
Artificial intelligence helps scientists to measure human consciousness
AI offers insights into quantifying consciousness in different altered states of consciousness.
AI offers insights into quantifying consciousness in different altered states of consciousness.
A study lead by Danish and Belgian (GIGA/ULiège) researchers attributes for the first time a biological purpose to near-death experiences (NDEs)
Most of post-comatose clinically unresponsive patients present residual brain activity closer to what we usually observe in minimally conscious patients.
A new study shows that heart brain interactions, measured using electroencephalography (EEG), provide a novel diagnostic avenue for patients with disorders of consciousness.
The prize supports his work in the field of Artificial Intelligence applied to the follow-up of patients after coma.
Audrey Vanhaudenhuyse and Olivia Gosseries join their expertise to launch an innovative project on the effects of cognitive trance for oncology patients.
The article discusses his innovative approach to research on states of minimal consciousness and Steven's international expertise in the field.
A recent doctoral study (VUB-ULiège) shows that the clinical assessment of the depth of sedation and the presence of pain during palliative sedation could be improved by the use of medical monitors.
An international research team is studying changes in neural substrates in Russian cosmonauts returning from the International Space Station.
In January 2020, Tim Bayne, Anil Seth and Marcello Massimini published an opinion paper on Trends in Neurosciences. Not agreeing with some of the points they made, Benedetta Cecconi, Jitka Annen and Steven Laureys decided to write a letter to the editor.