linkIn another key step toward the return of experiments to the Large Hadron Collider, the machine's operators ran the first collisions at its new top energy: 13 Tera-electronVolts. This is the planned energy for all experiments in the coming year, and it's a level that's 60 percent higher than any previous collisions performed there.
These collisions were an accidental byproduct of work meant to test out the LHC's hardware, specifically devices called collimators. Collimators are pieces of metal that extend to the outside edges of the beams of protons that circulate through the LHC. They shave off any protons that have strayed from the main line of the beam, keeping them from hitting and possibly damaging the equipment.
To fully test the hardware, the people running the LHC had to check whether the collimators performed properly while the proton beams were operating in collision mode. A necessary byproduct of these were actual collisions. And if you're reading this, it appears nothing bad happened at the new energies.
Testing will continue for just a few more weeks before full experimentation is set to begin in early June.
New energy level record set at Large Hadron Collider 13TeV
Moderator: Alyrium Denryle
New energy level record set at Large Hadron Collider 13TeV
Well we're still here
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Re: New energy level record set at Large Hadron Collider 13T
Wait, all of the experiments next year? Don't they want to see what happens at intermediate energies?
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Re: New energy level record set at Large Hadron Collider 13T
No need. Basically, anything that happens at 10 TeV will happen at 13 TeV; it'll just happen harder. We know how to compensate for the difference that makes.
Meanwhile, the converse is not true- it is entirely possible that there are phenomena we can observe at 13 TeV that will never ever happen at 10 TeV no matter what.
And since actually confirming that this thing happens can require exhaustive analysis of months of collision results... we don't want to waste any time that could be spent running at high energy on running at low energy.
Meanwhile, the converse is not true- it is entirely possible that there are phenomena we can observe at 13 TeV that will never ever happen at 10 TeV no matter what.
And since actually confirming that this thing happens can require exhaustive analysis of months of collision results... we don't want to waste any time that could be spent running at high energy on running at low energy.
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