Depending who you ask, there’s a 20 to 50 percent chance that you’re living in a computer simulation. Not like The Matrix, exactly – the virtual people in that movie had real bodies, albeit suspended in weird, pod-like things and plugged into a supercomputer. Imagine instead a super-advanced version of The Sims, running on a machine with more processing power than all the minds on Earth. Intelligent design? Not necessarily. The Creator in this scenario could be a future fourth-grader working on a science project.
Oxford University philosopher Nick Bostrom argues that we may very well all be Sims. This possibility rests on three developments: (1) the aforementioned megacomputer. (2) The survival and evolution of the human race to a “posthuman” stage. (3) A decision by these posthumans to research their own evolutionary history, or simply amuse themselves, by creating us – virtual simulacra of their ancestors, with independent consciousnesses.
Meanwhile, in the world we know (virtual or not), some computer experts predict we’ll have such computing power by the middle of this century, though our ability to model the minds of even our most remote ancestors lags woefully behind. At present, virtualization technology enables us to run multiple “virtual computers” on a single computer, each with a different operating system, each completely isolated from crashes or viruses that disable the others. This will soon make Cloud-based computer processing (not just storage) possible on a massive scale. And with advanced simulation, we can perform virtual autopsies on virtual victims of virtual car crashes, or predict the devastation a magnitude 7.8 earthquake would cause in downtown Los Angeles.
Daniel Burrus is one of the world’s leading technology forecasters and business strategists. Among futurists, he has the unique distinction of having accurately predicted – in 1983 – the twenty technological developments that still drive global markets today. Burrus says the e–commerce age is over, and the v–commerce age is about to begin.
What’s The Significance?
Virtualization and advanced simulation will have an enormous, and largely invisible, impact on our lives for a long time to come. Invisibility’s kind of the point – these technologies enable us to study, experiment, explore, and take action on a global scale while minimizing or erasing altogether the physical resources we use in the process. Medical students will be able to practice heart surgery on virtual patients before assisting in life-or-death operations. World stock exchanges will no longer require physical trading floors full of shouting people waving their hands – as a result, economic centers like New York and Tokyo may depopulate and be supplanted by “lifestyle hubs” chosen and developed for executive-class comfort.* These evolving technologies will streamline and reshape the way we do business, accelerating the integration of global markets.