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Application fields

From your research question to the right system.

From BCI and hyperscanning to cognition, eye tracking and sports research: discover research fields and suitable EEG, fNIRS, EMG and biosignal systems.

EEG and brain–computer interfaces

6 fields
  1. Motor imagery · P300 · SSVEP

    Brain–Computer Interfaces (BCI)

    Closed-loop BCI experiments with motor imagery, P300 and SSVEP paradigms: research on communication, neurorehabilitation and neurocognitive control.

  2. Event-related potentials · P300 · SSVEP

    ERP Studies (P300, SSVEP)

    Stimulus-response paradigms with the P300 component and visual evoked potentials: from research on cognitive load, attention and memory to clinical communication systems.

  3. Social neuroscience · Multi-device EEG

    Multi-Brain Recording (Hyperscanning)

    Simultaneous EEG from several participants: research on social cognition, brain-to-brain synchrony and collaborative decision-making.

  4. Virtual reality · Embodiment · VR-BCI

    VR & EEG Research

    EEG recording in virtual reality: from embodiment, presence and VR-based BCI applications to neurorehabilitation and education.

  5. BCI · Neuroprosthetics · Exoskeletons

    Robot Control

    Control of exoskeletons, wheelchairs, robotic arms and drones with motor imagery, P300 and SSVEP paradigms.

  6. Unicorn · Python · Real-time EEG

    Neuroscience Education and BCI Projects

    Design student projects and teaching-lab experiments from EEG acquisition and signal processing to motor imagery and BCI robot control.

Cognitive and affective neuroscience

3 fields
  1. EEG · ERP · fNIRS

    Cognitive Performance and Mental Workload

    Explore attention, working memory, decision-making and mental fatigue through EEG, fNIRS and autonomic responses.

  2. EDA / GSR · ECG / HRV · Respiration

    Stress and Psychophysiology

    Relate skin conductance, heart rate variability and respiration to task performance in stress, affect and fatigue studies.

  3. Gaze · EEG · EOG

    Eye Tracking, Neuromarketing and UX

    Study visual attention, user experience and consumer behaviour through gaze, fixations and EEG responses.

Recording systems

3 fields
  1. Wireless EEG · Field research

    Wearable EEG Systems

    Wireless, portable EEG for real-life recordings outside the lab: field research, in-vehicle measurement, sport and clinical applications.

  2. EEG · Eye tracking · Body sensors

    Multimodal Recording Systems

    Eye tracking, GSR, ECG, EMG and fNIRS recorded in sync with EEG: complete physiological data for neuromarketing, consumer behaviour and cognitive load research.

  3. fNIRS · HD-DOT · EEG–fNIRS

    fNIRS and Functional Neuroimaging

    Investigate haemodynamic responses during cognitive tasks, social interaction and movement with fNIRS, and dense optical measurements with HD-DOT.

Applied research

6 fields
  1. Driving simulation · Driver attention · Neuroergonomics

    Automotive Research

    Real-time EEG in vehicles and driving simulators: monitoring driver attention, fatigue and cognitive load.

  2. Pilot attention · Mental workload · Neuroergonomics

    Aviation and Flight Simulation Research

    Study pilot attention, mental workload, stress and fatigue in flight simulators using EEG, eye tracking, fNIRS and biosignals.

  3. EEG on the move · Athletic performance

    Sports Science & Medicine

    Low-artefact EEG while running, jumping and exercising: research on athletic performance, motor learning and high-altitude medicine.

  4. Veterinary neuroscience · Animal welfare

    Animal Research

    Non-invasive, wireless, real-time recording of brain activity in dogs, horses, cats, alpacas, cows and goats with Unicorn BCI Core-8.

  5. EEG · ECG · Respiration · Motion

    Sleep and Cardiorespiratory Research

    Combine brain activity, cardiac rhythm, respiration and movement for studies of sleep, rest and overnight physiology.

  6. EEG–EMG · Force · Motion

    Motor Control, EMG and Biomechanics

    Relate muscle activity, force and movement to brain signals in motor learning, muscle fatigue, balance and neurorehabilitation research.

Neuromodulation

1 field
  1. TMS · tDCS · Neuroplasticity

    Neurostimulation (TMS & tDCS)

    Transcranial magnetic (TMS) and direct current (tDCS) stimulation: neuroplasticity research, clinical neurorehabilitation and cognitive neuroscience.

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