In jury trials, attractive people receive less severe sentences than unattractive people
for the same crime. (Source: Efran, 1974; Stewart, 1980)


6.6 Attractiveness and mental health


• Beauty correlates positively with a lower incidence of clinical depression and social
anxiety, as long as it is not accompanied by dysmorphic disorders.


6.7 Attractiveness and social networks


• Influencers with more symmetrical faces and idealized proportions have a
organic growth up to 3 times faster than others with similar content but without
outstanding aesthetics.
In every setting, attractiveness becomes a multiplier. An advantage that cuts across
systems, cultures, and social classes. And it all starts with facial geometry.


Chapter 7: Cosmetic surgery and facial
transformation: history, techniques and results



Facial cosmetic surgery has not only revolutionized the perception of beauty, but has also confirmed that facial
mathematics and ideal proportions have a direct impact on quality of life and self-esteem. From rudimentary
techniques to complex procedures, surgical intervention has been a tool to bring the human face closer to the
ideals of harmony.


7.1 History of facial cosmetic surgery
• Antiquity: There are records in ancient India (circa 600 BC) about
rudimentary reconstructive procedures, especially in rhinoplasty. • 20th Century: Modern cosmetic
surgery developed after the First World War
World War II to repair war wounds, which led to advances in facial techniques and reconstruction.
• Contemporary era: Cosmetic surgery went from being reconstructive to elective,
aimed at improving appearance and facial harmony.


7.2 Advanced techniques and high-level surgeries


• Lefort III: Surgery that repositions the midface, including the jawbone, cheekbone, and orbit, to improve,facial structure and proportions.

• Orbital cage surgery: Modification of the orbital bone to improve the
symmetry and proportion of the eyes. • Facial implants: Use of biocompatible materials to enhance cheekbones.chin or jaw and achieve ideal proportions.

• Structural rhinoplasty:
Not only improves respiratory function, but also rebalances the face according to harmonious proportions.

• Chin surgery (mentoplasty): Modification of size
and projection for perfect facial balance.

• Rotation and bone remodeling surgeries: Techniques to correct
asymmetries severe or alter facial proportions in depth.


7.3 Psychological and social outcomes after surgery


Numerous studies have shown that people who undergo advanced cosmetic procedures report:
• Increased self-esteem and personal confidence. •
Increased social and career opportunities. • Improved self-perception
and greater motivation to achieve goals. • Significant reduction in social anxiety and depression
linked to self-image.


7.4 Ethical and social considerations


Cosmetic surgery can be a powerful tool, but it also raises ethical questions about societal pressure and the
culture of the perfect body. However, it's undeniable that achieving mathematically harmonious facial ratios has
tangible benefits that transcend superficial appearance.



Chapter 8: Beyond the Face — The Influence of Body
Proportions on the Perception of Beauty



While the thesis has focused on facial proportions, overall body harmony is crucial to the overall perception of
attractiveness. The human body is also governed by mathematical proportions that the subconscious
uses to evaluate health, fertility, and strength.

8.1 The waist-hip ratio


Studies in evolutionary biology have shown that waist-to-hip ratio (WHR) is a strong indicator of attractiveness
and reproductive health, especially in women. A WHR close to 0.7 is considered ideal, associated with fertility
and good physical fitness.

8.2 The shoulder-waist ratio in men


In men, the relationship between shoulder width and waist width is perceived as a sign of strength and masculinity.
A shoulder width significantly wider than the waist width is often preferred in terms of attractiveness.

8.3 Leg-body ratio and height


Leg length in relation to overall height also influences perceptions of beauty. Long legs are often associated with
youth and health, thus positively impacting visual appeal.

8.4 Golden ratio in the human body

Just like the face, the body can be analyzed under the magnifying glass of the golden ratio.
Studies suggest that when certain body measurements fit this number (1.618), the figure is perceived as more
harmonious and attractive.

8.5 Impact on fashion and design


The fashion industry uses these proportions to design clothing that highlights ideal physical qualities.
Advertising also emphasizes these proportions to shape cultural standards of beauty.





