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Meanwhile lets just say that we are proud Martina Desio contributed a whooping 5 entries.
On 12th September 2024, a free webinar will take place. Robin Augustine, coordinator of the B-CRATOS project, will deal with an important aspect of the project: Fat-IBC. Join us to explore how this cutting-edge research paves the way for advancements in biomedical engineering and personal health monitoring systems! You can find more information within the […]
In February 2025, a significant joint workshop organised by three major leaders in Brain-Machine Interfaces will take place in Gardanne, France. The agenda will include speakers among the B-CRATOS partners and experts from the Institut Pasteur, the CEA-Clinatec and the EPFL. Stay tuned as we will have the updated agenda and speakers finalised very soon!
In May 2024, the third B-CRATOS newsletter was published. Within these 6 articles you can: 🔸find more information about our last Consortium Meeting in LINKS Foundation 🔸 watch the entire version of our successful webinar on Clinical and User impacts on BCI with Paul Wanda (BlackRock Microsystems Europe), Mijail S.(Thomas Jefferson University in Philadelphia, Ian […]
In May 2024, we held our fourth in-person consortium meeting at LINKS Foundation in Turin. We shared updates and goals for each Work Package and discussed future plans for B-CRATOS. The meeting included general sessions, focused discussions on specific experiments and setups, and a tour of the LINKS Foundation. Over the two days, we had […]
On 20th June 2024 a webinar with John Donoghue, Professor of Neuroscience and Engineering at Brown University took place. Watch such an interesting discussion of Brain-Computer Interfaces’ background (BCI) to discover the impact on #healthcare and daily living! Not able to participate at it? Please find the replay here: Special webinar on BCI’s history with […]
The technology developed by B-CRATOS will have profound effects in several fields. In neuroprosthetics it bypasses damaged circuits in order to restore missing biological functions. It will also impact electroceuticals, Brain-Computer Interfaces and Virtual Reality.
B-CRATOS overcomes technological barriers of wireless brain↔machine↔body communication, and represents the beginning of a paradigm shift in how signals can be sent to restore function and empower individuals.
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