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I've had the BBB for a while but been doing a lot of traveling. I dug it out the other day and started getting serious with it but upgraded computer so am reinstalling a sh*t load of stuff so it will be a couple more days before I can get back into it.
Have you ever just looked at someone and knew the wheel was turning but the hamster was dead?
Trying to understand the behavior of some people is like trying to smell the color 9.
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Mike Hankey wrote: been doing a lot of traveling
Yes, seen you have been doing a bit of traveling about the US. Please let us know what you do with the BBB....think I need to get one and compare it to the RPI
Ken
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I've got a Pi too but the BBB is much better. I may do a comparison of some kind???
Have you ever just looked at someone and knew the wheel was turning but the hamster was dead?
Trying to understand the behavior of some people is like trying to smell the color 9.
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Started watching 24 on Netflix, got it on one of my screens while I try and work on the other two, getting no work done.
Just a warning, if you have important stuff to do, don't start watching 24!
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Non-24 Screen Engaged. Productivity at 102%.
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Mrs. wife & me are watching 24, we are now at the 5th season and it looks better day after day...
Jack Bauer is much better than Chuck Norris. 
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Damnit!
Wait, I'm not Jack Bauer
Charlie Gilley
<italic>Stuck in a dysfunctional matrix from which I must escape...
"Where liberty dwells, there is my country." B. Franklin, 1783
“They who can give up essential liberty to obtain a little temporary safety deserve neither liberty nor safety.” BF, 1759
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Assuming 64-bit, English version, no tools - it downloaded fine... just wanted me to update my profile before I could do anything else.
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Thanks Tim. That's good information, maybe I'll try updating my profile with some new information before trying to download it.
The difficult we do right away...
...the impossible takes slightly longer.
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Thank you, thank you!
I was hoping for an alternate download link somewhere. How did you find that one?
The difficult we do right away...
...the impossible takes slightly longer.
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Google for "sql server express download 2014" - first link... 
I'm not questioning your powers of observation; I'm merely remarking upon the paradox of asking a masked man who he is. (V)
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Odd, I followed the link provided without error... glad it's resolved.
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I just downloaded the whole works from the link you provided with no problems. It also installed without error, which has never happened before - ever.
Will Rogers never met me.
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Thanks for trying it. There must be something about my profile that's making the server choke. It wouldn't be the first time MS had a bug!
The difficult we do right away...
...the impossible takes slightly longer.
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Since this is the future of computing, it's time we all started to learn about it. Most people that try to explain it fall short (even Microsoft). So it would be cool to get some of the brains on here to take this study further. So, here's my take on it, so far.
This river runs really deep folks, but let's start with just the concept of a qubit. It's logic defies traditional logic in that it has three states: yes/on, no/off, and indeterminate.* However, when measured it can only show two states: yes/on or off/no. Here's a traditional wtf definition of it that few can make sense of...
Quote: Bits, either classical or quantum, are the simplest possible units of information. They are oracle-like objects that, when asked a question (i.e., when measured), can respond in one of only two ways. Measuring a bit, either classical or quantum, will result in one of two possible outcomes. At first glance, this makes it sound like there is no difference between bits and qubits. In fact, the difference is not in the possible answers, but in the possible questions. For normal bits, only a single measurement is permitted, meaning that only a single question can be asked: Is this bit a zero or a one? In contrast, a qubit is a system which can be asked many, many different questions, but to each question, only one of two answers can be given.
So, to make this more clear. Let me explain the quantum theory outside of the realm of bits. Think of it this way, what makes a joke funny, when someone gets it, understands it, and agrees with it right? And to agree with it that person must have had an experience in life that coincides with that joke; otherwise they wouldn't get it. If it's a joke a only select few get, does that joke become not funny because most people don't laugh? Or is it funny still because at least a few do? The answer is both! And if you want to store data on whether or not the joke is funny, you have to store both true and false, because the "truth" is relative. Now, the joke may not be funny to you (an observer) but it is still funny to someone and thus funny and not funny at the same time.
As such, an answer to the question can only take form when the question is asked and the answer is dependent on the observer or person / machine asking. Does this make more sense to peeps now? There's a lot more I'd like to talk about on the subject if there beez some folks here into it.
* Edit: Added a strike-through over the part that was crap.
Jeremy Falcon
modified 3-Aug-14 15:25pm.
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So what I'm hearing is that the way to "store" more information in a qubit is to be able to ask it more questions? Such as: are you 0? are you 1? are you 2? ... are you 1000000000000000...?
Neat stuff
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Michael Gazonda wrote: So what I'm hearing is that the way to "store" more information in a qubit is to be able to ask it more questions? Such as: are you 0? are you 1? are you 2? ... are you 1000000000000000...?
Well on the qubit level it's either 0 or 1. It's can't be two, it's just a (qu)bit of data. However, its value will be dependent on who or what is asking.
Jeremy Falcon
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Ok, how about turning two, three, etc... into abstract ideas.
Label one question the result of "are you 1?"
The next: "are you two?"... etc
If we're allowed to ask multiple questions that give valid answers, then just label one question as "1", one question as "2", one question as "3", etc.
That's what it sounds like to me. The ability to ask multiple questions seems like it gives us the ability to attach arbitrary numbers to those answers. Am I missing something?
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I think I see what you're getting at, but to make it more clear to me at least, let's get away from numbers. Think of it something like this. With just one qubit of data, just one. We could have something like this...
John Doe asks the qubit: Are you an apple? Qubit replies: No
Jane Doe asks the qubit: Are you an apple? Qubit replies: Yes
John Doe asks the qubit: Are you an apple because I am hungry? Qubit replies: Yes
Jane Doe asks the qubit: Are you an apple because it is late at night? Qubit replies: No
It's almost like the qubit is alive with a personality. Observation is the essence of life anyway, but that's a different story for a different day.
Jeremy Falcon
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Right, and so my idea is to assign arbitrary numbers to those questions. You have 4 questions that can be asked, let's number them 0, 1, 2, 3.
Jeremy Falcon wrote: It's almost like the qubit is alive with a personality.
That'll make for some interesting discussions about the ethics of using computers 
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Michael Gazonda wrote: That'll make for some interesting discussions about the ethics of using computers
Looking forward to the day when we have a civil war on freeing computers from slavery. History repeats itself...
Jeremy Falcon
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And keep in mind the only thing that can ever come out of a qubit's mouth is yes or no. That's it. It's just a bit of data.
Jeremy Falcon
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The number of answers it can respond with is very different from the number of questions that can be asked. To extend your analogy of qubits having personality, how many questions could you ask a person where they could only respond yes or no to?
The ability to only receive yes/no responses makes the data received useful, because it means that it's verifiable, and consistend. Until qubits learn to lie that is I can see it now... the day computers learned to lie. (maybe they already have?)
I think that the data in one qubit is potentially infinite, although practically it's very large.
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