When someone looks at the Unedited Photo and says the eyes seem too large or the face looks disproportionate, I want to ask a more basic question: how much of that impression comes from the man's features, and how much from the reproduction being viewed?
What I believe some viewers are responding to is a loss of apparent depth and a change in tonal relationships. A face can look flatter, and certain features more prominent, when the shading that helps us understand its form becomes harder to see.
To understand that difference, we need to look at how we perceive faces, how a daguerreotype is reproduced, and what happens when that reproduction reaches a lit screen.
We read shape through shading
A photograph is flat, but we do not experience every face in a photograph as flat. Changes in light and shade help us interpret the forehead, the bridge of the nose, the eye sockets, and the fullness of the cheeks.
V. S. Ramachandran's 1988 study, “Perception of shape from shading,” demonstrated that our interpretation of shaded forms incorporates assumptions about illumination.[1] Our visual system uses those tonal patterns to make sense of three-dimensional form.
Think about the shading around an eye. The transition from the brow into the socket, the contour of the eyelid, and the light falling across the cheek all contribute to how that eye sits within the face. When those transitions become faint, the eye can appear more isolated from the structures surrounding it.
That is the distinction I am drawing when I question whether viewers are seeing disproportionate eyes or weakened depth cues.
Why contrast around the eyes matters
The arrangement of light and dark around the eyes plays an important role in facial perception.
In a 2012 study, Tapan Gandhi, Nina Suresh, and Pawan Sinha examined brain responses to faces with altered contrast. They compared normal faces, photographic negatives, and faces that were negative except for a normally contrasted eye region. Restoring normal contrast around the eyes produced certain neural responses resembling those elicited by normal positive faces.[2]
The experiment highlights how much information we draw from the tonal relationships in that particular region.
An eye's appearance depends on more than its outline. It also depends on how its surrounding shadows and highlights relate to the rest of the face. Those relationships deserve attention when someone judges facial proportions from an old photographic reproduction.
Below is an example of Joseph's son, Alexander Hale Smith; though the photo hasn't gone through the same copying process as the Unedited Photo, nor was it a daguerreotype, I am using it as a reference for how we read light on a face.
White on a screen is not white on paper
A cell phone or computer screen produces the white areas of an image with emitted light. In an ordinary photographic print, the white areas come from light reflecting off the paper.
That difference matters to the viewing experience. On a screen, the display's brightness, tonal settings, and surrounding light affect what we see. With a print, the paper's surface and the light illuminating it contribute to the appearance of the image.
This is especially noticeable when I print the Unedited Photo. The facial shading and sense of depth come across much more naturally on paper than they do on my screen. People who have seen the prints have often been struck by the difference, especially the poster-sized one of Joseph.
The subtle transitions around the eyes become easier to appreciate, as they can see the features as part of a dimensional face rather than isolated areas of light and dark.
Research into matching screens and prints shows why these viewing conditions deserve attention. In a 2013 master's thesis at the Rochester Institute of Technology, Vickrant J. Zunjarrao found that matching a monitor's white point to the paper and optimizing its tonal response improved the visual agreement between display and print.[3]
Even the appearance of white needs to be considered when comparing the two.
A daguerreotype has a mirrored surface
A daguerreotype adds another layer to this discussion.
Its image rests on a highly polished silver surface, usually a thin coating of silver over copper. The Library of Congress describes the preparation of that surface as polishing it until it resembles a mirror.[4]
Anyone trying to reproduce such an object has to contend with its reflectivity. The lighting and viewing angle affect how the image appears. Photographing a daguerreotype involves capturing an image carried on a reflective metal surface, with all the complications that introduces.
A second-generation paper reproduction presents that image through a different material. The reflective qualities of the silver plate have been translated into tones on paper. Paper texture can become part of the viewing experience as well.
This is why the distinction between an original daguerreotype and a second-generation paper copy is so important to my discussion of the Unedited Photo.
What happened during copying?
The copying history I have traced places the creation of the glass plate negative in 1879. By that point, an original daguerreotype dating to 1844 would have been approximately thirty-five years old.
The condition of the plate and the conditions under which it was copied both matter. It may have had scratches, tarnish, or other surface deterioration. Those possibilities belong alongside lighting, exposure, and the limitations of the copying materials when considering the outcome. Homes did not have nice humidity-controlled air conditioners for preservation.
It is fair to say that, in 1879, photographers had considerable skill and their own methods of controlling photographic results. The George Eastman Museum documents techniques such as negative retouching and selective dodging.[5]
What they lacked were today's precise digital controls for examining and adjusting the surviving tonal information. They could not open a curves panel, make a small midtone adjustment, inspect the result immediately, and revise it while monitoring the highlights and shadows.
Modern tools allow us to explore those tonal relationships with much greater flexibility.
Bringing out the surviving detail
When the Unedited Photo was discovered in 2009, Al Thelon, a daguerreotype expert, explained to us what he believed had happened during reproduction. He also said we would be amazed by the level of detail that would become visible with the contrast enhanced.
And he was right.
Adjusting the contrast can make faint recorded detail easier to distinguish. The important work is in separating tones that are already present: allowing a shadow to become readable, a contour to emerge, or a transition around an eye to become more apparent.
The goal is to bring out that surviving information while preserving the highlights and shadows. Simply pushing the contrast too far can turn delicate shading into solid black or white.
