Research

Digital holographic interferometry (DHI)

This remote and non invasive technique is the main research line of the GMO. This double exposure technique is used to retrieved the surface micro displacements for an object. The applications of DHI involve since vibration, fast and not repeatable events, 3D analysis until strain determination. Currently there are several new applications and optical configurations under development.

Holografía interferométrica digital

DHI analysis

Holografía interferométrica digital
Holografía interferométrica digital

Optical coherence tomography (OCT)

This remote and non invasive technique is the main research line of the GMO. This double exposure technique is used to retrieved the surface micro displacements for an object. The applications of DHI involve since vibration, fast and not repeatable events, 3D analysis until strain determination. Currently there are several new applications and optical configurations under development.

Tomografía de coherencia óptica espectral

Contamination study

Tomografía de coherencia óptica espectral

Bovine tissue

Tomografía de coherencia óptica espectral

Sección transversal de una cornea bajo deformación

Digital holographic microcopy (DHM)

This remote and non invasive technique is the main research line of the GMO. This double exposure technique is used to retrieved the surface micro displacements for an object. The applications of DHI involve since vibration, fast and not repeatable events, 3D analysis until strain determination. Currently there are several new applications and optical configurations under development.

Holografía microscópica Holografía microscópica

Vibration and bending in a cantilever of (3 x 7mm)

Holografía microscópica

Hologram of Amoeba Proteus