activity
20102026
collaborators

13 papers

q-bio.NC2026

Does the motor cortex draw on a wire plane?

Patrick Iglesias-Zemmour

The two-thirds power law of human motor control () is geometrically equivalent to constant equi-affine speed. In classical differential geometry, however, the e…

math.DG2026

Bosonic and Fermionic Singularities in Diffeology

Patrick Iglesias-Zemmour

We explore the differential geometry of the quadrant , equipped with the subset diffeology of . We show a striking dichotomy between differential…

math-ph2026

Geometric Quantization by Paths, Part III: The Metaplectic Anomaly

Patrick Iglesias-Zemmour

In the previous parts of this work, we established the Prequantum Groupoid as the universal geometric container for quantum mechanics. This approach, which we call t…

math.DG2026

Geometric Quantization by Paths Part II: The General Case

Patrick Iglesias-Zemmour

In Part I, we established the construction of the Prequantum Groupoid for simply connected spaces. This second part extends the theory to arbitrary connected parasymplectic diffeol…

math.DG2025

A Conformal Co-Symplectic Structure on the Space of Pseudo-Riemannian Geodesics

Patrick Iglesias-Zemmour

The classical construction of the symplectic structure on the space of geodesic trajectories via Hamiltonian reduction fails in the pseudo-Riemannian setting due to a dimensional m…

math.DG2025

Groupoids in Diffeology

Patrick Iglesias-Zemmour

This expository paper recounts the development and application of the concept of the diffeological groupoid, from its introduction in 1985 to its use in current research. We demons…