Neurofeedback is a type of Biofeedback for the Brain. The electrical activity of the Brain drives images and sound on the computer to give feedback on how it is working. With a number of 30 minutes session’s people can learn to control their brain activity and modify their symptoms.


Transcranial Direct Current Stimulation or tDCS, is a form of neurostimulation where very low levels of electrical current from a simple battery, are delivered to specifically targeted areas of the brain.

VR Therapy

Virtual Reality Therapy allows people to safely confront the object or environment that frightens them and learn how to deal with it. You can practices an interview or a social situation with Virtual Reality, till you get it right.



Every thought, feeling and action has an underlying brain wave pattern. Normal patterns of attention, arousal and well-being are created and maintained at deep physiological levels. Due to stress, genetics, trauma, drug or chemical exposure these patterns can get disregulated. This limits development and may result in the establishment of self-limiting attitudes and patterns of behavior. Cognitive and linguistic abilities can be affected as much as emotional development. However neurofeedback can help the individual to learn and maintain more efficient attention and response patterns. Life becomes simpler, easier, less effortful and stressful when the brain is working optimally. Productivity and creativity is stimulated and the individual can reach levels of peak performance.


Sensors are placed on the “trainee’s” scalp and on each ear. Brainwaves are monitored by a computer and goals are set that require the trainee to voluntarily produce more beneficial brainwave patterns. A second linked computer “coaches” the trainee by presenting visual, auditory and tactile representations of the trainee’s brainwave signals in a video game format. This process is called feedback because it informs the trainee about his or her momentary success in making the desired brain changes. As the trainee exercises this ability to voluntarily change brain activity, new and beneficial response patterns are created. Practised over an average of 20 to 40 sessions, these new modes of behaviour are well learned, becoming natural responses available whenever needed.


Neurofeedback is becoming part of the special needs equipment in American schools. Helping Dyslexic, Dyspraxic, Dysgraphic, Dyscalculic, Autistic and Attention Deficit children, among others. All specific learning difficulties have a similar underlying brainwave problem that affects either linguistic, motor, concentration or emotional output. The academic consequences are seen in reading, spelling, writing, listening, attention and motivation problems in the classroom; lack of co-ordination on the sports field or playground or social interaction in general.


Involves a complex interaction throughout the left hemisphere, aspects of the right, and sub-cortical areas, all contributing differently to reading and spelling. These sub-components of reading need to be in precise, interlocking harmony before a word is recognized. Neurofeedback can help integrate these.


when links from the auditory areas to the visual are weak, it is difficult to put thoughts into written (visual) form – this circuit can be stimulated by neurofeedback.


Holding sequences in mind in order to manipulate them is necessary in both reading and arithmetic. This aspect of working memory can also be enhanced by neurofeedback.


The integration of the senses with the motor area so that output is smoothly matched by input can help the clumsy, uncoordinated child.


The EEG Spectrum Mental Fitness Training Programme began in 1985, based on more than 20 years research by Professor Barry Sterman, Ph.D. He has published over 160 scientific papers which clearly indicate that, with the assistance of Brainwave training or neurofeedback, the brain is capable of learning and maintaining new, more beneficial response patterns even in the face of severe functional deficits.

Excited by the potential of neurofeedback for their own son, scientists Siegfried and Sue Othmer made a commitment to bring this technique out of the laboratory and into public use. EEG spectrum opened it’s first clinic in Encino, California in 1989.

A comprehensive training course followed and now there are over 1,500 professionals using EEG techniques in the USA with over 300 affiliated centres in Europe, Australia, South Africa and New Zealand. EEG Spectrum promotes all aspects of the neurofeedback field, providing training for professionals in medical, educational and psychological fields.

Neurofeedback can contribute to the resolution of some of the most intractable problems in our society: the problems of addiction, impulsive and violent behaviour, mood disorders, the mental decline of the elderly and the learning and behavioural difficulties of children. It has also proven itself powerfully in clearing and focusing the brain for peak performance.

