Singularity asks what happens when a body reaches the exact boundary of self-knowledge.

The work is a single industrial robotic arm moving slowly toward a flat mirror. As the arm approaches its own reflection, it begins to tremble. The trembling is not a programmed animation. It is a real mechanical consequence: the arm is entering a kinematic singularity, a configuration where its geometry loses a degree of freedom and control authority collapses along the direction it needs most. The closer it gets, the harder it shakes. It deflects, retreats, and tries again.

What the audience sees is a machine that cannot reach its own reflection. The reflection is real. It is a mathematically valid pose. But it sits on the other side of a boundary the arm's structure cannot cross. The system is not broken. It is complete. The failure is built into its completeness.

There is no explanatory text in the installation, no diagram, no label. Only a body approaching a mirror and shaking harder the closer it gets.

The work draws from robotics research on Jacobian rank deficiency and singularity avoidance, reframing a well-known engineering problem as an irreducible condition rather than a flaw to be solved.

Currently in prototype and ground testing.