Brain-machine interface
Neuralink: Brain-machine interface
References:
Regalado, A. (2019). “Análisis en detalle de la futura interfaz cerebro-máquina de Elon Musk” (Ana Milutinovic, trad.). En MIT Technology Review. Recuperado de https://www.technologyreview.es/s/11320/analisis-en-detalle-de-la-futura-interfaz-cerebro-maquina-de-elon-musk
Rodríguez Sierra, O. (2014). “Interfaz cerebro-máquina: ¿ciencia o ficción?”. En Pijama Surf. Recuperado de https://pijamasurf.com/2014/02/interfaz-cerebro-maquina-ciencia-o-ficcion/
- Electrodes inside your brain
A brain-machine interface BMI, is a device that, through electrical activity, allows the brain to directly connect to an electronic device either through implants or electrodes, this can have medical utilities, for example , to be able to control prosthetic limbs, exoskeletons or peripherals in general. (Rodriguez Sierra, 2014). Neuralink is a device that is connected directly to the brain through small threads of polymers, this promises to increase the cognitive abilities of people to be able, in the future, to compete with artificial intelligence, since, it is currently advancing very fast and Elon Musk, Neuralink's main driver, believes that people can end up being enslaved by machines if we don't have devices like these (Sanz Romero, 2019). This interface was created in the United States by Padram Mohseni, from Case Western Reserve University and by Randolph Nudo, from the University of Kansas Medical Center (Stimulus, 2017). The idea of this device was in the beginning to be a chip with the ability to restore damaged brain connections, that is, to record the activity of one part of the brain and transmit it to another, something that was demonstrated in 2015 when operating in mice with brain damage. Currently, Elon Musk, in addition to treating different diseases such as epilepsy, Alzheimer's and Parkinson's, wants to reach the point of matching the cognitive abilities of human beings with those of artificial intelligence. The chip is planned to be installed by a specialized robot through precise locations in the skull to avoid blood vessels (Regalado, 2019).
PaulWicks at en.wikipedia [CC BY-SA 2.5 (https://creativecommons.org/licenses/by-sa/2.5)]
References:
Sanz Romero, M. (2019). “¿Qué es Neuralink y en qué consiste?”. En Computer Hoy. Recuperado de https://computerhoy.com/reportajes/tecnologia/neuralink-qu%C3%A9-es-470169
Stimulus. (2017). Neuralink. El interfaz cerebro-máquina invasivo que promete revolucionar el futuro. Recuperado de https://stimuluspro.com/blog/neuralink-el-interfaz-cerebro-maquina-invasivo-que-promete-revolucionar-el-futuro
Stimulus. (2017). Neuralink. El interfaz cerebro-máquina invasivo que promete revolucionar el futuro. Recuperado de https://stimuluspro.com/blog/neuralink-el-interfaz-cerebro-maquina-invasivo-que-promete-revolucionar-el-futuro
Regalado, A. (2019). “Análisis en detalle de la futura interfaz cerebro-máquina de Elon Musk” (Ana Milutinovic, trad.). En MIT Technology Review. Recuperado de https://www.technologyreview.es/s/11320/analisis-en-detalle-de-la-futura-interfaz-cerebro-maquina-de-elon-musk
Rodríguez Sierra, O. (2014). “Interfaz cerebro-máquina: ¿ciencia o ficción?”. En Pijama Surf. Recuperado de https://pijamasurf.com/2014/02/interfaz-cerebro-maquina-ciencia-o-ficcion/
How to cite this article:
Nocetti, F.A. (2019). "Neuralink: Brain-machine interface". In NabbuBlog. Retrieved from http://nabbublog.blogspot.com/2019/12/brain-machine-interface.html