… Platform will be integrated with the NRP for simulating brain models at various detail levels.
Moreover, alongside the Brain Simulation Platform, scaffold brain models will be gathered …

… stem-cell-derived brain organoids for biocomputing purposes. Our model is based on
standardized, high-density, three-dimensional, myelinated brain organoids enriched with cells and …

… Arrays of modules can be constructed as early stage whole brain … Whole brain emulation
both (1) serves to augment human … of simulating a draft human brain model based on available …

… -intelligent-yet-unconscious brain simulations. Here, I describe … frames capable of generating
models with spatial, temporal, … unified systems theories and models of emergent causation. …

… To transcend the barriers to these endeavors, can we get an overview of all the forests of
datasets, reorganize and integrate them in the context of the whole brain, while filling the gaps …

… built on a widely-used Bayesian modeling approach known as topic modeling [23,24]. Topic
… -driven estimation of region-level functional hemispheric asymmetry across the whole brain. …

… model simulations, computational model simulations, and mental model simulations. Unlike
… processes-mental models can improve from interaction with material models and vice versa. …

… -temporal boundary of events that it can measure, model, and try to affect. This surface sets
a … Recent data on the molecular mechanisms of pre-neural bioelectricity suggest a model of …

… ∼20% of brain tissue and small molecules have an effective diffusion coefficient that is
two-fifths that in a free solution. Monte Carlo modeling indicates that geometrical constraints, …

… As we suggested at the outset, neuroscience holds potential for testing existing models of
the situational and social determinants of intrinsic motivation as well as for providing greater …