Discover the Science of Health
At the convergence of biotechnology and nanotechnology, a new project to map the active human brain may eventually lead to an understanding of human perception and consciousness, as well as therapies for neurological disorders such as Alzheimer’s disease, schizophrenia and autism.
Mental illness, memory, perception: they’re made of neurons and electric signals. Henry Markram claims these mysteries of the mind can be solved — and soon. He is building a detailed, realistic computer model of the human brain and its one hundred trillion — that’s 100,000,000,000,000 — synapses.
Markram is the director of the Blue Brain Project at Ecole polytechnique federale de Lausanne (EPFL), one of two Swiss Federal Institutes of Technology located in Lausanne, Switzerland. Founded in 2005 by the Brain and Mind Institute at the EPFL, Blue Brain is a supercomputing project that to study the brain’s architectural and functional principles, and reverse engineer it in order to understand brain function and dysfunction. Blue Brain can model components of the mammalian brain in precise cellular detail and simulate neuronal activity in 3D. Soon Blue Brain will be able to simulate a whole rat brain in real time.
Welcome to the 58th edition of Encephalon, where we highlight some of the best neuroscience and psychology blog posts from around the blogosphere. This edition includes 20 articles on a variety of interesting topics, including intelligence, belief, neurodegeneration, multi-tasking, memory, grief and consciousness.
This edition of Encephalon coincides with the historic 44th U.S. Presidential election. As with every election, voters had to decide which candidate for whom to cast their ballot. Although a recent brain-imaging study found that voting decisions are more associated with the brain’s response to negative aspects of a politician’s appearance than to positive ones [1], many other sources of information come into play when we make important and complex decisions. Indeed, studies have shown that decision making is largely an unconscious process [2], in which a set of attributes, including needs, preferences, values and emotions, shape our response to sensory input.
Will there be engaging and thought-provoking articles below? Will each of us learn something new as we read through the posts? Will this edition of Encephalon be successful?
Let’s move through each of the attributes and shape our response to these questions.
