Facial golden ratios are simple, clear and abundant.
Since my first investigation of human facial proportions in 1997, it seemed clear that the most important features that define a human face are the simplest and most obvious: An oval head and the positions and dimensions of the eyes and the mouth. As evidence, consider the “smiley face.” It expresses a variety of facial expressions with nothing more than a circular head, two eyes and a mouth line:
We immediately recognize this icon as a face, but it clearly does not represent the proportions of a human face.
Let’s instead express these same facial markers with normal human proportions, and with the simplest possible representation. This requires a vertical oval, two lines for the eyes and a line for the mouth. The resulting face will look something more like this:
This simple facial configuration is easily mapped to very natural human proportions with the use of four simple golden ratio proportions:
The next important human facial feature is the nose, most simply represented by two nostrils. These too can be mapped to very natural human proportions with golden ratio lines:
- The nostrils in relation to the pupils of the eyes
- The distance from the pupils to the nostrils to the mouth line
This basic set of facial markers has been identified and validated through my analysis of hundreds of faces. They provide a very simple and logical set of the points that are required to construct the most basic features of a human face. They identify common golden ratio proportions that can be found in many attractive human faces.
Every face is unique though, even very beautiful ones, so few faces embody every one of these these proportions exactly. Even so, I recommend these markers and ratios to researchers for their use in assessing the appearance and validity of golden ratios in studies of facial analysis and attractiveness. There are a number of additional golden ratios that can also be found in many faces, but some are not as clear and universal as these.
To distinguish this system from other facial analysis systems (e.g., the Marquardt Beauty Mask, etc.), I’ll call this the “Meisner Beauty Guide for Golden Ratio Facial Analysis,” or the “Meisner Beauty Guide” for short. The guide is based on 33 facial markers. Click on the image below for a full resolution view.
Of these 33 markers, 28 are 14 sets of symmetrical markers that appear on both sides of the face. Five other markers are on the vertical center line of the face and define proportions based on horizontal measures.
Most faces regarded as beautiful or attractive will have a significant number of markers whose proportions are very close to the golden ratio (as rounded to 1.618). The guide is simple when viewed in the individual elements shown in the slides above. It includes the following list of golden ratio facial proportions:
Meisner Beauty Guide for Golden Ratio Facial Analysis | |||
Reference Number |
Starting point | Golden ratio point | End point |
Golden Ratios in Dimensions of the Head |
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HW | Head height (1 to 33) | Height to width | Head width at ears (19 to 20) |
Golden Ratios in Vertical (top to bottom) Facial Dimensions |
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V1 | Center of pupils (11, 12) | Center of lips (31) | Bottom of chin (33) |
V2 | Center of pupils (11, 12) | Nose at nostrils (23, 24) | Bottom of chin (33) |
V3 | Center of pupils (11, 12) | Nose flair top (21, 22) | Nose base (25, 26) |
V4 | Top arc of eyebrows (3, 4) | Top of eyes (9, 10) | Bottom of eyes (17, 18) |
V5 | Center of pupils (11, 12) | Nose at nostrils (23, 24) | Center of lips (29, 31) |
V6 | Top of lips (27, 28) | Center of lips (29, 31) | Bottom of lips (32) |
V7 | Nose at nostrils (23, 24) | Top of lips (27, 28) | Center of lips (29, 31) |
Golden Ratios in Horizontal (side to side) Facial Dimensions |
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H1 | Side of face (19) | Inside of near eye (15) | Opposite side of face (20) |
H2 | Side of face (19) | Inside of near eye (15) | Inside of opposite eye (16) |
H3 | Center of face (2, 33) | Outside edge of eye (13) | Side of face (19) |
H4 | Side of face (19) | Outside edge of eye (13) | Inside edge of eye (15) |
H5 | Side of face (19) | Outside of eye brow (7) | Outside edge of eye (13) |
H6 | Center of face (2, 33) | Width of nose (24) | Width of mouth (30) |
H7 | Side of mouth (29) | Cupid’s bow (27, 28) | Opposite side of mouth (30) |
H8 | Width of central incisor tooth | Width of lateral incisor tooth |
Why are golden ratios in the human face often missed by researchers?
