Severe Nuclear Reactor Accidents Likely Every 10 to 20 Years->
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Comment: Re:Wrist watch is for style, not gadget (Score 1) 465
Comment: Re:Educate the public? (Score 5, Funny) 587
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Comment: Re:How can it not be real? (Score 2) 241
The wavefunction tells you exactly what state a system is in.
Consider a quantum dice. You can perform a roll-operation on it which sets it to a rolled-dice state. You can also perform a result-operation, that also sets the state, each characteristic state of the roll-operation has a value associated with it (1, 2, 3, 4, 5 or 6). You can look at the result without altering the state after the first result is found (it's a projection operator in other words). The first difference with your explanation is that you can roll as many times as you like without altering the state after the first roll. That is, when you roll a quantum dice, it is in a unique state. Rolling it again will not alter its state!
These two operations do not commute. The rolled-state can be written as a superposition of the six result-states - and it keeps that state no matter how many times you re-roll. When you use the result operation, that rolled-state collapses to one of six result-states. Which state it collapses too is random.
The maths of Quantum Mechanics is mostly linear algebra. If it was just practical statistics there wouldn't be so many disagreements about its meaning. Nevertheless, it's QM that agrees with reality.
Comment: Re:Heh (Score 1) 241
Request a copy (or as many as is required) of the computer. Run it. The simulated version will run slow.
However this doesn't imply that objective reality is provable, just that computers can't simulate reality perfectly.