Comment: Re:Same thing has happened to me... (Score 1) 504
Some proportion of that 'beating' was undoubtedly done by the boarder agents themselves.
No, I think it was mostly from the time I stuck it in my shorts mountain biking in South Africa.
Some proportion of that 'beating' was undoubtedly done by the boarder agents themselves.
No, I think it was mostly from the time I stuck it in my shorts mountain biking in South Africa.
we need to be proactive about communicating with the retards who break our system.
Nope. Nobody would ever think somebody who says shit like this is aloof, insular, or difficult to get along with.
Incidentally, there is a differnce between "nonsense" and "mistaken", you insensitive clod.
I'm aware of that. You're speaking nonsense, or, in technical terms, gibberish.
Within quark theory, quark/antiquark annihilation is not defined, as that has not been necessary to explain the phenomena we have observed nor does it lead to any verifiable predictions.
This is total nonsense. Quark/antiquark annihilation is perfectly well-described in standard theory. The answer to the OP's question is that the quark and antiquark do annihilate, which is why all mesons are unstable. But it takes a little bit of time for the annihilation to happen, which gives you the lifetime of the meson.
The second link is hosed, but the abstract says they discovered "a new chi_b state" of quarkonium. This is well beyond my physics comfort zone, and maybe there is no real difference between states and particles in this realm, but intuitively it seems like there should be one.
Combinations of fundamental particles like quarks themselves behave as particles. The most familiar examples of such composite particles are the proton and neutron, but there are many others consisting of various excited quantum states of various combinations of quarks. Quark/antiquark pairs are called "mesons", and combinations of three quarks are called "baryons". Since energy and mass are pretty much interchangeable in these systems, excited (higher energy) states, act like particles with a larger mass.
Major-league sports are famously technophobic — the NFL outlaws computers and PDAs on the sidelines,
It's not because they're technophobic. Their IT guys won't let them connect their "toys" to the network.
An intelligent person, so not you, would have compared an IT department not with a plumber, but with a fire department.
Uh, no. Unless thee circumstances are very special, a computer crash or a network intrusion is not going to result in the loss of life as in the case of a fire. It's exactly this sort of inflated self-importance that breeds contempt for IT.
Not every IT situation is the same. Providing infrastructure for a hospital naturally requires strict control over everything. IT infrastructure for an open institution like a university benefits from a more flexible approach. And when IT places the needs of "their" network over the needs of the institution the network serves, people are going to undermine their efforts. One small example at my place of employment (a university) is that, because network access is so strictly controlled by central IT, campus visitors are entirely unable to get internet access without a complicated and bureaucratic application procedure. The result? A proliferation of rogue access points in visitor offices.This is actually detrimental to security.
The harder you clench your fist, the more lusers slip through your fingers.
... bleakness ... desolation ... plastic forks ...