Humans seem to decide for themselves what to do, and when to do it. This distinctive capacity may emerge from an ability, shared with other animals, to make decisions for action that are related to future goals, or at least free from the constraints of immediate environmental inputs. Studying such volitional acts proves a major challenge for neuroscience. This review highlights key mechanisms in the generation of voluntary, as opposed to stimulus-driven actions, and highlights three issues. The first part focuses on the apparent spontaneity of voluntary action. The second part focuses on one of the most distinctive, but elusive, features of volition, namely, its link to conscious experience, and reviews stimulation and patient studies of th...
The idea that intentions make the difference between voluntary and non-voluntary behaviors is simple...
What is Consciousness For? Lee Pierson and Monroe Trout Copyright © 2005 Abstract: The answer to t...
In this issue of Neuron, Fried et al. report electrical recordings from single neurons in several ar...
The question of how we can voluntarily control our behaviour dates back to the beginnings of scienti...
The question of how we can voluntarily control our behaviour dates back to the beginnings of scienti...
International audienceFor decades several studies have been trying to find the source of ‘intention’...
For decades several studies have been trying to find the source of ‘intention’ in the brain. Histori...
SummaryUnderstanding how self-initiated behavior is encoded by neuronal circuits in the human brain ...
Although the conceptual distinction between voluntary and automatic acts seems intuitively obvious, ...
I agree with Nachev and Hacker’s general approach. However, their criticism of claims of covert auto...
We generally assume that intentions and decisions cause our voluntary acts:We form a conscious inten...
The brain processes involved in the planning and initiation of voluntary action are of great interes...
Changes of Mind’ can provide insights into the dynamic and continuous processes underlying decision ...
In 1965, Hans Kornhuber and Luder Deecke made a discovery that greatly influenced the study of volun...
Volition is the power to act beyond simple, automatic responses. We can act voluntarily because we c...
The idea that intentions make the difference between voluntary and non-voluntary behaviors is simple...
What is Consciousness For? Lee Pierson and Monroe Trout Copyright © 2005 Abstract: The answer to t...
In this issue of Neuron, Fried et al. report electrical recordings from single neurons in several ar...
The question of how we can voluntarily control our behaviour dates back to the beginnings of scienti...
The question of how we can voluntarily control our behaviour dates back to the beginnings of scienti...
International audienceFor decades several studies have been trying to find the source of ‘intention’...
For decades several studies have been trying to find the source of ‘intention’ in the brain. Histori...
SummaryUnderstanding how self-initiated behavior is encoded by neuronal circuits in the human brain ...
Although the conceptual distinction between voluntary and automatic acts seems intuitively obvious, ...
I agree with Nachev and Hacker’s general approach. However, their criticism of claims of covert auto...
We generally assume that intentions and decisions cause our voluntary acts:We form a conscious inten...
The brain processes involved in the planning and initiation of voluntary action are of great interes...
Changes of Mind’ can provide insights into the dynamic and continuous processes underlying decision ...
In 1965, Hans Kornhuber and Luder Deecke made a discovery that greatly influenced the study of volun...
Volition is the power to act beyond simple, automatic responses. We can act voluntarily because we c...
The idea that intentions make the difference between voluntary and non-voluntary behaviors is simple...
What is Consciousness For? Lee Pierson and Monroe Trout Copyright © 2005 Abstract: The answer to t...
In this issue of Neuron, Fried et al. report electrical recordings from single neurons in several ar...