IAAAP (I am an accelerator physicist), and this is pretty old news. The US muon collider program is actually on its way out. Last year's Particle Physics Project Prioritization Panel (P5) advised the DOE to defund the muon collider project, redirecting funds toward the International Linear Collider (ILC)-- a 250GeV e+/e- precision Higgs factory-- and other projects:
According to this article it's easier to put energy in particles with substantial mass. They don't seem to leak as much.
So how are they gonna accomplish these 2-3 x higher energies in the ILC over the LEP ? More massive electric fields ?
Why would you want to add just one drive to a server with 5x 6-drive RAID6 arrays? Just add another 6 drives at a time.
ZFS isn't ideal for growing like that since it doesn't do rebalancing. Your younger raid arrays will always have more data on them.
Also zfs destroy is very expensive.
Then you're doing something horribly wrong and causing all sorts of stalls in the pipeline.
Are there any instructions that give direct insight into the state of the pipeline (like rdtsc for cycle count).
How do you distinguish slowness from faulty "branch prediction", pipeline woes or any other reason on any non trivial codebase ?
i.e. eventually the entropy for a galaxy will reach a maximum value.
Yes and these esteemed scientists have come to that possible conclusion a long time before you and called it "heat death".
2.4 statute miles of surgical tubing at Yale U. = 1 I.V.League