Credit: Originally published by Sunday Times | 14 August 2017.
The SingularityU South Africa Summit seeks to explore how technology could help the African continent to meet future challenges.
In physics a singularity is the place where the rules as we know them break down. Nothing of the other side can be known.
More recently, with the manifestly exponential growth in computing power and intelligence modelling, the term has morphed to capture the moment at which artificial intelligence exceeds that of humans. Scientists write seriously about the outcomes.
Today humanity is so brave (or foolhardy ) it relies from time to time on the expectation that things on the other side will prove favourable, perhaps even save us.
Peter Diamandis and Ray Kurzweil are two of the most prominent and recognised optimists who seek to harness the power of exponential improvement for human benefit.
The Singularity University, based in San Francisco, is the flagship vehicle for their project.
Three South African brothers, Mic, Shayne and Kevin Mann, founders of Mann Made Media, will be bringing the university to South Africa when they host the SingularityU South Africa Summit at Kyalami, Johannesburg on August 23 and 24; one of their principal goals is to “future-proof Africa”.
Little is ever certain in South Africa ’s future. No one could claim, though, this is a country unable to navigate discontinuous change.
Perhaps this is just the time and place for genius, optimism and maybe a little madness. Nothing can be known for sure about the singularity. But risk comes with reward.
THE SUMMIT SPEAKERS
A few of the speakers on the programme for the Singularity University South Africa summit include:
• Dr Adriana Marais (South Africa), Space Mining is a theoretical physicist and head ofInnovation at SAP Africa and aspiring extraterrestrial with the Mars 1 project. One of the100 astronaut candidates to move to the red planet in the next decade, she hopes to findevidence of whether life exists on Mars.
• Sarah Bergbreiter (US Robotics) runs the Maryland micro-robotics lab at the University of Maryland where she develops innovative technologies to advance medicine, consumer electronics and other sciences. Her topic is The Robots are Coming Here.