Here's an idea, based on Quantum Mechanics, by someone who hardly knows any Quantum Mechanics at all -- therefore it's probably complete nonsense. (If it's not nonsense, feel free to name said solution after me. :-)
Doesn't the amplitude of a configuration need to be squared in order to figure out the probability of its observation? And also don't configurations tend to split more than merge? So doesn't that mean that if an amplitude-10 configuration splits to two amplitude-5 configurations, the relative probability of the first configuration is 10^2=100 compared to 5^2 + 5^2=50?
So, to put it differently, don't earlier instances have a greater probability of observation than later instances?
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I'm a little skeptical about this: "Attendees will be surrounded by other ambitious, successful, practically-minded folks"
Can I get some evidence?
I attended the July camp, and it would be reasonable to say that I was "surrounded by other ambitious, successful, practically-minded folks". Quite a few of the other attendees were entrepreneurs, though it was not targeted specifically at entrepreneurs like this one seems to be. Many others were computer programmers (like myself) and academics. The opportunity to interact with the other attendees was a valuable part of the camp.