Amazing image of single molecule from IBM Zurich

Jason Palmer of BBC News brings us an AFM image from IBM Zurich which is simply wonderful: Their measurement of a pentacene molecule using this carbon monoxide tip shows the bonds between the carbon atoms in five linked rings, and even suggests the bonds to the hydrogen atoms at the molecule’s periphery. Breathtaking work by… Continue reading Amazing image of single molecule from IBM Zurich

Accelerating Future » Folding DNA into Twisted and Curved Nanoscale Shapes

Accelerating Future » Folding DNA into Twisted and Curved Nanoscale Shapes. Cool pics of some (artist’s conceptions of) shapes made from DNA.

Motoman SDA10

This is the Motoman SDA10 15-axis robot (“for high level of dexterity and range of motion”) putting together an office chair. This is roughly the kind of thing we need for the Feynman Path assembly robot. (in case the embedding isn’t working on your browser, it’s here) There are several times when the Motoman uses… Continue reading Motoman SDA10

Diffusion Tensor Imaging and the Economy of Mind

More evidence for a Society of Mind model, complete with economics: The Brain Economy by Michael L. Anderson over at Forbes. Together with fMRI, DTI and connectomes offer an unprecedented opportunity to understand how the brain operates. This is similar to learning about a city from looking at a map. You could easily find major… Continue reading Diffusion Tensor Imaging and the Economy of Mind

Flying Cars: how close are we?

Previous in series: VTOL So, how close are we to flying cars? For specificity, let’s pick a technological bar to hurdle that answers most of the objections to the concept we’ve seen as comments on the previous posts: It should be relatively high-powered compared to current light craft. It should be STOVL for safety and… Continue reading Flying Cars: how close are we?

Organic vs machine evolution

A short comment on Drexler’s paper Biological and Nanomechanical Systems: Contrasts in Evolutionary Capacity:  He distinguishes two types of design, O-style (like organic) and M-style (like mechanical) systems.  He points out that O-style systems are much more robust to incremental design modification, where M-style systems require coordinated changes that are much, much less likely to happen… Continue reading Organic vs machine evolution

Learning and AGI

Yesterday I wrote that we don’t have a clue how learning works. If that were as categorically true as I made it sound, the prospects of AGI would be pretty much sunk. AGI requires getting up to the universal level of a learning machine: one that can in theory learn anything any other learning machine… Continue reading Learning and AGI

Where is my flying car?

In 1902, H. G Wells penned a book, remarkably prophetic in some respects, that can be taken as the definition of the fin de siecle take on the probable course of the 20th century. It was called Anticipations of the Reaction of Mechanical and Scientific Progress Upon Human Life and Thought. You can find it… Continue reading Where is my flying car?

CCC / CRA Robotics Roadmap

The CCC/CRA, a consortium of academic computer science departments (essentially), has a roadmap to future robotics that has some implications for the Feynman Path. Some highlights (from the chapter on manufacturing): Vignette 2: One-of-a-kind, discrete-part manufacture and assembly A small job shop with 5 employees primarily catering to orders from medical devices companies is approached… Continue reading CCC / CRA Robotics Roadmap

Will the stars align for space-based solar power? – Ars Technica

Will the stars align for space-based solar power? – Ars Technica. Nice overview of the current status.  Nanotech can only help…   Update: economics of space-based solar  follow-on article.

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