In collaboration with Drs. T. Palenicek, M. Brunovsky, and many young researchers at the National Institute of Mental Health (Klecany, Czech Republic), we evaluate the effects of psychedelic drugs on the brain's ability to follow periodic stimulation.
In collaboration with Drs. M. Binder and U. Gorska at Jagiellonian University (Krakow, Poland), we evaluate the potential use of auditory SSR as a biomarker of consciousness level in disorders of consciousness.
In collaboration with Drs. A. Dores and F. Barbosa at Porto University (Porto, Portugal), we are developing methods to assess brain activity specific to gaming/gambling.
In collaboration with Drs. Y. Naruse and Y. Yokota at the Center for Information and Neural Networks (Osaka, Japan), we develop a neurobiofeedback system.
In collaboration with teams from the Latvian Academy of Music (Riga, Latvia) and the National Sun Yat-sen University (Kaohsiung, Taiwan), we are developing a music-based biofeedback system.
In collaboration with Dr. J. Bjekic at the University of Belgrade (Belgrade, Serbia), we investigate EEG changes induced by brain stimulation.
In collaboration with Dr. C. Saavedra from Valparaiso University (Valparaiso, Chile), we elaborate novel indices for the evaluation of auditory SSRs.
In collaboration with Dr. G. Wang from the Auckland University of Technology (Auckland, New Zealand), we investigate changes in brain electrical activity occurring in various addictions.
In collaboration with Dr. J. Burkauskas at the Laboratory of Behavioral Medicine of Neuroscience Institute of Lithuanian University of Health Sciences (Palanga, Lithuania), we evaluate brain changes associated with excessive internet use.
Former:
In collaboration with Dr. C. Pacoret at the University of Geneva (Geneva, Switzerland), we seek to explain the generation of ASSRs.
In collaboration with Prof. T. Koenig at the University Hospital of Psychiatry (Bern, Switzerland), we evaluated alternative approaches to assessing auditory SSRs.
In collaboration with Dr. K. Dapsys at Republican Vilnius Psychiatric Hospital (Vilnius, Lithuania), we evaluated entrainment abilities as a biomarker for schizophrenia treatment response.
In collaboration with Prof. O. Ruksenas and Dr. R. Griksiene at Vilnius University, we evaluated hormonal status in relation to potentially clinically applicable brain responses.
In collaboration with Dr. M. Korostenskaja at Florida Children's Hospital (Orlando, USA), we evaluated anatomical and functional correlates of the brain's ability to entrain.