Add to ORKGThe author measured a participant’s heart and brain electrical fields simultaneously using EEG electrodes and neurofeedback software while her psychophysiological state was being varied. In the first session, the participant was in an awake-alert state in bright light; in the second she was in a drowsy state in dim light; in both conditions recordings were made with eyes open and eyes closed. Significant differences in EEG amplitude were found in both the brain and heart electrical fields comparing the psychophysiological states of eyes open/eyes closed and alert/drowsy. It is possible to study the participation of peripheral nerve centers such as the cardiac plexus in psychophysiological state change and information processing
Objective: Stress is a significant risk factor for various diseases such as hypertension, heart atta...
The central question of this Frontiers Research Topic is: What can we learn from brain and other phy...
TEEG (electroencephalography, EEG) is a kind of single which we know human brain function active.BT ...
This controlled case study was performed to investigate whether within and between subject physiolog...
This work utilizes the measurement of heart rate variability (HRV) as a vehicle to show that continu...
Introduction: We have recently recorded, processed, and published preliminary research (Part I) on b...
An example of energetic interaction at a distance is described in which an unskilled subject's abili...
The main goal was to demonstrate that EEG and its derivatives may be utilised to recreate brain func...
In the course of this doctoral work, methodological advancements were pursued in the field of brain-...
A controlled case study was conducted with a bioenergy practitioner and a client during a healing ex...
Aims It is suggested that the brain monitors and regulates visceral organs, such as the heart (1). ...
Functional neuroimaging has provided indications of direct/indirect functional links between the aut...
The growing interest in the study of functional brain-heart interplay (BHI) has motivated the develo...
This thesis describes the development of new methods to infer the nature of nervous control of the h...
This thesis explored the relationship between electrical and metabolic aspects of brain functioning ...
Objective: Stress is a significant risk factor for various diseases such as hypertension, heart atta...
The central question of this Frontiers Research Topic is: What can we learn from brain and other phy...
TEEG (electroencephalography, EEG) is a kind of single which we know human brain function active.BT ...
This controlled case study was performed to investigate whether within and between subject physiolog...
This work utilizes the measurement of heart rate variability (HRV) as a vehicle to show that continu...
Introduction: We have recently recorded, processed, and published preliminary research (Part I) on b...
An example of energetic interaction at a distance is described in which an unskilled subject's abili...
The main goal was to demonstrate that EEG and its derivatives may be utilised to recreate brain func...
In the course of this doctoral work, methodological advancements were pursued in the field of brain-...
A controlled case study was conducted with a bioenergy practitioner and a client during a healing ex...
Aims It is suggested that the brain monitors and regulates visceral organs, such as the heart (1). ...
Functional neuroimaging has provided indications of direct/indirect functional links between the aut...
The growing interest in the study of functional brain-heart interplay (BHI) has motivated the develo...
This thesis describes the development of new methods to infer the nature of nervous control of the h...
This thesis explored the relationship between electrical and metabolic aspects of brain functioning ...
Objective: Stress is a significant risk factor for various diseases such as hypertension, heart atta...
The central question of this Frontiers Research Topic is: What can we learn from brain and other phy...
TEEG (electroencephalography, EEG) is a kind of single which we know human brain function active.BT ...