Mind-Reading and Neuroplasticity: In Conversation with Neurologist Pascual-Leone
Neurologist Alvaro Pascual-Leone explores brain plasticity, mind-reading, and ethical concerns in neuroscience. His work on brain remodeling and neurotechnologies emphasizes the need for ethical regulations.
Read original article
Neurologist Alvaro Pascual-Leone discusses brain plasticity and mind-reading in a conversation with Adolfo Plasencia. Pascual-Leone's work on transcranial magnetic stimulation has advanced brain research and treatment possibilities. He emphasizes the brain's constant remodeling and how it influences our perception of time. Pascual-Leone also touches on the brain's creation of consciousness and the dynamic nature of the brain's continuous change. The discussion delves into the use of neurotechnologies for managing diseases and the emerging concerns about brain privacy invasion. Pascual-Leone acknowledges the reality of brain reading and manipulation capabilities today, stressing the importance of developing regulations and criteria to ensure ethical use of these technologies. The conversation also highlights the Declaration on Neurorights of Valencia, advocating for neurorights to be recognized as essential human rights. The dialogue sheds light on the evolving landscape of neuroscience and the ethical considerations surrounding brain technologies.
Related
Human neuroscience mustn't forget its human dimension
Human neuroscience advances with AI, focusing on awake brain surgery studies. Emphasis on ethics, consent, and data privacy. Aim for personalized treatments while upholding ethical standards and participant well-being in research.
Effects of psychedelics on neurogenesis and brain plasticity A systematic review
A systematic review examines psychedelics' impact on neurogenesis and brain plasticity, suggesting their potential in treating mood disorders. The study analyzed 205 articles, categorizing findings on various compounds' effects. It includes both experimental and human studies, aiming to inform new therapeutic approaches for neuropsychiatric conditions.
Mapping the biology of spinal cord injury in unprecedented detail
EPFL researchers develop 'Tabulae Paralytica' atlas using AI and molecular mapping to study spinal cord injuries in mice. Identifies key genes, challenges astrocyte roles, and highlights Vsx2 neurons for recovery. Published in Nature, the study offers insights for potential gene therapy.
Open and remotely accessible Neuroplatform for research in wetware computing
An open Neuroplatform for wetware computing research combines electrophysiology and AI with living neurons. It enables long-term experiments on brain organoids remotely, supporting complex studies for energy-efficient computing advancements.
New tech enables actual mind reading: Obama admin vet and researcher debate
A.I. tool reads minds via brain scans, sparking ethics debate. MSNBC's Ari Melber talks with experts about implications, privacy concerns, and regulation of mind-reading technology in society.
0 commentsRelated
Human neuroscience mustn't forget its human dimension
Human neuroscience advances with AI, focusing on awake brain surgery studies. Emphasis on ethics, consent, and data privacy. Aim for personalized treatments while upholding ethical standards and participant well-being in research.
Effects of psychedelics on neurogenesis and brain plasticity A systematic review
A systematic review examines psychedelics' impact on neurogenesis and brain plasticity, suggesting their potential in treating mood disorders. The study analyzed 205 articles, categorizing findings on various compounds' effects. It includes both experimental and human studies, aiming to inform new therapeutic approaches for neuropsychiatric conditions.
Mapping the biology of spinal cord injury in unprecedented detail
EPFL researchers develop 'Tabulae Paralytica' atlas using AI and molecular mapping to study spinal cord injuries in mice. Identifies key genes, challenges astrocyte roles, and highlights Vsx2 neurons for recovery. Published in Nature, the study offers insights for potential gene therapy.
Open and remotely accessible Neuroplatform for research in wetware computing
An open Neuroplatform for wetware computing research combines electrophysiology and AI with living neurons. It enables long-term experiments on brain organoids remotely, supporting complex studies for energy-efficient computing advancements.
New tech enables actual mind reading: Obama admin vet and researcher debate
A.I. tool reads minds via brain scans, sparking ethics debate. MSNBC's Ari Melber talks with experts about implications, privacy concerns, and regulation of mind-reading technology in society.