Brain–computer interfaces, EEG research, biosignals and wearable brain imaging: the latest from the world of g.tec, PLUX and Gowerlabs.
Wearable brain imaging holds promise for early markers, yet young neurodivergent children are left out of most studies by barriers to taking part. This study looks for a way to change that.
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A new deep-learning-powered processing platform cleans wearable HD-DOT data in real time and turns it into 3D brain activity, opening the way for brain–computer interfaces.
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Wearable high-density optical tomography (HD-DOT) has proved it can map the adult visual cortex with the same quality as huge fibre-optic systems.
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High-density optical tomography (HD-DOT) has mapped brain activity across the entire scalp of 5–7-month-old infants — without ever going near an MRI scanner.
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Thanks to advances in technology, many sensors are now designed to be safe, adaptable and effective for paediatric use.
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What if we could measure stress, anxiety and emotional states — just as we measure a heartbeat? Biosignals are beginning to make exactly that possible.
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Biosignals have a fascinating side beyond the lab and the clinic. Here are five facts that may surprise you.
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From the outside the body looks silent, yet inside a measurable “conversation” goes on without pause. The data the body produces in this way is what we call biosignals.
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Could brain signals be artificial intelligence’s next big data source? We explore the role of BCI technology and EEG data in training AI, the future of Neuro-AI research and g.tec’s position in the field.
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Neurotechnology is advancing fast, and this year’s innovations have made EEG more powerful, more precise and more accessible than ever. At the centre of these developments is the FDA-cleared, CE-marked g.Nautilus PRO Flexible, which g.tec presents as the best EEG device of 2026.
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TMS-EEG is one of the most powerful combined neuroscience approaches for studying brain function. But turning that power into quality data requires hardware optimised specifically for the task — and electrode geometry sits at the centre of that process.
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Brain research is no longer limited to humans or laboratory rodents. Advances in non-invasive neurotechnology make it possible to study the brain activity of a far wider range of animals. Here alpacas stand out as a fascinating candidate, thanks to their calm temperament, their unique physiology and their growing role in veterinary studies.
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At the intersection of art, neuroscience and technology, Samuel Stubblefield’s Vitruvian Person project turns invisible neural activity into tangible sculptural form. g.tec’s Unicorn Hybrid Black EEG headset sits at the heart of this transformation.
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What happens when a dress moves with your brainwaves? In her third collaboration with g.tec, Anouk Wipprecht’s ScreenDress brings neurotechnology to the catwalk — and proves that the brain is not only a control centre but also a canvas.
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Studying brain activity in microgravity under extreme conditions is a critical area of research in neuroscience. Understanding how the human brain responds to microgravity can offer valuable insights into neural adaptability, cognitive function and human physiology in the space environment.
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cortiQ 2.0 improves the accuracy of brain mapping in epilepsy and brain tumour surgery using electrocorticographic (ECoG) data and advanced high-gamma mapping. By identifying the critical brain areas responsible for essential functions such as motor movement and speech production, this state-of-the-art neurotechnology system enables safer resections and significantly reduces the risk of neurological deficits.
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Understanding how the brain works is extremely important. One of the most common ways to do so is to map brain activity with electroencephalography (EEG). EEG is easy, inexpensive and needs no surgery. In our latest publication, we set out to take brain mapping far beyond conventional methods with the g.Pangolin Ultra-High-Density EEG (uHD EEG) system.
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More than 3,500 participants from all over the world met at the BCI & Neurotechnology Spring School. Stretching from Argentina to Japan and New Zealand, this global community made up the largest BCI event in history. We report the latest advances in invasive BCI, functional brain mapping and brain stimulation from day 3.
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