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Comment Re:For the rest of us (Score 4, Funny) 299

THAT SEEMS LIKE A GOOD IDEA. I'M VERY HAPPY WITH MY NEW CAPS LOCK KEY. OH WAIT, DID YOU MEAN A SHIFT KEY?

the one problem with using my new caps lock key is that the slashdot filter complains that it's like yelling and refuses to post my comment. maybe these sentences will mollify it. haha it worked.

Comment Re:Will be watching from Connecticut (Score 3, Informative) 36

Looking at the map, it seems like the direction to look from Connecticut will be south/southeast (but mostly south). It first has to rise above the Earth's curvature far enough to be visible from CT, and by that time it's already quite far out to sea to the east. Looks like a similar situation in NJ - it's not going to appear to the southwest.

Comment Re:not supposed to be on the web! (Score 4, Interesting) 329

Yeah, this is what bothers me about this whole thing. People are acting like this is a terrible security hole outside of anyone's control, but if you're running an environment which allows for remote execution of anything via bash, I feel like Agent Smith said it best: "your men are already dead." That hasn't been a plausible architecture for public-facing applications for at least a decade. I remember working hard to get away from CGI-style approaches in the late '90s - back then, it was more for performance than security, but the security was an added bonus that became more apparent later.

Comment Re:Also how is the backhaul? (Score 1) 142

In this case, the connection out of Svalbard is decent - 10 Gb/s, "with a future potential capacity of 2,500 Gbit/s" via currently unused fiber. See Svalbard Undersea Cable System.

One imagines that with the $50 million cost partly funded by NASA, that they also paid some attention to the peering connection at Harstad, where the connection terminates.

Comment Re:Not the quantum mechanical multiverse (Score 1) 458

would particles have formed differently, or at all?

Many different outcomes are possible. It's not due to "energy vibrating at different frequencies" - energy does that anyway, every color of visible light you see is energy vibrating at a different frequency, for example. But during an event like the Big Bang, properties of the universe that we observe as constants or laws today could have turned out differently.

Victor Stenger describes it as follows near the end of his 1990 paper The Universe: the ultimate free lunch:

Rather than representing order, symmetry principles actually correspond to a state of high disorder; they describe situations where no particular axis is preferred and thus a system has no structure. Order is not symmetry - order is broken symmetry. It occurs as the result of a phase transition from more symmetric but less orderly states, as with the freezing of a cloud of water vapour into a six-pointed snow-flake. Force laws result from broken symmetry.

Those phase transitions as an early-stage universe cools could lead to different force laws, among other differences, in the resulting universe.

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