Flexible joint robot by Sarcos puts Honda’s ASIMO to shame

I have been interested nanotechnology, or nanoscience as this video refers to it, for a very long time. If you have heard about nanotech, but haven’t seen any visuals, I highly recommend this video. It touches on properties at the nano scale both in nature and how we are developing our own new materials. They also touch on the development of nano machines. What worries me is for nanotech to become useful, they will probably have to develop self-replicating machines.

In one of my reviews a few years ago for The Diamond Age by Neal Stephenson, he writes about Matter Compilers, usually referred to as an M.C. for short. That’s great right? We can just make whatever we want, any time we want! There are also little battles between autonomous nanobots called mites that break out. If I remember correctly, these massive battles on the nano scale result in a type of dust that pollutes the air and causes respiratory problems. That’s no good! There is a little excerpt on Google books that doesn’t really have any spoilers. It begins on the end of page 59 through page 61. Click through this link for the full text.

I can certainly see something like what Stephenson describes happening within our lifetimes. What do you think?

Ever since I first read I, Robot by Isaac Asimov I have been interested in robotics and AI. Back in 1996 or so I had no idea that simulation of a brain might be possible in my lifetime. John Lehrer with Seed Magazine has written a very interesting article, “Out of the Blue“, which covers the Blue Brain project led by Henry Markram. One of the biggest challenges was determining how exactly a neuron is supposed to behave. Without that information, it would be impossible to simulate it. One of the freaky things about this project is that they have a robot conducting experiments and recording data 24/7. This robot is more efficient than 10 experienced lab technicians combined. I would assume that this robot only has enough programming to complete these experiments, but what if robots become sentient? What would keep them from creating other more capable robots? The current project aims to first simulate the brain of a 2 week old rat, which would then be transferred to a robot body to see how it develops.

With the current progression of technology, Markram suggests, “In ten years, this computer will be talking to us.” That seem a bit crazy, but who would have thought 10 years ago that there would technology capable of simulating 10,000 neurons and 30 million synaptic connections? That currently only represents a small slice of a 2 week old rat brain, but given how fast computing power is growing, I can’t see why Markram’s prediction would be impossible. If not 10 years from now, why not 20, or 30? I think that it is just a matter of time. I highly recommend reading the full article, especially if you have any interest in robotics or AI.