Diego Espino

This paper introduces squeezed light field microscopy (SLIM), a method for high-speed 3D volumetric imaging, and demonstrates its application in tracking blood cell motion and neural activity in vivo.

This paper investigates how humans recognize 3D faces with arbitrary orientation by measuring reaction times and proposes a model linking mental rotation to alpha brainwave phase.

The paper introduces the NHT model to explain how stable allocentric space perception is maintained through time-coded neural processes, supported by reaction time experiments showing eccentricity-dependent delays.

The paper tests a model of mental scaling using reaction times to recognize faces of varying sizes, finding RT increases proportional to log-scale scaling factors and consistent with depth perception.

The paper develops models to explain 3D space perception using time signals and tests them with reaction time experiments showing distance-dependent delays.