El Weirdo
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Guys this thread is only my small salute to Science..
Pls let it stay this way and add more interesting topics of discussion.
Thank you and NO Trolling Please!!!
Science Speed!!
Interactive Panorama: Step Inside the Large Hadron Collider
open the link , , switch to Full screen view , and watch the mighty Hadron Collider in Panoramic View with a bunch of options!!
Interactive Panorama: Step Inside the Large Hadron Collider - LightBox
There’s something almost ironic about the disparity of scales between the Large Hadron Collider and the subatomic particles it’s built to study. The collider itself measures 17 mi. (27 km) in circumference, sits 380 ft. (116 m) below ground and cost $10 billion to build. Its detectors and magnets alone weigh tens of thousands of tons. As for the particles that are produced by the proton collisions that take place in the LHC tunnels? They are so tiny and evanescent that they flash into and out of existence in just a few trillionths of a second. But you can learn a lot in that flicker of time.
In order to create the quantum crack-ups that are the whole reason the LHC was built, swarms of protons are sent whizzing around the subterranean racetrack in opposite directions until they attain 99.9999991% of the speed of light. When they collide, they briefly recreate the conditions at the moment of the Big Bang—in manageable miniature—and generate some of the primal particles produced then too. The Higgs boson was one of the most sought-after of those particles, but it had eluded detection for nearly 50 years. When its existence was at last proven in the LHC and announced on July 4, champagne corks popped both within and without the physics world. And with good reason.
(Related: Jeffrey Kluger’s interviews the physicists who discovered the Higgs boson)
It’s the Higgs that is responsible for the existence of mass in the universe. No Higgs, so the theories go, no stars, planets, moons, meteors, dogs or humans. Had the boson never been found, the universe would hardly have dissolved into nothing, but the standard model of particle physics—one of the great pillars of the field–would have. Now it’s been saved, and scientists can go on to use the LHC—and the Higgs—to solve some of the universe’s other great mysteries, like dark energy, dark matter and the mystery of gravity. It takes a very big machine to fill that very big order. The LHC, by all appearances, is up to the job.
Pls let it stay this way and add more interesting topics of discussion.
Thank you and NO Trolling Please!!!
Science Speed!!
Interactive Panorama: Step Inside the Large Hadron Collider
open the link , , switch to Full screen view , and watch the mighty Hadron Collider in Panoramic View with a bunch of options!!
Interactive Panorama: Step Inside the Large Hadron Collider - LightBox
There’s something almost ironic about the disparity of scales between the Large Hadron Collider and the subatomic particles it’s built to study. The collider itself measures 17 mi. (27 km) in circumference, sits 380 ft. (116 m) below ground and cost $10 billion to build. Its detectors and magnets alone weigh tens of thousands of tons. As for the particles that are produced by the proton collisions that take place in the LHC tunnels? They are so tiny and evanescent that they flash into and out of existence in just a few trillionths of a second. But you can learn a lot in that flicker of time.
In order to create the quantum crack-ups that are the whole reason the LHC was built, swarms of protons are sent whizzing around the subterranean racetrack in opposite directions until they attain 99.9999991% of the speed of light. When they collide, they briefly recreate the conditions at the moment of the Big Bang—in manageable miniature—and generate some of the primal particles produced then too. The Higgs boson was one of the most sought-after of those particles, but it had eluded detection for nearly 50 years. When its existence was at last proven in the LHC and announced on July 4, champagne corks popped both within and without the physics world. And with good reason.
(Related: Jeffrey Kluger’s interviews the physicists who discovered the Higgs boson)
It’s the Higgs that is responsible for the existence of mass in the universe. No Higgs, so the theories go, no stars, planets, moons, meteors, dogs or humans. Had the boson never been found, the universe would hardly have dissolved into nothing, but the standard model of particle physics—one of the great pillars of the field–would have. Now it’s been saved, and scientists can go on to use the LHC—and the Higgs—to solve some of the universe’s other great mysteries, like dark energy, dark matter and the mystery of gravity. It takes a very big machine to fill that very big order. The LHC, by all appearances, is up to the job.
