Evolution of neurofeedback: A new EEG headset is revolutionizing health!

Evolution of neurofeedback: A new EEG headset is revolutionizing health!

A research team led by Prof. Patrique Fiedler at the TU Ilmenau has developed an innovative EEG headset capable of efficiently monitoring brain activity. This ultra-light and comfortable device can be deployed within seconds and continuously delivers high-quality EEG data. It uses integrated artificial intelligence to analyze signals, recognize mental states and independently optimize signal quality.

The underlying technology is based on an EEG system that uses dry electrodes. This type of electrode simplifies the application considerably as it does not require any complex preparation as is the case with classic electrodes. The system is already being used in numerous medical facilities within Germany.

Innovations for space

One of the most striking applications of the new headset is the combination with neurofeedback to prevent performance degradation during space missions. It could help promote mental recovery in space and make mental stress visible. This makes it possible to support astronauts in dealing with stress and extreme situations, which is of enormous importance given the characteristic challenges of space.

However, the EEG headset's usefulness is not limited to space. Rather, there are a variety of possible applications in everyday life. These include brain health monitoring, emotion recognition and support for mental illness. With rising rates of burnout and depression, this technology is particularly relevant in today's society.

Neurofeedback: A new training concept

Neurofeedback has established itself as a valuable tool in psychology. This is a computer-assisted brain training that measures electrical brain waves using electroencephalography (EEG). Small electrodes are placed on the patient's scalp to record the brain's electrical activity. The recorded brain waves are visualized, usually in the form of a graphic or sequence that the patient observes during training.

The goal of neurofeedback training is to specifically influence various brain functions, such as concentration and relaxation. Studies suggest this may be particularly beneficial for children with attention-deficit/hyperactivity disorder (ADHD). Children learn through play to control their brain activity through simple reward systems, which enables them to apply the techniques they have learned in their everyday lives.

The integrations of neurotechnological advances also enable applications outside of the clinical setting. Current consumer neurofeedback devices are increasingly portable and affordable. They use technologies such as EEG and functional near-infrared spectroscopy (fNIRS) to monitor and treat mental health conditions. Further improvement in the accuracy and reliability of these devices is expected in the future PMC explained.

In summary, it can be said that the new EEG headset from TU Ilmenau not only offers potential for space travel, but is also considered a groundbreaking technology in the field of neurofeedback methods. It could be crucial in promoting mental health both in space and in everyday life.