1P-3 Autokinetic Movement of Blinking Light

Autokinetic Movement: Selective Manipulation of Directional Components by Image Stabilization.

With the retinal image of a 35-minute circular target stabilized against horizontal eye movements, horizontal autokinesis is markedly reduced. It is suggested that this result is consistent with an eye movement interpretation of autokinetic movement, and further, that the response patterns reported here are similar to those that might be expected from recent work describing cortical single unit...

Autokinetic drifts and gaze deviation.

A new method for evaluating the resting direction of the eyes based on the use of afterimages was developed. With this technique, the effect of gaze deviations relative to the individually determined resting direction was investigated among naive subjects. Moderate gaze deviations have no effect on reports of autokinesis. Only at extreme deviations which approach anatomical limits is the direct...

Matin (1964) Autokinetic movement. Selective manipulation of directional components by image stabilization

With the retinal image of a 35-minute circular target stabilized against horizontal eye movements, horizontal autokinesis is markedly reduced. It is suggested that this result is consistent with an eye movement interpretation of autokinetic movement, and further, that the response patterns reported here are similar to those that might be expected from recent work describing cortical single unit...

Excitation of 2 1S, 2 1P and 3 1P, 3 3P levels of helium in He+ on He collisions at a few hundreds eV

2014 The excitations of Helium on 2 1S, 2 1P and 3 1P, 3 3P levels in He+ on He collisions at low energy are investigated experimentally. The data are interpreted in the frame of a semi-diabatic description of He+2 , using a semi-classical treatment of the collision. 2 1P differential cross sections at 100 and 150 eV (Lab) and angular ion-photon correlation functions at 100 eV (Lab) and laborat...

The origin of the autokinetic effect