Comments on: The best of both worlds – organic semiconductors in inorganic nanostructures

By: guthrie

guthrie — Thu, 06 Apr 2006 20:27:17 +0000

Carla, whats hyperfractal mean?

By: Carla Hein

Carla Hein — Wed, 29 Mar 2006 13:53:33 +0000

Quantum computing NOW! Build a simple, bare-bones chip on the hyperfractal architecture. Nature interfaces electrons and photons pair-to-pair, fractal-to-fractal, quantum to quantum and serial to parallel. When every atom in the universe is self-organized on the hyperfractal architecture, computer scientists should do likewise.

By: Phillip Huggan

Phillip Huggan — Mon, 27 Mar 2006 00:52:34 +0000

Yeah. Big heavy room temperature quantum dots are good because the open up the field to every university on the planet. More researchers = more breakthroughs.

By: Richard Jones

Richard Jones — Sun, 26 Mar 2006 11:18:54 +0000

My colleagues would be the first to stress that there’s maybe 10 or 15 years work before a practical q-computer emerges from this kind of work. The quantum dot road to q-computing isn’t usually regarded as a front runner, and some are sceptical, but its advantage is that it does build on technology that’s easily integrated with existing optoelectronic devices, so although it’s by no means trivial to imagine how you are going to link many pillars together and get photons in and out of them it’s not unthinkable.

By: Phillip Huggan

Phillip Huggan — Fri, 24 Mar 2006 18:20:54 +0000

Wow. Room temperature quantum computers. To make a q-computer out of these, you’d need to find a way to hook 2 or more of these pillars together, no?