Results for “Brain & Language”

…Cell Assemblies Hopfield nets and their ilk play a dual role: as computational algorithms, and as conceptual models of brain function. In CogPrime they are used as inspiration for slightly different, artificial economics based computational algorithms; but their hypothesized rel...

…reated in adult animals/humans. The development of new neurons — neuronogenesis — is a vital part of maintaining normal brain and mental functioning. New neurons are being created, importantly, in the hippocampus (brain organ where new memories are encoded) — but, remarkably, the...

…od, N W, & Blakemore, S-J. (2010). Effects of age and MAOA genotype on the neural processing of social rejection. Genes Brain Behav, 9(6), 628-637; Tikkanen, R., Auvinen- Lintunen, L., Ducci, F., Sj6berg, R.L., Goldman, D., Tihonen, J., Virkkunen, M. (2010). Psychopathy, PCL-R, a...

…ra Bengtsson, devised an experiment in which she manipulated positive and negative expectations of students while their brains were scanned and tested their performance on cognitive tasks. To induce expectations of success, she primed college students with words such as smart, in...

…tations are continuously influenced by affect. Qualitatively, this mimics the way that particular emotions in the human brain correlate with the dissemination throughout the brain of particular neurotransmitters, which then affect synaptic activity. A result of this architecture...

…reas in the approach suggested here, these are to be carried out by collective activity of humans as mediated by Global Brain technologies. Our perspective is that the definition of collective human values is probably better carried out via a process of human collaboration, rathe...

…, K.A. (1992) Dynamical systems in psychiatry: now what? Biol. Psychiat. 32:299-301. Mandell, A.J., Selz, K.A. (1993): Brain stem neuronal noise and neocortical “resonance.” J. Stat. Phys. 70:355-371 Mandell, A.J., Selz, K.A. (1994) Resonance, synchroniation and lexical redunda...

…e decades, however, will probably be time enough for the raw information-processing power of computers to match that of brains—at least by the crude measures of number of bits and number of bit-flips per second. Human brains are intricately constructed, the process of millions o...

98 Are the Androids Dreaming Yet? , ee Einstein’s Brain of the brain. Whether this is related to his highly creative thinking or just random chance is unknown, but it’s an interesting data point in our quest to understand creativity and intelligence. Looking through a micros...

…ean something far less tangible. Somehow the information I have gathered over my life is formed into a matrix within my brain that allows me to ponder and run scenarios. I can predict the effects of my actions before I do them, and often anticipate your responses. That’s clearly...

…as daunting as they are, pale by comparison to the Page |21 complexities facing the human species. Indeed, the social brain hypothesis posits that the social complexities and demands of primate species contributed to the rapid increase in neocortical (1.e., the outer layer of t...

…y. | recall thinking that the spontaneous, nonsensical linguistics shorted out my verbal and obsessionally logical left brain allowing the unbridled expression of my hysterical right brain. Sometimes in agreement with an insight offered in a sermon or when particularly moved by a...

…nchallenged, we should be puzzled by this one. We should ask: what’s normal? The evolutionary history of each species’ brain does not provide a complete account of what the brain can do. Consider again a topic from chapter 1: domesticated dogs and their ancestors, the wolves. Th...

…e cancer 20 Boolean logic 150, 152 Boole, George 150 Bootstrap 225 Borders 308 Borland 237 bosons 343 Bowie, David 151 brain 1, 11 accidents 11 aging 120 amygdala 11 anatomy 108 and plasticity 13 as acomputer 13, 14, 99, 120 as an exchange 18 auditory cortex 31 color perception...

…e British Journal of Psychiatry, 145(2), 193; McKay, R. & Dennett, D. (2009) The evolution of misbelief. Behavioral and Brain Sciences vol. 32 pp. 493-561; Hirstein, W. (2005) Brain Fiction, Cambridge, MIT Press. * iHuman: Bastian, B., Laham, $.M, Wilson, S., Haslam, N., & Koval...