How are sensors and VR headsets used for brainwave monitoring?

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Sensors and VR headsets are used to monitor brainwaves during Shenzhou-23’s emotional and behaviour tests on Tiangong.

China’s Shenzhou-23 crew has worn sensors and virtual reality (VR) headsets specifically for brainwave monitoring as part of assessments of emotional states and behaviour during long-duration spaceflight. The tests are being carried out while the crew has been aboard the Tiangong space station for nearly two months, and the monitoring is one element within more than 100 science and application projects on the station.
Sensors and VR headsets are worn together during brainwave monitoring
In a weekly video released by the China Manned Space Agency, crew members are shown wearing sensors alongside VR headsets while conducting brainwave monitoring. This setup is presented in connection with tests on emotional states, linking the brainwave measurements to the study of how behaviour may change on longer missions.
The goal is to study emotional states and behaviour on long-duration flights
The brainwave monitoring is part of a broader effort to understand how long-duration spaceflights affect behaviour. The Shenzhou-23 mission includes emergency decision-making assessments and tests on emotional states, and one crew member will remain in orbit for one year to conduct China’s first space human research programme and collect longer-term data.
The reference information does not detail the technical mechanism
The available reporting confirms that sensors and VR headsets are used for brainwave monitoring, but it does not describe the specific types of sensors, the exact data-capture method, or how the VR system interfaces with the brainwave monitoring process. It also does not provide the scientific principles or step-by-step workflow used to translate brainwave signals into measured outcomes during the tests.
The monitoring forms part of a wider set of station research projects
These brainwave monitoring tests are conducted alongside other research activities on Tiangong, including space medicine work and additional experiments such as radiation biology exposure device testing and cargo tests of measurement instruments. More broadly, the station hosts over 100 science and application projects, placing the brainwave study within a larger research programme rather than as a standalone trial.

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How are sensors and VR headsets used for brainwave monitoring?

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