The image also remains a reproduction on a different medium. Enhancing its tones does not turn textured photographic paper into a silver-plated copper plate.
What reaches viewers online?
There is another stage between the surviving photograph and the person looking at it: the digital file being shared.
An image may be reduced in pixel dimensions, compressed, saved again, or passed through multiple platforms before someone encounters it. Each version needs to be understood in relation to its source.
Resizing reduces the number of pixels available to describe fine structures. JPEG compression reduces file size by discarding image information. Adobe's documentation explains that this process can degrade fine detail.[6]
A high-resolution screen cannot restore information missing from the file it displays.
That is why a small online reproduction may give a different impression from a carefully prepared print on photographic paper made from a much larger source file. The viewer may be judging a version in which fine contours and subtle tonal distinctions are harder to see because it was downgraded by a platform for easy upload.
Look at the reproduction before judging the face
When someone tells me the eyes look disproportionate, I want to know which version they have seen.
Even files I uploaded at 2 MB came back as downloads of under 200 kilobytes. Mind you, I have never distributed the full-resolution file, nor did the Brother Joseph Again researchers ask for it. That scan was made using a special high-resolution scanner at Borg Anderson Photography in 2009.
Other than a couple of 8-by-10 prints I made on my own printer a long time ago, the copies available to viewers have been small.
These differences help explain why viewers may have such different impressions of the image. When judging an image and its authenticity, shouldn't its viewing conditions and limitations be addressed?
My argument begins with what I have observed in person, looking at the original and poster-sized prints, as well as the hundreds of hours I have spent studying it on a computer screen.
My next goal is to share more of these large prints so those on the fence can see the details with their own eyes.
Measuring the eyes rather than judging the impression
Beyond the differences in reproduction and viewing conditions, there is a more direct way to address the claim: compare the eye width with the height of the head.
In a discussion on the YouTube channel The Stick of Joseph, I watched Curtis Weber argue that the eyes in the Unedited Photo (Marshall Photo) were disproportionately large. I adamantly disagree, and I have prepared my own graphic to show why.
A familiar guideline in portrait drawing uses the width of an eye as a unit of measurement, placing the height of the head at approximately seven eye widths. Farhad B. Naini illustrates this artist’s grid in Facial Aesthetics: Concepts and Clinical Diagnosis, showing proportions of five eye widths across and seven eye widths in height.[7]
In my measurements of the Unedited Photo, the eyes fit that seven-eye-width guideline. That is why I challenge the claim that they are too large for the head. I even ran the image through AI, which appeared to agree with my seven-eye-width measurement. Curtis, however, presented what I consider a faulty measurement graphic, drawing a more than generous outline around the eye and including even the tear duct in that width.
Look at the graphic below and see for yourself. Compare the width of the eye with the full height of the head, from the top of the skull to the bottom of the chin.
A family resemblance worth looking at
I also see different features of Joseph Smith Jr. reflected in his children. One resemblance that stands out to me is the eyes of his son Alexander Hale Smith. Their size and shape look remarkably similar to the eyes in the Unedited Photo.
Family resemblance does not have to mean that one child looks exactly like a parent in every respect. One may share the eyes, another the mouth, and another the overall shape of the face.
Look at the image below and see for yourself. Pay particular attention to Alexander's eyes and how they sit within his face.
Why this research matters to me
I think it is also fair to explain that I'm no longer LDS and haven't been for years. I haven't been dragging the Unedited Photo along with me to General Conference and standing on a sidewalk with it.
Life moved on after the discovery. At the beginning of 2012, our grandson, whom my husband and I have raised, was diagnosed with a rare cancer. He was a young boy, and our family faced an uphill battle. For the next several years, helping him survive and recover became our sole focus.
He did, and we feel so blessed.
As life and work continued, my research slowed, though I still read about the subject from time to time. It wasn't until the Larsen daguerreotype came forward that my interest was renewed. It challenged what I had in my very hands.
I often wonder what people think motivates my research if I'm not trying to find a photograph of a spiritual leader. For me, it is something simpler. I love history. I'm obsessed with genealogy. This research is part of that.
My sixth-great-grandmother was the nineteenth member of the Church. Her daughter, Clarissa Hancock White, worked as a maid for Joseph. Some have even asked whether she was a spiritual wife of his.
My grandmother, who gave me this photo, was the great-granddaughter of Joel Hills Johnson and Orville Sutherland Cox. Their stories are fascinating, even if I don't agree with their beliefs.
Joseph Smith Jr. shaped American history, without a doubt. That history, and my family's connection to it, continues to interest me.
References
Ramachandran, V. S. (1988). “Perception of shape from shading.” Nature, 331, 163–166.
Gandhi, T., Suresh, N., & Sinha, P. (2012). “EEG responses to facial contrast-chimeras.” Journal of Integrative Neuroscience, 11(2), 201–211. Full text.
Zunjarrao, V. J. (2013). “An Investigation of Soft Proof to Print Agreement under Bright Surround.” Master's thesis, Rochester Institute of Technology.
Library of Congress. “The Daguerreotype Medium.”
George Eastman Museum. “Glass Negative Retouching.”
Naini, F. B. (2011). Facial Aesthetics: Concepts and Clinical Diagnosis. Wiley-Blackwell, p. 158, Figure 9.16.
