Chapter 9: Psychology of attractiveness and the halo effect.
The perception of beauty is not limited to the visual; it is deeply influenced by psychological processes that affect
our emotions, judgments, and social behaviors.



9.1 The halo effect


The halo effect is a cognitive bias whereby a positive impression of one characteristic (such as physical beauty)
influences the perception of other qualities (intelligence, kindness, competence). This means that an
attractive person is automatically seen as more trustworthy, competent, and socially adept.


9.2 Impact on daily life


• In job interviews, attractive candidates tend to receive higher evaluations.
favorable.
• In education, attractive students tend to be perceived as more
intelligent and responsible.
• In interpersonal relationships, beauty facilitates the creation of social networks and
friendships.

9.3 Neurological bases of the halo effect


Neuroimaging studies show that brain areas related to reward and emotion are more intensely activated
by aesthetic stimuli, reinforcing the positive bias toward attractive people.

9.4 Social and ethical consequences


Although the halo effect can benefit attractive people, it also creates inequality and prejudice. Recognizing
this bias is essential to promoting equity in the workplace, education, and legal settings.



Chapter 10: Impact of appearance on politics and
leadership



Physical aesthetics greatly influence public perception of political leaders and authority figures, affecting their
electoral success and perceived leadership ability.


10.1 Height and political success


Various studies indicate that taller politicians are more likely to achieve electoral success. This is attributed to
the unconscious association of height with leadership, authority, and power.
• An analysis of U.S. presidents showed that most were taller than the average population of their time. • In
several countries, taller candidates have won
elections more frequently
than their opponents.


10.2 Facial attractiveness and choices


Facial symmetry and other harmonious proportions impact the perception of confidence and competence in
candidates, influencing voter preference, even when they are not aware of it.

10.3 Visual charisma and presence


Appearance influences a leader's ability to generate charisma and empathy, key elements for mobilizing
followers and maintaining authority.

10.4 Studies and statistics


• In simulated election experiments, more attractive candidates obtain between
10-15% more votes.
• The combination of height and attractiveness can further increase the odds
of success.


• Chapter 11: Beauty and success in the workplace


Physical appearance plays a crucial role in the professional world, affecting everything from hiring to
advancement opportunities and compensation.

11.1 Influence on hiring


Studies show that recruiters favor attractive candidates, attributing to them characteristics such as competence,
confidence, and sociability, even before evaluating their technical skills.

11.2 Impact on salary and promotions


• People considered attractive can earn up to 5-10% more than their less attractive peers.

• They are also more likely to receive promotions and high-profile assignments.

11.3 Effect on labor relations


Physical attraction facilitates the creation of networks and alliances within the workplace, improving
collaboration and the perception of leadership.

11.4 Standards and discrimination


This phenomenon, although common, can cause indirect discrimination, affecting diversity
and equity in organizations.



Chapter 12: Genetics, inheritance and the aesthetic
destiny inscribed in phenotypes



There is no scalpel more powerful than DNA. Beauty, far from being an ethereal quality or a
mere accident of chance, is a result of biological engineering of precise proportions.
Every face—from the most vulgar to the most irresistible—is a genetic signature: a silent
sculpture shaped by Mendelian laws, selective mutations, and evolutionary inheritances
that shape not only an individual's attractiveness but also their social potential.

Our genetic code determines much more than eye color or hair type.
It defines mandibular angles, zygomatic projections, interpupillary distances, and
symmetries imperceptible to the human eye, but not to the subconscious.

12.1 Dominant and recessive traits: the hereditary architecture of the face


In the 19th century, the famous monk Gregor Mendel deciphered the basic mechanism by
which physical traits are inherited from parents to children. His work, based on the
combination of dominant and recessive alleles, laid the foundation for understanding how
certain facial characteristics are transmitted and repeated—or hidden for generations—as if
genetics were waiting for the right moment to sculpt a masterpiece.

