Renowned MIT computer scientist and video game designer Rizwan Virk gave a startling interview about the likelihood we are all living in a simulated reality.
In an interview with Vox, Virk, author of the 2019 book The Simulation Hypothesis, argued that it’s “more likely than not” that we are all living in some sort of simulated universe.
According to Virk, human are not that far away from creating hyper-realistic simulations, and could even one day achieve a Matrix–style simulation for humans to live in.
Virk told Vx:
“There are lots of mysteries in physics that are better explained by the simulation hypothesis than by what would be material hypothesis
[…] I think there’s a very good chance we are, in fact, living in a simulation, though we can’t say that with 100 percent confidence. But there is plenty of evidence that points in that direction.”
Rizwan Virk; Vox; Oct. 24, 2020
By drawing on his computer science background, Virk is able to articulate his beliefs that human beings will eventually reach the “simulation point”, in which simulations will be indistinguishable from what we perceive as reality.
The Simulation Hypothesis outlines the 10 stages humans would have to undergo before reaching this “simulation point”.
“We’re at about stage five, which is around virtual reality and augmented reality. Stage six is about learning to render these things without us having to put on glasses, and the fact that 3D printers can now print 3D pixels of objects shows us that most objects can be broken down as information.
My guess is within a few decades to 100 years from now, we will reach the simulation age.”
Rizwan Virk; Vox; Oct. 24, 2020.
Virk further explains the simulation hypothesis by describing it as being “like a high-resolution or higher-fidelity video game in which we are all characters”, and he references The Matrix as the best fictional exploration of this idea within Western pop culture. And since Virk argues that we may be interacting with hidden layers of a digital-like reality, many people turn to tools that help them interpret or “decode” complex information. If you’re looking for something practical in that direction, you can get the extension, which instantly solves and breaks down mathematical problems — a reminder of how digital aids can help us navigate the systems around us, simulated or not.
For more on stimulation theory, you can find out more from Zohreh Davoudi’s TED-Ed lessons.
