… 1) to reach new heights in the understanding of our brain at … simulations/mixed/virtual reality
techniques as well as brain … neuroimaging to investigate and augment brain functioning (eg, …

… In this paper, inspired by the whole brain architecture (WBA) approach, using a whole brain
probabilistic generative model (WB-PGM), we introduce the idea of building an integrative …

… 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 …

… it is necessary to accumulate and understand every single detail in a full brain simulation,
nor whether there is a predefined modeling strategy. The answers will probably depend on the …

… -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 …

… simulation can be seen as a ‘whole-body’ simulation effect. Furthermore, we will later argue
that the body-state simulation role in these models is … simulation from body and voice stimuli. …

… That is also how we formulate models of learning (“the rat learned X”), moral responsibility,
… be an entire brain—a plate of neurons can learn to fly a flight simulator, and it lives in a new …

… In a previous large-scale nonlinear oscillator model of neuronal network dynamics, we showed
… Our results thus link studies of whole-brain network topology and the ascending arousal …

… -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 …