Forget recession! It might not even matter anymore!

I never said it could. I believe the main reason we haven't had a problem so far is because the particles created decay quickly + their charge means they're repelled from regular matter. There are loads of theories regards this stuff so if you want to learn more about it I'd read up on the experiments described on the
Brookhaven Lab website I linked earlier.

If strange matter was created at RHIC, then it wouldn't be created at the LHC. If you read the safety report it basically says that stranglets can only be created within a certain energy (1-10MeV) and since the LHC will doing collisions at 14TeV, it won't happen.

Or, to quote the Wiki article (who's source is the LHC safety assesement): "However, the probability of the creation of strangelets decreases at higher energies. As the LHC operates at higher energies than RHIC or the heavy ion programmes of the 1980s and 1990s, LHC is less likely to produce strangelets than its predecessors.[6] Furthermore, models indicate that strangelets are only stable or long-lived at low temperatures. Strangelets are bound at low energies (in the order of 1-10 MeV), whilst the collisions in the LHC release energies on the order of 14 TeV. The second law of thermodynamics precludes the formation of a cold condensate that is an order of magnitude cooler than the surrounding medium. This can be illustrated by the example of trying to form an icecube in boiling water."
 
Another excuse for obese people - "It's the black holes mavity that make me weigh so much."
 
Don't panic everyone - look who's turned up.

1220360595652gn3.jpg
 
What people often fail to understand is that all this is doing is replicating a reaction that occurs constantly throughout the universe, its just this one is being done inside a large sensor, so that its effects and products can be observed. By monitoring the radiation and particles released when two protons (or positrons) are collided, we can find out more about how mavity works, and how particles react at a fundamental level.
 
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