Acceleratorul de particule de la Geneva pare sa-si fi atins scopul. Lumea vuieste la auzul unui zvon conform caruia s-ar fi descoperit celebra "particula a lui Dumnezeu" de la care s-a format Universul.

Bosonul Higgs, o particula subatomica ce a fost botezata de cercetatori "Particula lui Dumnezeu" ar fi fost gasita, potrivit unor scurgeri de informatii.

Daily Mail scrie despre o nota interna a fizicienilor de la Acceleratorul de particule de la Geneva, celebrul LHC.

Zvonurile au aparut odata cu un post anonim de pe blogul unui matematician de la Universitatea Columbia, Peter Woit.

Iata nota interna:

Internal Note

Report number ATL-COM-PHYS-2011-415

Title Observation of a γγ resonance at a mass in the vicinity of 115 GeV/c2 at ATLAS and its Higgs interpretation
Author(s) Fang, Y (-) ; Flores Castillo, L R (-) ; Wang, H (-) ; Wu, S L (University of Wisconsin-Madison)
Imprint 21 Apr 2011. – mult. p.
Subject category Detectors and Experimental Techniques
Accelerator/Facility, Experiment CERN LHC ; ATLAS
Free keywords Diphoton ; Resonance ; EWEAK ; HIGGS ; SUSY ; EXOTICS ; EGAMMA

Abstract Motivated by the result of the Higgs boson candidates at LEP with a mass of about 115~GeV/c2, the observation given in ATLAS note ATL-COM-PHYS-2010-935 (November 18, 2010) and the publication “Production of isolated Higgs particle at the Large Hadron Collider Physics” (Letters B 683 2010 354-357), we studied the γγ invariant mass distribution over the range of 80 to 150 GeV/c2. With 37.5~pb−1 data from 2010 and 26.0~pb−1 from 2011, we observe a γγ resonance around 115~GeV/c2 with a significance of 4σ. The event rate for this resonance is about thirty times larger than the expectation from Higgs to γγ in the standard model. This channel H→γγ is of great importance because the presence of new heavy particles can enhance strongly both the Higgs production cross section and the decay branching ratio. This large enhancement over the standard model rate implies that the present result is the first definitive observation of physics beyond the standard model. Exciting new physics, including new particles, may be expected to be found in the very near future.

See: http://cdsweb.cern.ch/record/1346326?

Unii specialisti spun ca totul este o farsa, dar altii cred ca este vorba despre un succes al stiintei si ca in curand vom reusi sa intelegem mecanismele care au dus la formarea Universului.

Fizicianul Sheldon Stone de la Universitatea Syracuza spune ca: "Daca ar fi sa fie real, ar fi de-a dreptul senzational!"

Particula lui Dumnezeu

Constructia LHC a plecat de la visul unui fizician de a recrea conditiile din primele fractiuni de secunda, de dupa aparitia Universului.

Laboratorul subteran din Elvetia este de fapt cea mai indrazneata incercare a omului. Daca particula lui Dumnezeu va fi descoperita, vom fi in stare sa transformam teoriile in descoperiri. Vom avea acces la teleportare, calatorii in timp, alte surse de energie, sau chiar secretul vietii.

Tunelul de ciocnire a protonilor are 27 de kilometri si este cea mai mare unealta creata de om. Laboratorul de la Geneva este comparat ca importanta cu aparitia piramidelor.

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