Expanding the potential of this exciting new approach will likely be one of the major thrusts in the filed of mental health in the 21st century.

A readable history is in “Symphony in the Brain” by Jim Robbins.

Transcranial direct-current stimulation

tDCS stands for Transcranial Direct Current Stimulation and is a form of neurostimulation (also known as neuromodulation) where very low levels of electrical current from a simple battery, are delivered to specifically targeted areas of the brain. It can do this because brain cells communicate with each other through electro- chemical means. Our whole brain is alive with electricity that passes on what our senses tell us about the world to the relevant areas. Originally developed to help patients with brain injuries such as strokes where damage has decreased the electrical communication, later research on normal adults demonstrated that tDCS can increase cognitive performance on a variety of tasks, keep the aging brain active and help many psychopathological conditions, just by allowing the electrical flow to less active areas. In education, studies have shown that tDCS has the ability to enhance language and mathematical ability, attention span, problem solving, memory, and coordination. In addition, tDCS has also been documented as having potential to treat depression, anxiety, PTSD, as well as chronic pain.

tDCS for Cognitive Enhancement

Dr. Vince Clark, Professor of Psychology and Neuroscience at the University of New Mexico, speaking on the role of tDCS in cognitive enhancement in a talk at the Summit on Transcranial Direct Current Stimulation (tDCS) at the UC-Davis Center for Mind & Brain

New depression treatment 'safe and effective', experts say - 2012

Stimulating the brain with a weak electrical current is a safe and effective treatment for depression and could have other surprise benefits for the body and mind, a major Australian study of transcranial Direct Current Stimulation has found. More…

Virtual Reality Therapy

Most anxiety problems can be treated successfully by exposing the client safely to the feared object.

Thus people can practice an interview or a social situation in a virtual reality version of the real situation. The people in the VR scene evoke the same emotions as in a real situation but the situation can be rehearsed in ways that can’t happen in real life. Mistakes can be identified and the scene rerun until the client is confident of success in real life.

For some, anxiety rises on seeing a creepy crawly. But no longer are these or fears of contamination through germs, blood or dirt, relevant. Or closed or open spaces. Each phobia has a sensible evolutionary basis buried deep within our emotional limbic brain. But in today’s more hygienic society our predators are only in zoos and spaces are unlikely to hide ambushes. It would be more sensible to fear electric sockets or fast cars but our rational thinking brain has little say over the emotional fear driven brain. Until VR evokes all the senses to make the fear tangible and available to the thinking brain. It can then communicate with the emotional brain which allows it to let go of the fear.

The Head Set
GSR to meaure stress
The Set-up

Some technical text here

VR Therapy is used for a range of conditions:

Fear of Flying
Fear of Heights
Fear of Bugs
Fear of Animals
Fear of Enclosed Spaces
Fear of Public Spaces
Fear of Needs
Fear of Public Speaking
Fear of Driving
Stress Reduction

Promotional video from Psious

This is the system we use.

Psious is the developer of a mobile based technology, made by psychologists for psychologists, using hyper-realistic virtual environments to treat anxiety disorders by means of virtual exposure therapy. The platform has a suite of mobile applications with virtual environments to provide treatment for multiple phobias as: fear of flying, acrophobia, claustrophobia, agoraphobia, among other, as well as relaxation and Mindfulness environments.

Could virtual reality help treat anxiety? - BBC News

This BBC articular is about VR therapy in general, not the system me use.
Psychologists and computer scientists are testing to see whether virtual reality could be used to treat mental health conditions. They believe that because the virtual scenarios are so realistic, they could be used to train and heal our minds. With mental health services under so much pressure, could virtual therapy be the solution? Victoria Derbyshire reporter Jean Mackenzie went to test it out.

(This features Prof. Mel Slater who Tony worked with on a research project doing VR Neurofeedback for Actors at RADA).

