Nicolás Bruno
Coordinador de Academia
Nicolás es Psicólogo de la UBA y Máster en Ciencias Cognitivas por ENS-París. Actualmente culmina su doctorado en neurociencias entre la UNC y la Sorbonne, investigando la predicción de estados atencionales mediante señales fisiológicas. Combina su formación en neurociencias con habilidades en programación y data science, aportando una perspectiva técnica e innovadora a los proyectos de NeuroTransmitiendo.
Investigaciones
10 publicaciónes científicas
Does Clinical Evidence Reach Psychological Treatments? Psychotherapy Status in Argentina
Acute effects of psilocybin on the dynamics of gaze fixations during visual aesthetic perception
Time-resolved neural and experience dynamics of medium- and high-dose DMT
Dynamics of EEG microstates change across the spectrum of disorders of consciousness
Affective computing as a tool for understanding emotion dynamics from physiology: A predictive modeling study of arousal and valence
Distinct Electrophysiological Signatures of Intentional and Unintentional Mind-Wandering Revealed by Low-Frequency EEG Markers
Psilocybin-induced modulation of visual salience processing
Methodological considerations for the study of non conscious processes through the masked priming paradigm
FORMACIÓN DE CLASES DE EQUIVALENCIA DE ESTÍMULO Y EFECTO DE BLOQUEO
Faster might not be better: Pictures may not elicit a stronger unconscious priming effect than words when modulated by semantic similarity
It has been suggested that unconscious semantic processing is stimulus-dependent, and that pictures might have privileged access to semantic content. Those findings led to the hypothesis that unconscious semantic priming effect for pictorial stimuli would be stronger as compared to verbal stimuli. This effect was tested on pictures and words by manipulating the semantic similarity between the prime and target stimuli. Participants performed a masked priming categorization task for either words or pictures with three semantic similarity conditions: strongly similar, weakly similar, and non-similar. Significant differences in reaction times were only found between strongly similar and non-similar and between weakly similar and non-similar, for both pictures and words, with faster overall responses for pictures as compared to words. Nevertheless, pictures showed no superior priming effect over words. This could suggest the hypothesis that even though semantic processing is faster for pictures, this does not imply a stronger unconscious priming effect.