teetone
commented
2 years ago TODO: Test after https://github.com/stanford-crfm/benchmarking/pull/311 is merged.
Closed teetone closed 2 years ago
teetone
commented
2 years ago TODO: Test after https://github.com/stanford-crfm/benchmarking/pull/311 is merged.
rishibommasani
commented
2 years ago @teetone I am guessing this is still active given you updated the title yesterday; could you briefly comment what the status is for this? Thanks!
teetone
commented
2 years ago Request:
Request(model='ai21/j1-jumbo', prompt='Passage: (CNN) -- Deep underground on theborder between France and Switzerland, the world\'s largest particle acceleratorcomplexwill explorethe world onsmaller scales than any human invention has explored before.\n\n\n\n\n\nThe collider\'sALICE experiment will look at how theuniverse formed byanalyzing particle collisions.\n\n\n\n\n\nTheLarge Hadron Collider will look at how theuniverseformed by analyzingparticle collisions. Some have expressedfears that the project couldlead to the Earth\'s demise -- somethingscientists say will not happen. Still, skeptics have filed suitto tryto stop the project. Iteven hasa rap dedicated toiton YouTube.\n\n\n\n\n\nScientistssay thecollider is finally ready for anattempt to circulateabeam of protons thewhole way aroundthe 17-miletunnel. The test, which takes place Wednesday, isa majorstep toward seeing if the theimmense experiment will provide new informationabout the waythe universe works.\n\n\n\n\n\n"It\'s reallya generationthat we\'ve beenlooking forward tothis moment, and themoments that willcomeafterit inparticular," saidBob Cousins, deputy to thescientific leader of the Compact Muon Solenoidexperiment, oneof sixexperiments inside the collidercomplex. "September 10is ademarcation between finishing the construction andstartingtoturn it on,but the excitementwillonly continue to grow."\n\n\n\n\n\nThe colliderconsists of a particle accelerator buriedmore than 300 feetnear Geneva,Switzerland. About $10 billion have gone into the accelerator\'sconstruction, theparticle detectors and the computers, said Katie Yurkewicz, spokewomanfor CERN, the European Organization for Nuclear Research,whichis host to thecollider.\n\n\n\n\n\nIn thecoming months, the collideris expected to begin smashing particles into eachother by sendingtwo beams of protons aroundthetunnelinoppositedirections. It will operate athigher energies and intensities in the nextyear, and the experimentscould generate enough data to make a discoveryby 2009, experts say. Check out the collider complex\'s six detectors»\n\n\n\n\n\nTesting the unknown\n\n\n\n\n\nExperts say the collider hasthepotential to confirm theories about questionsthat physicists have been working onfor decadesincludingthe possible existence of extra dimensions. They alsohope to find a theoretical particle called the Higgs boson, which hasneverbeen detected, but would help explain why matterhasmass.\n\n\n\n\n\nThe collider will recreate the conditions of less than a millionth of asecond after the Big Bang, when there was a hot "soup" of tiny particles called quarksand gluons, to look at how the universe evolved, said John Harris,U.S. coordinatorfor ALICE,a detectorspecializedto analyze that question.\n\n\n\n\n\nSince this isexploratory science, thecollidermay uncover surprises thatcontradictprevailing theories, but whichare just as interesting, said Joseph Lykken, theoretical physicist at theFermi NationalAcceleratorLaboratory.\n\n\n\n\n\n"When Columbus sails west, hethought he was going to find something. He didn\'t find what hethought he was going to find,but he did find somethinginteresting," saidLykken, who works on the CompactMuon Solenoid,one of six experiments inside the collider complex.\n\n\n\n\n\nWhy should the layperson care about this particularexploration? Yearsago, when electrons werefirst identified, no one knew whattheywere good for,but they have sincetransformed our entire economy, saidHoward Gordon,deputy research program manager for the collider\'s ATLAS experiment.\n\n\n\n\n\n"The transformative effect of this research willbe to understand the world we live in much better,"said Gordon, at Brookhaven National Laboratory. "It\'s importantfor just who weare,whatwe are."\n\n\n\n\n\nBlack hole fearsare "baloney"\n\n\n\n\n\nFears have emergedthat thecollidercouldproduce black holes that could suck upanythingaround them-- including the whole Earth. Suchfears promptedlegal actions in theU.S.and Europe to haltthe operation of the Large Hadron Collider, alleging safety concerns regarding blackholesandotherphenomena thatcouldtheoretically emerge.