A number of studies over the years have sought to determine whether golden ratio proportions exist in human facial features. Many have concluded that golden ratios do not exist, or have only a very limited presence. My review of these studies invariably reveals that the researchers simply missed the most basic golden ratios. This happened because they were measuring a different set of facial markers, and calculating a variety of alternative ratios.
As an example, one study by Italian researchers titled “The role of the golden proportion in the evaluation of facial aesthetics” captured over 30 facial markers using a very sophisticated imaging technology called 3D stereophotogrammetry (see below left). Of these, they used data on 14 facial markers for a study on attractiveness, from which they calculated 10 facial ratios (see below right).
Note how different their markers and ratios are from those in the Meisner Beauty Guide:
- Their study didn’t include the width of the face in its measures, nor were the inside and outside positions of the eyes included as markers.
- The study based half of its ratios on the hairline, which is a weak marker. The hairline is one of the most highly variable facial features by individual, and is also impacted by hair styles or male pattern baldness.
- The researchers based two other ratios on a midpoint between the eyebrows, which is certainly not as fundamental to the definition of the face as the eyes, nose and mouth.
- They used the pupils of the eyes in only two vertical measures.
- Rather than measure the very distinctive cupid’s bow of the lips in relation to the width, they omitted this marker and measured the ratio of half the width of the mouth to its height.
Their ten ratios thus did not include a single one of the ratios of the Meisner Beauty Guide. When the Meisner Beauty Guide markers are used, the face presented in their study reveals clear golden ratio proportions, horizontally and vertically. Click on image for full resolution.
The importance of facial width in attractiveness measures is illustrated by the image below. The only facial marker changed is the width of the face, and the impact on attractiveness is significant.
A 2009 study by US researchers titled “New “Golden” Ratios for Facial Beauty” made a very simplistic and invalid assumption that facial attractiveness can be reduced to one horizontal facial ratio and one vertical ratio. They announced these as the “new golden ratios” of facial attractiveness and said that true golden ratio was nowhere to be found.
The researchers properly identified the pupils to lip line as an important measure, but ignored its position on the face in relationship to the chin. Instead, they simply calculated the ratio as this dimension divided by the distance of hairline to the bottom of the chin. The importance of the relative positions of the eyes and mouth, and not just their dimensions, is illustrated in the photo below. The only change is that the eyes and mouth were both shifted downward by 20 pixels. Again, the impact on attractiveness is significant.
Horizontally, the researchers properly identified the pupils and face width as an important marker. The ratio they calculated, however, ignored the inner and outer positions of the eyes. As a result, they didn’t realize that their “new” ratio was simply a mathematical derivative of the eye width to face width golden ratio included in the Meisner Beauty Guide. The ideal face in fact embodied a number of golden ratio proportions in both its horizontal and vertical dimensions:
With this simplistic analysis based on a single female face of just average attractiveness, the researchers then made bold claims about the shortcomings in the attractiveness of famous women regarded as beautiful by most people, including Angelina Jolie, Elizabeth Hurley and Shania Twain. A more rational and valid approach would have been to start with faces that are considered beautiful and to identify a system that describes the common characteristics.
There are clearly many dozens of places on a human face that could be identified as a marker, and hundreds of ratios that can be calculated between these points. The availability of hundreds of facial ratios that do not equal the golden ratio does not mean that golden ratios do not exist. It just means that some of the most basic facial markers and simplest ratios were not included in their analysis. Many researchers apparently do not have simple gauges or software that makes identification of golden ratios easy. I urge researchers to include the Meisner Beauty Guide facial markers in the analysis of their data.
Why would the golden ratio appear in the human face?
