Projects
Using Mental Imagery to Rescript Emotional Memories in a Fear Conditioning Paradigm KU Leuven
In classical fear conditioning, a neutral stimulus (for example, a red car) becomes associated with a fearful event (for example, being in a car crash). Because of this association, the original fear response becomes associated with the neutral stimulus. A reduction of this fear response can be achieved by extinction learning: repeated exposure to the neutral stimulus in the absence of the fearful event. A new memory trace is created where ...
The effects of mental imagery on consumers’ wanting and liking. Ghent University
This project studies the impact of imagination on two related yet separable forces that guide human reward-seeking behavior: wanting and liking [1]. Wanting is felt as a desire prior to consumption which ultimately leads to a motivational state to interact with a product or service (i.e., purchase, consume). Liking involves a post-consumption evaluation of the experienced pleasure and facilitates an emotional state [1, 7]. Over the past ...
Field versus observer perspective in mental imagery: an investigation of the effects on mood and behaviour, and of the efficacy of a clinical application in the prevention of depressive relapse. KU Leuven
mso-ansi-language:EN-US" lang="EN-US">It isnot just a posit</>ive event in itself, but also how it is processed that
determines the outcome, for instance on positive affect. This is especially of
interest in the context of depression. Depression is characterised by increased
negative affect, but also by reduced positiveaffect</>. Our aim
was to investigate mechanisms that ...
The puzzle of imagistic cognition University of Antwerp
Real-time multiway decoding of performed, observed and imagined movement electrocorticography supported by avatar-based user training KU Leuven
Brain-Computer Interfaces (BCIs) decode brain activity with the aim to establish a communication channel that does not rely on muscular control. BCIs usually rely on EEG signals acquired from the subject's scalp or on electrophysiological signals from brain implants. The latter yield a superior decoding performance, but as the implant damages the cortical tissue, long-term signal stability is a concern. EEG does not require surgery but the ...