The Eye That Sees All
The Eye That Sees All
The Eye That Sees All is our exploration of the beauty of the human eye; a journey that begins at the surface and travels inward, from glass-clear tissue to the brain’s first interpretation of light.
Inspired by the Powers of Ten, the camera moves through scale and structure, revealing how seeing is built: part optics, part biology, part quiet miracle. Beginning with an homage to Caspar David Friedrich’s Wanderer Above the Sea of Fog, it asks what it means to stand at the edge of the visible; to look out, and to be remade by what you see.
The Eye That Sees All is a film about craft at nature’s smallest scale; a reminder that vision is not just light entering the eye, but the mind deciding what it is looking at; the wanderer, the fog, and the world becoming legible.
Film
By fictions.work
Writing
by Thomas Sharp
Music
by Hiatus.
When you look closer
… you’ll see the goddess Iris travelling on a rainbow and delivering messages from the immortals to the mortals.
There she is, in the opening of The Illiad, imparting news that sets much in motion.
She warns the Trojans and their leader Hector of the Greek threat. She tells Helen of the duel for her love that is about to begin. ‘My dear sister, come and see how strangely the warriors are behaving.’
Iris, her name means both rainbow and the halo of the moon.
There she is, the coloured part of your eye.
Moment by moment regulating the amount of light you take in. The subtlest of changes of size of your pupil. Pupillary reflexes.
Sphincter and dilator muscles should you ask. Sphincter pupillae and dilator pupillae contracting and expanding, little tugs of all those folds.
Listen to this magic. The outer edge of the iris is the root. In front of that is the trabecular meshwork. Through this the aqueous humour, a lightly-proteined liquid, drains.
The flowing work of the aqueous humour is helped by the crypts of Fuchs. HP Lovecraft would have loved those.
You know what else he would have cosmically enjoyed? The folds of Schwalbe. Very fine radial folds old-god-snaking from the pupillary margin to the collarette.
The collarette is the beautiful zigzag you’ve been seeing in your own eyes all your life.
Your iris began forming during your third month of gestation and was finished by your eighth.
The particular rainbow you hold in your own iris is a melee between texture, pigmentation, fibrous tissue and blood vessels.
Some mortals have irises of two different colours. This is called heterochromia. Famously, Anastasius I Dicorus, Roman emperor from 491 to 518 whose reign was characterised by sensible reforms and stable bureaucracy stemming from his career in the civil service, had one black iris and one blue iris.
There are 40 to 60 points of comparison in fingerprints.
Each iris has around 266 distinctive features – these include furrows, crypts, contraction furrows, rings, corona, freckles and your lovely zigzag.
Scientists have referred to your iris, (not just yours, everyone’s), as a ‘living textural barcode’.
Even identical twins have unique irises.
Messages from the immortals to the mortals.
We start at the cornea, the eye’s clear front window, taking the first share of light and bending it inward. We pass the pupil, dark as a well, widening for night and tightening in bright sun, letting in only what the moment can bear. Around it, the iris governs like a living shutter, balancing clarity with protection through tiny, precise muscles.
From there, fine suspensory ligaments hold the lens in place like taut threads on a stage, passing the pull and release that lets focus shift. The lens reshapes itself to sharpen near and far, turning scattered light into a crisp image, as if drawing the scene into order.
Behind it, the vitreous body fills the eye with clear gel, mostly water, yet holding everything steady, like calm air in a sealed room.
At the back of the eye, rods and cones stand watch: rods for dim light and motion, cones for colour and fine detail. Together they translate light into signals the body can carry; and then the story leaves the eye and enters the mind.
The brain receives those signals and makes them meaningful, stitching them into a world you can recognise. In the primary visual cortex, that world is first carefully read: edges, lines, and patterns mapped and measured; the raw grammar of sight.
