The Estuary Of Being II: Life Comes To Mind

by Jochen Szangolies

A Dyson swarm, a hypothetical habitat for a mature civilization making optimal use of its star’s energy. Image credit: By Archibald Tuttle, CC BY-SA 4.0, via wikimedia commons

The previous essay in this series argued that, given certain assumptions regarding typicality, almost every sentient being should find themself part of a ‘galactic metropolis’, a mature civilization that either has extended across the galaxy, or filled whatever maximal habitat is attainable to capacity. That this is not our experience suggests a need for explanation. One possibility is impending doom: very nearly every civilization destroys itself before reaching maturity. Another is given by the simulation argument: almost every sentient being is, in fact, part of an ‘ancestor simulation’ studying the conditions before civilizational maturity. Both succeed in making our experience typical, but neither seems a terribly attractive option.

Hence, I want to suggest a different way out: that we stand only at the very start of the evolution of mind in the universe, and that the future may host fewer individual minds, not through extinction, but rather, through coalescence and conglomeration—like unicellular life forms merging into multicellular entities, the future of mind may be one of streams of sentience uniting into an ocean of mind.

If this is right, the typical individual experience may be of just this transitory period, but this does not entail a looming doom—rather, just as the transition from uni- to multicellular life, may mean an unprecedented explosion in the richness and complexity of mind on Earth.

It is clear that this would solve the conundrum of our implausibly young civilization: the arguments above hinge ultimately on a faulty generalization to the effect that because human existence up to this point was one of individual minds locked away in the dark of individual bony brain-boxes, that would always be the case. But perhaps, a mature civilization is one in which every agent partakes of a single, holistic mind, or few shifting coalitions of minds exist, or the notion of individuality is eroded to the point of obscurity.

As it stands, this surely seems a fantastical suggestion. While it may receive some credence thanks to explaining the puzzle of our existence during this age of civilizational infancy, that alone seems hardly enough to justify belief in such a far-fetched scenario. Moreover, to many, the prospect might seem scarcely more attrative than that of living in a simulation—or even, that of near-term doom: don’t we loose what’s most important about ourselves, if we loose our individuality? After all, who wants to be the Borg?

Yet I will argue that there are good reasons to take this scenario seriously beyond its solution of the likelihood problem. Read more »

Monday, February 7, 2022

Being And Hyperbeing: Life Beyond Life-Forms

by Jochen Szangolies

Figure 1: Eukaryotic life in some of its many forms. Image credit: Wikimedia Commons, CC BY-SA 2.5.

In the 1994 science fiction film Star Trek Generations, while attempting to locate the missing Captain Picard, Lt. Cmdr. Data is given the task to scan for life-forms on the planet below. Data, an android having recently been outfitted with an emotion chip, proceeds to proclaim his love for the task, and makes up a little impromptu ditty while operating his console, to the bewilderment of his crew mates.

The scene plays as comic relief, but is not without some poignancy. The status of Data himself, whether he can be said to be himself ‘alive’ and therefore worthy of the special protection generally awarded to living things, is a recurring plot thread throughout the run of Star Trek: The Next Generation. In his struggle to become ‘more human’, his attainment of emotions marks a major milestone. Having thus been initiated into the rank of an—albeit artificial—life-form, one might cast his task as not so much a scientific, but a philosophical one: searching for others of his kind.

It is then somewhat odd that there is apparently a mechanizable answer to the question ‘what is life?’, some algorithm performed on the appropriate measurement data returning a judgment on the status of any blob of matter under investigation as either alive or not. If there is some mechanical criterion separating life from non-life, then how was Data’s own status ever in question? Read more »