Seer glasses

Cast your spell
in your virtual
universe

Your digital self will make it reality.

A higher bandwidth between you and your machine, and a customized dream generated for you. Seer glasses expand your vision and accelerate the evolution of your consciousness, for the digital you and the physical you.

Preorder · $31,415 How the lens works

Field of view: >100°the whole lens is the screen
Pixels per degree: >60about the finest detail your eye can resolve
Depth, not a flat screen: Light fieldeach part of the picture at its own focus
A supercomputer in your home: 8,400 TFLOPSthe Pylon station

Open to preorder

Reserve your pair

Two ways to order. Founding 3,141: pay in full, and your pair ships first, in the order payments arrive. Reserve: pay a 10% deposit, and your pair ships after the Founding 3,141, in order. Either is refundable in full before shipping.

Rendering of the glasses from the front, lenses dark.

Rendering of the Pylon station from the front: a black slab held in a silver frame, PhantaField on its face, and on its top display a neon status screen: the user's digital twin, synced, and its fidelity; the power the AI is drawing; the glasses' battery, charging.

per pair, glasses and Pylon station: $31,415
deliveries start: 2029

In short

What it is for

BandwidthA wider human machine IO bandwidth

16K × 8K pixels per lens across more than 100°, at about the finest detail your eye can resolve.

Personal AIAn agent of your own

It runs on the Pylon station at home, on your own files.

Customized dreamCreated for you

The AI on the Pylon station generates what you watch.

Home entertainmentImmersive, console quality

Rendered on the Pylon station and shown in depth across your whole view.

Cast a spell

Tell your AI what you want. The AI on the Pylon station generates it, and the glasses show it in depth across your whole view. Here are three examples.

“Build me a workspace used by Tony Stark.”It appears · A house on a sea cliff, with a desk that draws in light.

Our design

Slim yet powerful.

The frame

A sports car on your face

Expressive without compromise.

Rendering of the glasses seen from above the lenses: silver rims and temple fronts around two dark lenses, on a black background.

A stainless steel unibody

The frame is one piece of stainless steel: uncompromised thermal performance in a thin, light form. Like a sports car's monocoque, the shell is the structure.

Rendering of one silver temple with the PhantaField name near the lens, tapering to a black tip with a thin green and white status light, on a black background.

Balanced like a sports car

The weight runs back along the temples and off your nose. At the tip, a light shows charge and alerts while the glasses are off your face.

System on lens

Orthogonal light field display

Light has two polarizations, and this lens gives each its own work. The room comes in one, the picture in the other, and two layers of liquid crystal, set 90° apart, each bend one and let the other pass. The first sends the light of 16K × 8K pixels to your eye, each ray from its own direction, so the picture stands in depth. The second brings the room to focus as your prescription asks. A third layer of liquid crystal, between two polarizers, can darken any part of the view, cell by cell: true black behind the picture, or the whole lens dark for virtual reality. The lens adapts to your eyes with no mechanical parts. All of it is built on the lens, with transistors whose channel is three atoms thick. No projector. No waveguide. No prism.

01
Polarizers and dimmer: a private screen that can go black
Two polarizers with a layer of liquid crystal between them. Cell by cell, the liquid crystal can turn the room light so the second polarizer stops it, darkening any part of your view: true black behind the picture, or the whole lens dark for virtual reality. The polarizers also keep the display light inside the lens, so no one around you sees your screen.
02
Pixel panel: the display is the lens
Transparent micro-OLED pixels switched by 2D TMD transistors, across the whole lens. Their light is polarized orthogonal to the room light the polarizers let in.
03
Modulator: a light field, not a flat screen
A liquid crystal layer that is programmed into a microlens array, aiming each pixel's light into your eye from its own direction, so each part of the picture sits at its own depth. Room light passes unchanged.
04
Eyesight modulator: your prescription, built in
The same layer turned 90°, acting only on room light, in place of prescription lenses. One programmable layer for any prescription. More accurate and adaptive than your geometrical lens glasses.

Rendering of the glasses resting on the charging pad on top of the Pylon station, a soft green glow around them, on a black background. The display below them shows a neon status screen: the user's digital twin and its fidelity, the power the AI is drawing, and the glasses' battery.

Power and graphics

All day, no cable

The Pylon station renders the graphics and powers the glasses wirelessly. It's always charged when you pick it up, and a day of wear needs no cable.

Wireless charging

A beam that follows the glasses

A photonic phased array on the front of the Pylon station steers an infrared beam onto a small receiver on the brow bar of the glasses and follows it as you move, up to 4.5 m (15 ft) away. The receiver turns the beam into power, so they charge while you wear them.

The Pylon station

Your AI lives on the Pylon station

Your AI agent runs on the Pylon station, at home, on your own files. Inside is one customized Sophon chip, and the whole model is held in the chip's own memory.

It also generates your customized dream: immersive home entertainment made for you by the AI.

The digital twin could be immortal with thepantheon.ai

tiers stacked: 256
compute + memory tiers: 64 + 192
VRAM: 2,000 GB
TFLOPS: 8,400

Preorder · $31,415

Cast your spellin your virtualuniverse