Miten nykyisiin teorioihin, jotka siis muka kuvaavat maailmankaikkeutta sata varmasti oikealla tavalla, ahdetaan lisää uusia voimia?
US atom smasher may have found new force of nature (Update 3)
http://www.physorg.com/news/2011-04-atom-smasher-nature.html
Ai niin, ainahan jokunen uusi pimeä voima voidaan nykyisiin teorioihin lisätä.
Pimeää purukumia lisää ja hyvä tulee, heh heh.
US atom smasher may have found new force of nature (Update 3)
April 6, 2011
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The Higgs-boson has long eluded physicists who believe it could explain why particles have mass
Enlarge
A monitor showing ultra high-energy collisions of protons. US physicists are to announce that data from a major atom smasher lab may have revealed a new elementary particle, or potentially a new force of nature
Data from a major US atom smasher lab may have revealed a new elementary particle, or potentially a new force of nature, one of the physicists involved in the discovery told AFP on Wednesday.
Ads by Google
End of the World - What defines the End of the World? The Truth Explained! - www.theRCG.org
The physics world was abuzz with excitement over the findings, which could offer clues to the persistent riddle of mass and how objects obtain it -- one of the most sought-after answers in all of physics.
But experts cautioned that more analysis was needed over the next several months to uncover the true nature of the discovery, which comes as part of an ongoing experiment with proton and antiproton collisions to understand the workings of the universe.
"There could be some new force beyond the force that we know," said Giovanni Punzi, a physicist with the international research team that is analyzing the data from the US Department of Energy's Fermi National Accelerator Laboratory.
"If it is confirmed, it could point to a whole new world of interactions," he told AFP.
While much remains a mystery, researchers agree that this is not the "God Particle," or the Higgs-boson, a hypothetical elementary particle which has long eluded physicists who believe it could explain why objects have mass.
"The Higgs-boson is a piece that goes into the puzzle that we already have," said Punzi. "Whereas this is something that goes a little bit beyond that -- a new interaction, a new force."
Punzi said the new observation behaves differently than the Higgs-boson, which would be decaying into heavy quarks, or particles.
The new discovery "is decaying in normal quarks," Punzi said. "It has different features," he added.
"One thing we know for sure -- it is not the Higgs-boson. That is the only thing we know for sure."
Physicists were to discuss their findings further in a meeting to be webcast at 2100 GMT (1600 CDT).
For more than a year physicists have been studying what appears to be a "bump" in the data from the Illinois-based Fermi lab, which operates the powerful particle accelerator, or atom-smasher, Tevatron.
The Tevatron was once the most powerful machine in the world for such purposes until 2008 when the Large Hadron Collider (LHC) became operational at the European Organization for Nuclear Research, which goes by the acronym CERN.
The US machine began its work in the mid 1980s, and is scheduled for shutdown later this year when its funding runs dry.
"These results are certainly tantalizing," said Nigel Lockyer, director of Canada's national laboratory for particle and nuclear physics, TRIUMF.
"It is too early to say for sure what the Fermilab team has observed," he added in an email to AFP.
"On the one hand, there is clear evidence for something unexplained, and on the other, there is a long list of alternative explanations for what might be causing this subtle observation," he said.
"My personal judgment is that this excitement is adding fuel to the fire for the next generation of results and discoveries that will be made at the LHC (in Europe) and elsewhere. We are so close to learning something profound."
Lockyer, a former spokesman for the Collider Detector at Fermilab (CDF), which made the announcement, said there is another major experiment going on at Tevatron, a sister project known as D-Zero, which could help confirm the data in the coming months.
"They are both multipurpose detectors. They both have the capability of seeing this," he said, predicting a rush of opinions by theoretical physicists in the coming days, and more data that could shed more light on the finding by summer.
"It will become very much clearer in the next few months. You won't have to wait years."
.
US atom smasher may have found new force of nature (Update 3)
http://www.physorg.com/news/2011-04-atom-smasher-nature.html
Ai niin, ainahan jokunen uusi pimeä voima voidaan nykyisiin teorioihin lisätä.
Pimeää purukumia lisää ja hyvä tulee, heh heh.
US atom smasher may have found new force of nature (Update 3)
April 6, 2011
* article
* comments (58)
* share
o
o
o
o share on Facebook Share to facebook
o share on Reddit Reddit
o share on Google Google
o add to delicious Delicious
o share on Slashdot Slashdot
o save to Yahoo! bookmarks Yahoo! bookmarks
o share on Windows Live Windows Live
o rss-newsfeed RSS
o rss-newsfeed QR code
The Higgs-boson has long eluded physicists who believe it could explain why particles have mass
Enlarge
A monitor showing ultra high-energy collisions of protons. US physicists are to announce that data from a major atom smasher lab may have revealed a new elementary particle, or potentially a new force of nature
Data from a major US atom smasher lab may have revealed a new elementary particle, or potentially a new force of nature, one of the physicists involved in the discovery told AFP on Wednesday.
