Three separate fMRI studies were conducted to study the neural dynamics of free decision formation. In Study 1, we first searched across the brain for spatiotemporal patterns that could predict the specific outcome and timing of free motor decisions to make a left or right button press (Soon et al., 2008). In Study 2, we replicated Study 1 using ultra-high field fMRI for improved temporal and spatial resolution to more accurately characterize the evolution of decision-predictive information in prefrontal cortex (Bode et al., 2011). In Study 3, to unequivocally dissociate high-level intentions from motor preparation and execution, we investigated the neural precursors of abstract intentions as participants spontaneously decided to perform ei...
In a dynamically changing environment, we are constantly required to flexibly react to stimuli. It i...
Spontaneous actions are preceded by brain signals that may sometimes be detected hundreds of millise...
Previous brain imaging studies identified the neural networks underlying free choice of self-initiat...
Three separate fMRI studies were conducted to study the neural dynamics of free decision formation. ...
Rather than just passive reactions to external stimulation, much of human behavior is self-initiated...
Recently, we demonstrated using functional magnetic resonance imaging (fMRI) that the outcome of fre...
Unconscious neural activity has been repeatedly shown to precede and potentially even influence subs...
Brain-imaging research on intentional decision-making often employs a "free-choice" paradigm, in whi...
<div><p>We are remarkably adept at inferring the consequences of our actions, yet the neuronal mecha...
We are remarkably adept at inferring the consequences of our actions, yet the neuronal mechanisms th...
Brief periods of unconscious thought (UT) have been shown to improve decision making compared with m...
Perceptual decision-making entails the transformation of graded sensory signals into categorical jud...
When choosing actions, we can act decisively, vacillate, or suffer momentary indecision. Studying ho...
There has been a long controversy as to whether subjectively ‘free ’ decisions are determined by bra...
During simple perceptual decisions, sensorimotor neurons in monkey fronto-parietal cortex represent ...
In a dynamically changing environment, we are constantly required to flexibly react to stimuli. It i...
Spontaneous actions are preceded by brain signals that may sometimes be detected hundreds of millise...
Previous brain imaging studies identified the neural networks underlying free choice of self-initiat...
Three separate fMRI studies were conducted to study the neural dynamics of free decision formation. ...
Rather than just passive reactions to external stimulation, much of human behavior is self-initiated...
Recently, we demonstrated using functional magnetic resonance imaging (fMRI) that the outcome of fre...
Unconscious neural activity has been repeatedly shown to precede and potentially even influence subs...
Brain-imaging research on intentional decision-making often employs a "free-choice" paradigm, in whi...
<div><p>We are remarkably adept at inferring the consequences of our actions, yet the neuronal mecha...
We are remarkably adept at inferring the consequences of our actions, yet the neuronal mechanisms th...
Brief periods of unconscious thought (UT) have been shown to improve decision making compared with m...
Perceptual decision-making entails the transformation of graded sensory signals into categorical jud...
When choosing actions, we can act decisively, vacillate, or suffer momentary indecision. Studying ho...
There has been a long controversy as to whether subjectively ‘free ’ decisions are determined by bra...
During simple perceptual decisions, sensorimotor neurons in monkey fronto-parietal cortex represent ...
In a dynamically changing environment, we are constantly required to flexibly react to stimuli. It i...
Spontaneous actions are preceded by brain signals that may sometimes be detected hundreds of millise...
Previous brain imaging studies identified the neural networks underlying free choice of self-initiat...