Some have asked why golden ratios would appear in the human faces. It’s a good question. An equally appropriate question is to ask is why it would not. We find the golden ratio and the related Fibonacci series in a variety of diverse places in nature. It appears in the basic spirals of pine cones and seed pods. It is found in the spatial structure of molecules. It is even being found in quantum physics. If one is open to a spiritual perspective, the answer could be that humans were created by a superior intelligence who used the golden ratio as a constant to assure the harmony and beauty throughout the face, and in many other places in life. That answer is obviously unsatisfactory to those want a scientific explanation, and I think there is a logical answer to be found as well.
Rules of Cellular Automata
The work of Dr. Stephen Wolfram provides an insight into how individual cells are programmed to create the trillions of cells that comprise a living organism. Cellular automata proposes that a collection of cells creates a shape or design through a number of discrete time steps according to a set of rules based on the states of neighboring cells.
Consider the multitude of steps that must be required for embryonic cells to create the face of a human being through its entire growth cycle. Each cell must contain a set of rules which tells it what type of cell to become and the exact position on the face for it to appear.
Now consider that the unique mathematical properties of the golden ratio make it inherent in so many mathematical formulas and limits, as well as in many geometric constructions.
Imagine that YOU were the programmer who had to come up the rules to create the dimensions and proportions of the human face. Imagine that YOU have to choose ratios to create a facial design structure with complexity in concept, yet simplicity and harmony in execution. Would you choose a ratio like the golden ratio, with its unique mathematical ability to create a variety of different geometries? Or would you go about this by choosing a different ratio for every aspect of your design? Beauty may exist for its own sake or as an evolutionary adaptation to indicate a healthy partner for procreation. Either way, which approach do you think would result in the most aesthetically pleasing result, the use of a single ratio or different ratios for each element in the design of a face?
The Golden Ratio as the simplest and most logical solution
Our design as humans may be the result of something of higher intelligence creating a life form that is just a reflection of itself. On the other hand, it may be the evolution of individual cells uniting to create something with far more intelligence than themselves. In either case, I would submit that the golden ratio to be a more logical and likely basis for facial configurations than the use of dozens or hundreds of other independent ratios to create a face. Those in the academic community often steer away from the golden ratio because of their naturalist or humanistic leanings, and its connotation as being part of a “sacred geometry.” Its ability, however, to provide the simplest mechanism and explanation for facial dimensions should be embraced, not ignored, if we want to gain the best understanding of the dynamics at work at the cellular level in creating that wondrous face that you see every day in the mirror.
Phil Hammond says
For some of us, the universe is either in balance or seeking balance. What speaks to balance as as sublimely as the golden ratio? There are also some of us that believe that creator is seeking balance of awareness through the experience of Its imagination that creation is. Not only is the golden ratio a foundation for physical reality because of the balance it shows us physical reality is but it is a means for creation to come to recognize Itself through Its creation. The golden ratio is as significant a representation of what Creator is and the purpose for which It created as there could be in a three dimensional reality.
Tib Vandyke says
I’m writing a book concerning the pyramids, food preservation, the correct chronological placement of Joseph, and much more. I need collaborators like face needs nose. Phi is the signature of God. Look at the dimensions of the Arc of the Covenant in Genesis. You guessed it. There’s more: take that golden rectangle and slice diagonally. Now put it back together as a parallelogram and repeat till you have a lot. Then glue them end-to-end in a strait line. Now twist gently and it is one of the double helix. Make another and twist opposite direction. Six is the only perfect number, no matter what they say. The reciprocal of six is: 0.16666. I.e. 1.6 is close enough, and .0001666 is an order of magnitude; it’s still the same as 90 degrees angle is 90 degrees whether large or small.
artBellinsky says
Thank your very much for this contribution!
I have been studying Milo Manara’s drawings and I confirm that Golden Ratio is the inner seed of all his georgous girls.
You can find my humble research in this post: http://artbellinsky.com/en/2018/02/20/blog-3/
Favour says
How do I calculate the ratio?
Gary B Meisner says
Take the square root of 5, add one and then divide that result by two.
In Excel or in programming languages you can just type =5^.5*.5+.5 to get the ratio.