The economic consequences of arise from their fundamentally new properties compared to the human brains currently driving the economy. Once such digital minds become generally intelligent enough to perform a wide range of economic functions, they are likely to bring radical changes, creating great wealth, but also displacing humans out of more and more types of job.
An important aspect of the question is that of economic growth. The invention of AGI or WBE could cause a sudden increase in growth by adding machine intelligence to the pool of human innovators. Machine intelligence could be much cheaper to produce, faster, and qualitatively smarter than human talent. A from better machine intelligence technology, to more and better machine researchers, back to better machine intelligence technology could ensue.
has written much about the economics of whole brain emulation. In his view, the unrestricted creation of additional uploads will cause a , where upload wages fall to subsistence levels. He sees the transition to whole brain emulation as a jump to a new "growth mode" with higher exponential growth rates, similar to the transitions to agriculture and industry.
In "The Future of Human Evolution", argues that in an emulated-brain society with individuals living at subsistence levels, entities that possess a large set of features we care about – which he calls flamboyant displays, or culture in general – will be outcompeted by more efficient ones that lack inefficient humans’ cultural aspects. This will lead to elimination of all forms of being that we care about. He proposes that only a could ensure strict control in order to prevent the elimination of culture through outcompetition.
Others predict that growth will blow up even more suddenly (up to the point where physical limits become relevant), and that growth will be concentrated in a smaller and more coherent set of agents, so that instead of continued free market competition, we will see a emerge.