Tether
The shared core, pointed at the eye.
A multi-material virtual capsulorhexis: coupled tissue physics that responds to discrete surgical actions.
Step 3 of 12: tool forces, capsule stress and stretch against named thresholds, and particle diagnostics for the cut. Trends, not calibrated clinical measurement.
If the core can learn tissue, it can learn a process line.
Capsulorhexis couples soft tissue, muscle and fluid under discrete actions. It is a hard test for a shared physics core.
Five billion people lack safe, affordable surgical and anaesthesia care when they need it. More qualified surgeons start with access to practice.
Where it stands, first.
Trends, not exact numbers
The eye model is not calibrated. It shows how the physics moves, not values a clinician could act on.
A long road, taken deliberately
The time and regulatory road in surgery is long. The core is developed here alongside problems with easier entry and equally large impact.
In development. Trends today, calibration next.
The eye model runs on the shared core and is being taken toward calibration with clinical partners.
Coupled tissue physics responding to discrete surgical actions, showing trends.
Calibration against measured tissue behaviour, so trends become numbers.
Talks with two eye research institutes to continue the work together.