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krisi
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Re: temp range
krisi   9/25/2013 6:32:54 PM
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thank you Colin...anyone from D-Wave care to comment?

R_Colin_Johnson
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Re: temp range
R_Colin_Johnson   9/25/2013 6:26:19 PM
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Well D-Wave has the advantage of being here now, but is a specialized solution only useful for certain tasks, whereas if the topological insulators are found to have usable Majorana zero modes, then they would represent a comprehensive solution on which a quantum computer industry could be built. Of course, D-Wave is following all these promising research paths, so might even be first to make use of them.

krisi
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CEO
Re: temp range
krisi   9/25/2013 6:03:05 PM
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thank you Colin....liquid nitrogen should be good enough, nobody realistically can expect room temperature...how is this technology stacking up against D-Wave quantum computing approach? Kris

R_Colin_Johnson
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Re: temp range
R_Colin_Johnson   9/25/2013 5:56:12 PM
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As I recall, the operating temperature was 90 degrees Kelvin, so could be cooled with liquid nitrogen.

krisi
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CEO
temp range
krisi   9/25/2013 5:48:15 PM
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pretty cool technology...what is the temperature range for this device to operate properly?

R_Colin_Johnson
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Re: Alpha Particles?
R_Colin_Johnson   9/23/2013 3:55:12 AM
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Your may be right, but no one is sure how stable these Majorana zero modes will be. However, without them they will need error correction between each stage of a circuit, since quantum decoherence happens even without interference.

DrFPGA
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Alpha Particles?
DrFPGA   9/22/2013 11:08:11 PM
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Maybe I'm way off, but would these computers be subject to effects due to random alpha particle strikes? Would seem to me that error correction would be necessary in any case where alpha particles or other random high energy particles could interfeer with otherwise 'perfect' theoretical models. Anyone know?

R_Colin_Johnson
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Blogger
Re: Talk about engineering clutter
R_Colin_Johnson   9/20/2013 5:54:42 PM
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Most of the architecture work today is based on the assumption that massive error correciton algorithms will have to be implemented to deal with the unpredictability of quantum decoherence. However, if Majorana zero modes are found in this superconducting topological insulator, then decoherence will no longer a problem and more conventional architectures could prevail. We'll have to wait and see if Majorana zero modes are found and can be appropriatley harnessed.

LarryM99
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CEO
Re: Talk about engineering clutter
LarryM99   9/20/2013 5:36:54 PM
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It kind of reminds me of my bedroom back when I was in high school. I was a very messy kid...

We still seem to be working the very low levels of quantum computers. Is the architectural structure that would use these low levels worked out? I can't imagine that this would be a Von Neumann architecture, so what would this beast we are calling a quantum computer look like? How would programmers write code to use it?

R_Colin_Johnson
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Blogger
Re: Talk about engineering clutter
R_Colin_Johnson   9/20/2013 5:14:22 PM
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The Advanced Light Source (ALS) at Berkeley Lab is a unique resource that has many demanding experiments lined up to use it. The researchers there set up contraptions like the one illustrated to perform one experiment, then reconfigure the equipment for the next experiment. They have probably completely reworked the whole set-up by now :)

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