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A person lying on a hospital bed wears a virtual reality headset and a futuristic EEG. A holographic interface floats before them, displaying glowing digital data and icons, including brain patterns, waveforms, and a stylized eye. The lighting is soft and bluish, typical of a medical or high-tech environment. Small dots of light flutter through the air and over the subject's body, adding a magical touch.

A person lying on a hospital bed wears a virtual reality headset and a futuristic EEG. A holographic interface floats before them, displaying glowing digital data and icons, including brain patterns, waveforms, and a stylized eye. The lighting is soft and bluish, typical of a medical or high-tech environment. Small dots of light flutter through the air and over the subject's body, adding a magical touch.

Accessible gaming: from eye-tracking to brain-computer interface (BCI)

From eye-tracking to brain-computer interfaces: new technologies are making video games more accessible and restoring autonomy to people with disabilities.

Camilla Mercadante

Nov 3, 20256 min read

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