Articles & Papers:

Newly accessible virtual reality systems are delivering results in the therapist’s office, research lab and beyond

By Kirsten Weir
February 2018, Vol 49, No. 2
Print version: page 52

A man steps up to the podium before a crowded auditorium. His hands are clammy and his throat feels dry. He glances at his laptop, reviewing the first slide of his presentation before taking a deep breath and starting his speech.

The experience is going well—so well, in fact, that the man’s psychologist,

Sean Sullivan, PsyD, decides he can push his patient further. Sullivan fiddles with the controls and before his patient’s eyes, the warm, welcoming audience transforms to a skeptical, unreceptive crowd. As the patient’s anxiety climbs, Sullivan coaches him through the relaxation exercises they’ve practiced.

Mental health problems are inseparable from the environment. With virtual reality (VR), computer-generated interactive environments, individuals can repeatedly experience their problematic situations and be taught, via evidence-based psychological treatments, how to overcome difficulties. VR is moving out of specialist laboratories. Our central aim was to describe the potential of VR in mental health, including a consideration of the first 20 years of applications. A systematic review of empirical studies was conducted. In all, 285 studies were identified, with 86 concerning assessment, 45 theory development, and 154 treatment. The main disorders researched were anxiety (n = 192), schizophrenia (n = 44), substance-related disorders (n = 22) and eating disorders (n = 18). There are pioneering early studies, but the methodological quality of studies was generally low. The gaps in meaningful applications to mental health are extensive. The most established finding is that VR exposure-based treatments can reduce anxiety disorders, but there are numerous research and treatment avenues of promise. VR was found to be a much-misused term, often applied to non-interactive and non-immersive technologies. We conclude that VR has the potential to transform the assessment, understanding and treatment of mental health problems. The treatment possibilities will only be realized if – with the user experience at the heart of design – the best immersive VR technology is combined with targeted translational interventions. The capability of VR to simulate reality could greatly increase access to psychological therapies, while treatment outcomes could be enhanced by the technology’s ability to create new realities. VR may merit the level of attention given to neuroimaging.

Virtual reality (VR) allows users to experience a sense of presence in a computer-generated, three-dimensional environment. Sensory information is delivered through a head-mounted display and specialized interface devices. These devices track head movements so that the movements and images change in a natural way with head motion, allowing for a sense of immersion. VR, which allows for controlled delivery of sensory stimulation via the therapist, is a convenient and cost-effective treatment. This review focuses on the available literature regarding the effectiveness of incorporating VR within the treatment of various psychiatric disorders, with particular attention to exposure-based intervention for anxiety disorders. A systematic literature search was conducted in order to identify studies implementing VR-based treatment for anxiety or other psychiatric disorders. This article reviews the history of the development of VR-based technology and its use within psychiatric treatment, the empirical evidence for VR-based treatment, and the benefits for using VR for psychiatric research and treatment. It also presents recommendations for how to incorporate VR into psychiatric care and discusses future directions for VR-based treatment and clinical research.

We report a meta-analysis of virtual reality (VR) interventions for anxiety and depression outcomes, as well as treatment attrition. We included randomized controlled trials comparing VR interventions, alone or in combination, to control conditions or other active psychological interventions. Effects sizes (Hedges’ g) for anxiety and depression outcomes, as post-test and follow-up, were pooled with a random-effects model. Drop-outs were compared using odds ratio (OR) with a Mantel-Haenszel model.
We included 39 trials (52 comparisons). Trial risk of bias was unclear for most domains, and high for incomplete outcome data. VR-based therapies were more effective than control at post-test for anxiety, g = 0.79, 95% CI 0.57 to 1.02, and depression, g = 0.73, 95% CI 0.25 to 1.21, but not for treatment attrition, OR = 1.34, 95% CI 0.95 to 1.89. Heterogeneity was high and there was consistent evidence of small study effects. There were no significant differences between VR-based and other active interventions. VR interventions outperformed control conditions for anxiety and depression but did not improve treatment drop-out. High heterogeneity, potential publication bias, predominant use of waitlist controls, and high or uncertain risk of bias of most trials question the reliability of these effects.

Studies by Disorder