What does the future of medical devices look like when microchips and nervous systems speak the same language? I learned about the EXPONENTIAL opportunities from the inspiring Dr Elisa Donati, a senior scientist working at the intersection of neuroscience, technology and medicine …

I’m calling neuromorphic computing the most important computer engineering research in the world, now and through the next 20 years. That’s right, more important than quantum computing (you heard it hear first!). Why? Because everything we want to do in the future of AI, everywhere we want to go long-term, is predicated on transitioning to …

ALEXANDRE MARCIREAU: So what really stands out I think for the brain is that it is a massively parallel 3D structure with those incredible connections. Part of the computation is in the very structure of the system. Ultimately, we'd like to build systems that are more like the brain …

In the fall of 2005 I drove 55 miles southeast of San Francisco to spend a happy day at IBM’s labs at Almaden, where I met all manner of remarkable people and learned about the latest microprocessor and storage developments, but it was the last agenda item of the day that made the greatest impression. So much of an impression that it changed, fundamentally, the way I work.