Maximum performance
- With Neurofeedback / NFB protocols for Peak Performance
Under conditions of increased demands, the following may be observed:
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Difficulty maintaining attention for a prolonged period of time
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Mental fatigue or changes in performance stability
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Reduced speed or accuracy when processing information
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Increased tension that may affect decision-making
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More attentional errors under time pressure
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Difficulty transitioning from increased activation to recovery
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Changes in sleep or recovery ability before & after demanding periods
These changes do not necessarily indicate the presence of a disorder. Sleep, stress, physical condition, specialized preparation, environment & duration of demands are taken into account to form an overall picture.
The contribution of qEEG Brain Mapping & EEG Neurofeedback
qEEG Brain Mapping does not directly measure talent, motivation, discipline or performance & is not a means of predicting academic, professional or athletic performance. It records & analyzes the electrical activity of the brain, providing data on its function, which is taken into account with the history, requirements & goals of each individual.
During EEG Neurofeedback, the brain receives real-time visual & auditory feedback, which changes according to its electrical activity. Training can focus on functions related to the regulation of alertness, maintenance of attention, mental endurance & the transition between activation & recovery.
The program is designed individually, based on the qEEG Brain Mapping data, the history & functional requirements of each individual. EEG Neurofeedback can be integrated complementary into a broader framework of performance support & does not replace specialized training, athletic or professional preparation, physical rehabilitation or psychological & medical care, when these are indicated.
With the aim of:
Strengthening the ability to maintain attention under increased demands
Improving the ability to regulate alertness under pressure
Supporting mental toughness & performance stability
Supporting speed & accuracy in information processing
Improving the transition from activation to recovery
Limiting the impact of stress & mental fatigue on functionality