\n\n\n\n\n\nAlthough physicists acknowledge thatthe collider could,in theory, createsmall blackholes, they say they do notpose anyrisk. A study released Friday byCERN scientistsexplainsthat any blackhole created would be tiny, and would not haveenough energy to stickaroundverylongbefore dissolving. Five collidercollaborators whodid notpenthe report independentlytold CNN there would beno danger frompotential blackholes.\n\n\n\n\n\nJohn Huth,who worksonthe collider\'s ATLASexperiment, calledsuchfears"baloney" in arecent interview, andnotedthat in normal physics, even if the black hole werestable,it could just pass through the Earthwithout being detected or withoutinteractingat all.\n\n\n\n\n\n"The gravitational force is so weak that you\'d have towait many, many, many,many, many lifetimes of the universebefore one of these things could [get]big enough to even get closetobeinga problem," said Huth,professor of physicsat Harvard University.\n\n\n\n\n\nAt the scene\n\n\n\n\n\nWhenvisiting thegeneral-purpose detectors CMS and ATLAS at theLargeHadron Collider,Lykken said he was awed that30,000 tons of electronics wouldhavetowork without anyone fiddling with themall thetime.\n\n\n\n\n\n"Itjust blowsyou away to look at these things and realize they\'re not only incredibly complexand huge, buttheyhavetoactually work," he said. "They haveto workwithout peoplebanging on them all daybecause they\'re sitting undergroundallby themselves."\n\n\n\n\n\nWith twice as much ironas theEiffel Tower, CMSwill runatfull power for the first time in conjunction withthe first beam test Wednesday, Lykkensaid.The magnet servesto bendparticles, whizzing by at almost the speedof light,to figure out what kind of particles they are.\n\n\n\n\n\nAlthoughthedetector\'s parts weigh thousands of tons, in previous trials of CMS at lower power, the magnetactually yanked certain parts aroundbecause ofitspower,Lykken said.\n\n\n\n\n\n"You\'re talking about such incrediblepowerinside both the accelerator and detectors thatyou never really know untilyouturn it all onwhat\'sgoingto happen,"he said.\n\n\n\n\n\nScientists around the world are pumped for thefirst beam. Fermilab, the high energyphysics lab in Batavia,Illinois, andmajor collaboratoron the Large Hadron Collider, will be host of a"pajama party"at 1:30 a.m.CT that includes a liveconnection to CERN to follow the action.\n\n\n\n\n\nCousins believesthat because the collider pushes the frontiersof science and technology, it would be "amazinglyimpressive ifitworks the first try," hesaid in a phone interviewfrom CERN.Any little disturbance of themagnetic field anywhere in the tunnelcould stop the beam from making it all the way around.\n\n\n\n\n\nStill, after a 25-yearwait, he\'s notcomplaining."I personallywill befine if there\'s someproblem that has tobe overcome in the nextfew ', temperature=0.0, num_completions=1, top_k_per_token=1, max_tokens=50, stop_sequences=['\n'], echo_prompt=False, top_p=1, presence_penalty=0, frequency_penalty=0, random=None)Raw prompt:
Passage: (CNN) -- Deep underground on theborder between France and Switzerland, the world's largest particle acceleratorcomplexwill explorethe world onsmaller scales than any human invention has explored before.
The collider'sALICE experiment will look at how theuniverse formed byanalyzing particle collisions.
TheLarge Hadron Collider will look at how theuniverseformed by analyzingparticle collisions. Some have expressedfears that the project couldlead to the Earth's demise -- somethingscientists say will not happen. Still, skeptics have filed suitto tryto stop the project. Iteven hasa rap dedicated toiton YouTube.
Scientistssay thecollider is finally ready for anattempt to circulateabeam of protons thewhole way aroundthe 17-miletunnel. The test, which takes place Wednesday, isa majorstep toward seeing if the theimmense experiment will provide new informationabout the waythe universe works.
"It's reallya generationthat we've beenlooking forward tothis moment, and themoments that willcomeafterit inparticular," saidBob Cousins, deputy to thescientific leader of the Compact Muon Solenoidexperiment, oneof sixexperiments inside the collidercomplex. "September 10is ademarcation between finishing the construction andstartingtoturn it on,but the excitementwillonly continue to grow."
The colliderconsists of a particle accelerator buriedmore than 300 feetnear Geneva,Switzerland. About $10 billion have gone into the accelerator'sconstruction, theparticle detectors and the computers, said Katie Yurkewicz, spokewomanfor CERN, the European Organization for Nuclear Research,whichis host to thecollider.