Dominant traits (more likely to be expressed with a single dominant allele):

• Strong, wide jawlines • Straight,
defined eyebrows • Straight
or aquiline nose • Dark,
almond-shaped eyes • Thick,
dark, curly, or wavy hair


Recessive traits (require double alleles to occur):

• Light eyes (blue, gray, green) • Small or upturned
nose • Straight, light hair • Receding chin
• Thin lips • Small, close-set
ears


The combination of genes from two parents —whose phenotypic configurations may
contrast—results in a range of aesthetic expressions that may or may not, not approaching mathematical harmony. However, when biological chance achieves a
configuration where all the elements fit together with symmetrical precision, what the
subconscious perceives as undeniable beauty is born.


Beauty is, above all, a correct inheritance executed with molecular precision.


12.2 Genetic anthropology: adaptive aesthetics and local evolution



Every civilization, every ethnic group, and every population isolated for centuries developed aesthetic patterns shaped
by their environment. Genetic anthropology shows us that human attractiveness depends not only on internal
proportions but also on their adaptation to the evolutionary environment.


Examples of genetic aesthetic adaptation:


• Central Africa: full lips, wide nose, greater dermal pigmentation ÿ
adaptation to heat, humidity and solar radiation.


• Northern Europe: light skin, light eyes, more refined features ÿ adaptation to
low UV radiation and a diet rich in dairy products (lactase enzyme).


• East Asia: eyelid with epicanthal fold, smaller nose, facial structure
compact ÿ adaptation to cold and windy climates.


The fascinating thing is that when certain individuals present harmonious blends of these adaptive patterns, a

type of beauty emerges that is “universally acceptable,” cross-cultural, and highly sought-after, even in markets such

as fashion, acting, or celebrity genetics.
12.3 Phenotype: the visible face of DNA



The phenotype is the observable expression of the genotype, that is, how inherited
genes manifest themselves physically. Here, aesthetics become visual evidence of genetic
success.


Examples of phenotypic traits with aesthetic value:


• Zygomatic projection (cheekbones): related to Asian and European genetics
north.


• Ocular symmetry: strong correlation with prenatal health and absence of trauma
craniofacial.


• Gonial angle (mandible): related to hormonal levels (testosterone and
growth hormone).


• Uniform pigmentation: indicates absence of oxidative stress, sun damage,
chronic dermatological diseases.


A harmonious phenotype is more than just a "pretty face." It's a visual representation of health,
proper bone development, genetic stability, and immune resistance, all in one visual package.
Therefore, the first impression someone makes is engraved in their phenotype, and it's the
subconscious that reads its code without question.



12.4 Aesthetic mutations: rarities that fascinate


Not all beauty conforms to classic patterns. Some arise from rare genetic mutations that, rather than
causing negative effects, produce faces that are impossible to ignore:


• Heterochromia (eyes of different colors): melanin mutation with high visual impact.

• Extreme symmetry
due to mild genetic trisomy or minimal alterations in the
embryonic development.


• Unique pigmentations (partial albinism, symmetrical vitiligo): visual alterations transformed into
symbols of exoticism and differentiation.


• Prolonged neoteny (faces that retain juvenile features into adulthood): linked
to mutations that delay full facial maturation.
These mutations are like artistic errors: imperfections so unique that they become masterpieces. Genetics,
sometimes, is the most unpredictable of sculptors.


12.5 Aesthetic inheritance and modern social selection



In a society where physical attractiveness has become a key factor, it's no exaggeration to speak of
contemporary sexual selection based on genetic beauty. Individuals with harmonious facial features,
ideal proportions, and desirable phenotypes not only have greater reproductive success, but also greater job
opportunities, better social standing, greater visibility, and better alliances.

Therefore, genetic combinations that favor symmetry, uniform pigmentation, a pronounced jawline, or ideally
shaped eyes are not just inherited: they are selected through attraction, desire, and reproduction.



Beauty is successful genetics on display and DNA knows it.

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