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g.tec’s Dr. Christoph Guger to Discuss Future of Neurotechnology at World’s Largest BCI Event
g.tec medical engineering, a global leader in brain-computer interface (BCI) technology, is set to host the world’s largest BCI &…
Unlock Brain Connectivity: Recording CCEPs and Mapping Functional Cortical Networks
Cortico-cortical evoked potentials (CCEPs) are a neurophysiological technique used to assess functional connectivity between different regions of the brain. By delivering electrical stimulation to one cortical area and recording the resulting activity in another, CCEPs help map brain networks involved in movement, sensation, and cognition.
Brain Mapping in Children: Advancing Pediatric Epilepsy Surgery with cortiQ Cortical Mapping
Discover how advanced functional brain mapping is transforming pediatric epilepsy care. With cortiQ and real-time high-gamma frequency mapping, leading hospitals enhance seizure localization and optimize surgical planning for children with intractable epilepsy. Learn about groundbreaking research shaping the future of epilepsy treatment.
Using Brain Waves and Computer Interface Technology as a Communication System
Effective communication plays a crucial role in emergency situations, yet, according to the Oregon Health and Science University, conventional methods…
Christoph Guger: A Seasoned Biomedical Engineering Expert Offering Impeccable Solutions for Neurotechnology
Technology has taken the world by storm. It has been a blessing for humans, as it is beneficial at crucial…
Revolutionizing the Brain: Christoph Guger’s Path to Neurotechnology Innovation
In a world where technology is advancing at an unprecedented rate, few innovations have the potential to revolutionize the way…
Revealing the Power of Brain Activity in Microgravity with g.HIamp: Airbus A380 Zero-G Flight
Discover how brain activity in microgravity is studied using g.tec’s g.HIamp technology aboard an Airbus A380 Zero-G flight. Learn about evoked potentials, neuroscience in space, and the cutting-edge tools enabling research in extreme environments.
Attenuation of High Gamma Activity by Repetitive Motor Tasks
This study delves into the relationship between repetitive motor tasks and high gamma (HG) brain activity, specifically focusing on how…
25 Years of Groundbreaking Neurotechnology Innovation – How It All Began
Discover the 25-year journey of innovation in neurotechnology led by Christoph Guger and g.tec. From pioneering brain-computer interfaces to groundbreaking advancements in EEG, neurorehabilitation, and mind-controlled devices, explore how BCI is transforming the future of neuroscience.
Revolutionizing the Brain: Christoph Guger’s Trailblazing Path to Neurotechnology Innovation
Revolutionizing the Brain: Christoph Guger’s Path to Neurotechnology Innovation
g.tec News #1 – Introducing our new products and events in 2025
g.tec’s new products and events for 2025! From groundbreaking devices like the g.Nautilus with NIRx and the Unicorn BCI Core-8 to hands-on events like the Spring School 2025 and Masterclasses, there’s something for every neurotech enthusiast.
Triumph at Cybathlon 2024: Teams Shine with g.tec’s Cutting-Edge EEG Technology
Discover the challenges and technological advancements behind the Cybathlon 2024 BCI Race. Learn how g.tec’s high-performance solutions, including the g.Nautilus EEG headset and g.USBamp biosignal amplifier, provide unmatched precision and reliability for real-time neural signal interpretation.
Discover cortiQ 2.0: Cutting-Edge Cortical Mapping for Enhanced Epilepsy and Tumor Surgery
cortiQ 2.0 represents a breakthrough in cortical mapping, setting a new standard in epilepsy and tumor surgeries. With its cutting-edge integration of neurotechnology and clinical application, it empowers surgeons to achieve unparalleled safety, precision, and effectiveness in even the most complex procedures.
5 Reasons to Choose the Unicorn Hybrid Black EEG Headset: Revolutionizing Wearable Neurotech and EEG Data Quality
Discover the Unicorn Hybrid Black EEG headset, a wearable neurotech device capable of withstanding up to 8.16 g-force, makes it perfect for dynamic research environments, while its ergonomic build ensures comfort during extended use. Whether you’re exploring cognitive neuroscience, brain-computer interfaces (BCIs), or mobile EEG applications, the Unicorn Hybrid Black sets a new standard for precision and usability in EEG technology.
Revolutionizing EEG-TMS Experiments: The New 64 g.LADYbird TMS Electrodes Deliver Unmatched Performance
Our latest EEG-TMS experiment highlights the groundbreaking performance of the new g.LADYbird TMS active electrode. Purpose-built for seamless integration of EEG and TMS recordings, this innovative electrode revolutionizes usability and signal quality in one compact design.
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