Carbon Nanotube-Based NVRAM In 2-3 Years?

According to NanoWerk, UC Riverside researchers have come up with a memory device based on telescoping multi-walled carbon nanotubes. According to one of the researchers, 'This finding leads to a promising potential to build ultrafast high-density nonvolatile memory, up to 100 gigahertz or into the terahertz range" and a prototype could be demonstrated "in the next two to three years.' Similar devices from UCLA and Caltech based on bistable rotaxanes are farther along in being integrated into actual memory circuits, but tend to break after a fairly small number of position changes. Carbon nanotubes may promise more durable switches.

How do you interface with a 100Ghz device?

[LM741N]

Memory and/or processors running at 100Ghz sounds great, but how is such a chip going to be connected to the outside world of peripherals? Beams of light? Waveguides? Or will everything have to be contained on one chip?