In thecoming months, the collideris expected to begin smashing particles into eachother by sendingtwo beams of protons aroundthetunnelinoppositedirections. It will operate athigher energies and intensities in the nextyear, and the experimentscould generate enough data to make a discoveryby 2009, experts say. Check out the collider complex's six detectors»
Testing the unknown
Experts say the collider hasthepotential to confirm theories about questionsthat physicists have been working onfor decadesincludingthe possible existence of extra dimensions. They alsohope to find a theoretical particle called the Higgs boson, which hasneverbeen detected, but would help explain why matterhasmass.
The collider will recreate the conditions of less than a millionth of asecond after the Big Bang, when there was a hot "soup" of tiny particles called quarksand gluons, to look at how the universe evolved, said John Harris,U.S. coordinatorfor ALICE,a detectorspecializedto analyze that question.
Since this isexploratory science, thecollidermay uncover surprises thatcontradictprevailing theories, but whichare just as interesting, said Joseph Lykken, theoretical physicist at theFermi NationalAcceleratorLaboratory.
"When Columbus sails west, hethought he was going to find something. He didn't find what hethought he was going to find,but he did find somethinginteresting," saidLykken, who works on the CompactMuon Solenoid,one of six experiments inside the collider complex.
Why should the layperson care about this particularexploration? Yearsago, when electrons werefirst identified, no one knew whattheywere good for,but they have sincetransformed our entire economy, saidHoward Gordon,deputy research program manager for the collider's ATLAS experiment.
"The transformative effect of this research willbe to understand the world we live in much better,"said Gordon, at Brookhaven National Laboratory. "It's importantfor just who weare,whatwe are."
Black hole fearsare "baloney"
Fears have emergedthat thecollidercouldproduce black holes that could suck upanythingaround them-- including the whole Earth. Suchfears promptedlegal actions in theU.S.and Europe to haltthe operation of the Large Hadron Collider, alleging safety concerns regarding blackholesandotherphenomena thatcouldtheoretically emerge.
Although physicists acknowledge thatthe collider could,in theory, createsmall blackholes, they say they do notpose anyrisk. A study released Friday byCERN scientistsexplainsthat any blackhole created would be tiny, and would not haveenough energy to stickaroundverylongbefore dissolving. Five collidercollaborators whodid notpenthe report independentlytold CNN there would beno danger frompotential blackholes.
John Huth,who worksonthe collider's ATLASexperiment, calledsuchfears"baloney" in arecent interview, andnotedthat in normal physics, even if the black hole werestable,it could just pass through the Earthwithout being detected or withoutinteractingat all.
"The gravitational force is so weak that you'd have towait many, many, many,many, many lifetimes of the universebefore one of these things could [get]big enough to even get closetobeinga problem," said Huth,professor of physicsat Harvard University.
At the scene
Whenvisiting thegeneral-purpose detectors CMS and ATLAS at theLargeHadron Collider,Lykken said he was awed that30,000 tons of electronics wouldhavetowork without anyone fiddling with themall thetime.
"Itjust blowsyou away to look at these things and realize they're not only incredibly complexand huge, buttheyhavetoactually work," he said. "They haveto workwithout peoplebanging on them all daybecause they're sitting undergroundallby themselves."
With twice as much ironas theEiffel Tower, CMSwill runatfull power for the first time in conjunction withthe first beam test Wednesday, Lykkensaid.The magnet servesto bendparticles, whizzing by at almost the speedof light,to figure out what kind of particles they are.
Althoughthedetector's parts weigh thousands of tons, in previous trials of CMS at lower power, the magnetactually yanked certain parts aroundbecause ofitspower,Lykken said.
"You're talking about such incrediblepowerinside both the accelerator and detectors thatyou never really know untilyouturn it all onwhat'sgoingto happen,"he said.
Scientists around the world are pumped for thefirst beam. Fermilab, the high energyphysics lab in Batavia,Illinois, andmajor collaboratoron the Large Hadron Collider, will be host of a"pajama party"at 1:30 a.m.CT that includes a liveconnection to CERN to follow the action.
Cousins believesthat because the collider pushes the frontiersof science and technology, it would be "amazinglyimpressive ifitworks the first try," hesaid in a phone interviewfrom CERN.Any little disturbance of themagnetic field anywhere in the tunnelcould stop the beam from making it all the way around.
Still, after a 25-yearwait, he's notcomplaining."I personallywill befine if there's someproblem that has tobe overcome in the nextfew
Run "news_qa:model=ai21/j1-jumbo,data_augmentation=all": {status: "READY"}
1999 + 50 > 2048 error