A team of bioelectronics researchers at Mines Saint-Étienne has developed a new type of electroencephalogram electrode using a temporary tattoo technique. As effective as traditional electrodes, but much more comfortable, they can provide extended recordings of brain activity over several days. The famous decalcomania transfer technique – made popular in France by the Malabar chewing gum brand in the …
Read More »Search Results for: Neurosciences
Glioblastoma: electric treatment?
At Mines Saint-Étienne, the ATPulseGliome project is looking into a new form of cancer treatment. This therapeutic approach is aimed at fighting glioblastoma, an especially aggressive form of brain cancer, using electrical stimulation. It could eventually increase the life expectancy of glioblastoma patients in comparison with chemotherapy and radiotherapy treatment. Glioblastoma is a rare form of brain cancer. Of …
Read More »23 terms to help understand artificial intelligence
Neural networks, predictive parsing, chatbots, data analysis, machine learning, etc. The 8th Fondation Mines-Télécom booklet provides a glossary of 23 terms to clarify some of the terms used in artificial intelligence (AI). AI winters – Moments in the history of AI, in which doubts overshadowed previous enthusiasm. API – (Application Programming Interface), a standardized set of methods by which a software program provides …
Read More »Vincent Gripon
IMT Atlantique | #Neurosciences #Brain #ArtificialIntelligence
Read More »When information science assists artificial intelligence
The brain, information science, and artificial intelligence: Vincent Gripon is focusing his research at Télécom Bretagne on these three areas. By developing models that explain how our cortex stores information, he intends to inspire new methods of unsupervised learning. On October 4, he will be presenting his research on the renewal of artificial intelligence at a conference organized by the …
Read More »When biology meets electronics
Since starting at Mines Saint-Etienne in 2009, researcher Róisín Owens has created unusual devices: cell cultures coupled with electronic monitoring, able to give a real-time measurement of the state of health and reactions of cells when confronted with a certain type of medicine or pathogen. Particularly promising results in this new field, called bioelectronics, could change the face of toxicology …
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