Anders Sandberg
Anders Sandberg approaches whole brain emulation from a computational neuroscience perspective. In Whole Brain Emulation: A Roadmap (FHI Technical Report #2008-3, co-authored with Nick Bostrom), he articulated the taxonomy of emulation scales, demonstrating that emulating a mind is not a single binary milestone, but a spectrum ranging from coarse population dynamics to sub-cellular molecular modeling.
Sandberg’s core theoretical insight is that whole brain emulation is a “radically conservative” path to artificial intelligence: it requires no fundamental theoretical breakthroughs in understanding how the brain produces thought, requiring only that high-resolution scanning and computational simulation reach the biophysical resolution at which neural dynamics are causally preserved.
His work analyzes the critical trade-offs between anatomical fidelity, connectivity scale, and physiological dynamics, recognizing that static connectomic reconstruction is only a necessary first step that must be coupled with dynamic electrophysiological modeling to instantiate a functioning mind.
Known for. Co-author of Whole Brain Emulation: A Roadmap (2008) with Nick Bostrom, computational neuroscience, and technological futures
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Every researcher covered on this site is indexed in the directory of consciousness researchers, grouped by the position their published work defends. The positions themselves are set out in the index of consciousness theories.