Ads by Google
End of the World - What defines the End of the World? The Truth Explained! - www.theRCG.org
The physics world was abuzz with excitement over the findings, which could offer clues to the persistent riddle of mass and how objects obtain it -- one of the most sought-after answers in all of physics.
But experts cautioned that more analysis was needed over the next several months to uncover the true nature of the discovery, which comes as part of an ongoing experiment with proton and antiproton collisions to understand the workings of the universe.
"There could be some new force beyond the force that we know," said Giovanni Punzi, a physicist with the international research team that is analyzing the data from the US Department of Energy's Fermi National Accelerator Laboratory.
"If it is confirmed, it could point to a whole new world of interactions," he told AFP.
While much remains a mystery, researchers agree that this is not the "God Particle," or the Higgs-boson, a hypothetical elementary particle which has long eluded physicists who believe it could explain why objects have mass.
"The Higgs-boson is a piece that goes into the puzzle that we already have," said Punzi. "Whereas this is something that goes a little bit beyond that -- a new interaction, a new force."
Punzi said the new observation behaves differently than the Higgs-boson, which would be decaying into heavy quarks, or particles.
The new discovery "is decaying in normal quarks," Punzi said. "It has different features," he added.
"One thing we know for sure -- it is not the Higgs-boson. That is the only thing we know for sure."
Physicists were to discuss their findings further in a meeting to be webcast at 2100 GMT (1600 CDT).
For more than a year physicists have been studying what appears to be a "bump" in the data from the Illinois-based Fermi lab, which operates the powerful particle accelerator, or atom-smasher, Tevatron.
The Tevatron was once the most powerful machine in the world for such purposes until 2008 when the Large Hadron Collider (LHC) became operational at the European Organization for Nuclear Research, which goes by the acronym CERN.
The US machine began its work in the mid 1980s, and is scheduled for shutdown later this year when its funding runs dry.
"These results are certainly tantalizing," said Nigel Lockyer, director of Canada's national laboratory for particle and nuclear physics, TRIUMF.
"It is too early to say for sure what the Fermilab team has observed," he added in an email to AFP.
"On the one hand, there is clear evidence for something unexplained, and on the other, there is a long list of alternative explanations for what might be causing this subtle observation," he said.
"My personal judgment is that this excitement is adding fuel to the fire for the next generation of results and discoveries that will be made at the LHC (in Europe) and elsewhere. We are so close to learning something profound."
Lockyer, a former spokesman for the Collider Detector at Fermilab (CDF), which made the announcement, said there is another major experiment going on at Tevatron, a sister project known as D-Zero, which could help confirm the data in the coming months.
"They are both multipurpose detectors. They both have the capability of seeing this," he said, predicting a rush of opinions by theoretical physicists in the coming days, and more data that could shed more light on the finding by summer.
"It will become very much clearer in the next few months. You won't have to wait years."
.
Vastaukset 2
Vanhimmat
Mitä mitä? Korjataanko fysiikankin teorioita havaintojen perusteella? Miten se on mahdollista, luulin kreationistien kertoman pohjalta, että ainoastaan evoluutioteoriaa joudutaan korjailemaan, kun luonnosta tehdään uusia havaintoja, joita vanhat mallit eivät selitä eikä evoluutioteoria siksi olisi tiedettä. Nyt siis fysiikkakaan ei ole tiedettä.
Fysiikot ovat eksyneet keksimään vastaavia käsitteitä kuin jumalat ovat.
Spaghettihirviö = ylimääräiset tilaulottuvuudet laajeneva tila kaareutuva tila / vetävä voima pimeä aine pimeä energia jne
Eikö olisi parempi jättää jumalat uskovaisille ja keskittyä tekemään tiedettä?
Matematiikka renkinä on hyvä asia, mutta isäntänä erittäin huono asia.
Nykyisiä kosmologeja matematiikka vetää perässään kuin pässiä narussa.
Luonto on ihmeellinen. Joskus 1 1 = 1
Two dying stars reborn as one (w/ video)
http://www.physorg.com/news/2011-04-dying-stars-reborn-video.html
ja tässä uutisessa kerrotaan taas havainnoista joissa ikuisen tiheys vaihtelee ja uutisessa tietysti mainitaan paine, joka on oikeasti olemassa oleva voima.
Under pressure: Germanium
April 6, 2011
http://www.physorg.com/news/2011-04-pressure-germanium.html
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