Skip to content

Will robots take over the world?

Facebook
Twitter
LinkedIn

Unlikely, for the next 100 years. Academics and sci-fi writers take three rough approaches. We will become one with the bots by integrating computers into our body achieving the next stage of evolution. Or, robots will become so powerful so quickly that we’ll become their slaves, helpless to stop them — think the Matrix. Or, robots have certain technological hurdles that will take ages to overcome.

Let’s analyse those hurdles. Computing power: no problem. Manufacturing expense: no problem. Artificial intelligence: could take decades, but we are already mapping and replicating the human brain through computers. Energy: very difficult to power such energy-hungry devices in a mobile way; battery or portable energy generation has a long way to go. The desire to enslave humanity: would require Asmiov’s trick or a mad computer scientist to programme it into the bot’s code. Conclusion: unlikely, sleep easy tonight.

Author

More to Explore

These Insoles Are Made for Monitoring: A Step Towards Preventive Healthcare 

What if healthcare could learn more about our health between appointments? Wearable technology is opening up new possibilities for continuous monitoring, and researchers at UM’s Centre for Biomedical Cybernetics and Department of Podiatry, in collaboration with Tarsos, are making significant contributions in this area. THINK went to learn more about a research project investigating how smart insoles could improve foot health monitoring for people with diabetes.

The Chosen One? Adoption Beyond the ‘Happy Ending’

You look at your reflection in the mirror. Your face tells a story of the generations that came before you. A familiar smile, or a shared eye colour, a resemblance that has probably been pointed out more than once. For most, such observations are brushed off with a smile and quickly forgotten. But what if your reflection raised more questions than answers?

Molecular Mail: Tiny Parcels for Tracking Tumours

Tumours are not discreet. As cancer cells grow and change, they release microscopic particles into their environment. Some of these particles enter the bloodstream. They are small, abundant, and, as researchers are beginning to realise, potentially informative. A Maltese research project is testing whether extracellular vesicles can provide a less invasive source of cancer information.

Comments are closed for this article!