The cosmological constant puzzle: vacuum energies from QCD to
... In the Schwinger model (1+1 Dimensions), Confinement gives way to a Higgs Phase [Gross et al, 1996] “The pure 4D Yang-Mills theory is expected to be confining. In view of what we learned from 1+1 dimensional examples we may wonder, however, whether instead it could be in the screening phase: certa ...
... In the Schwinger model (1+1 Dimensions), Confinement gives way to a Higgs Phase [Gross et al, 1996] “The pure 4D Yang-Mills theory is expected to be confining. In view of what we learned from 1+1 dimensional examples we may wonder, however, whether instead it could be in the screening phase: certa ...
Poster 4 layout 7F PDF
... A prototype of the MINOS target. 4 x 1013 protons, accelerated to 120 GeV, will strike the black graphite fins of the target every 1.9 seconds. Water cooling keeps the target from melting. ...
... A prototype of the MINOS target. 4 x 1013 protons, accelerated to 120 GeV, will strike the black graphite fins of the target every 1.9 seconds. Water cooling keeps the target from melting. ...
particle physics
... Instead, they form hadrons - particles that feel the strong interaction • baryons are made up of 3 quarks • mesons are made of one quark and one antiquark particles Oct .2008 Slide 23 ...
... Instead, they form hadrons - particles that feel the strong interaction • baryons are made up of 3 quarks • mesons are made of one quark and one antiquark particles Oct .2008 Slide 23 ...
Introduction and Theoretical Background
... and their interactions. In fact, the SU (3) gauge symmetry coupled to the quarks correctly describes the strong interaction, with the eight SU (3) gauge fields associated to the different colored states of the gluon. Gluons have been observed experimentally [6, 7] and interact with quarks as predicted ...
... and their interactions. In fact, the SU (3) gauge symmetry coupled to the quarks correctly describes the strong interaction, with the eight SU (3) gauge fields associated to the different colored states of the gluon. Gluons have been observed experimentally [6, 7] and interact with quarks as predicted ...
Contact Charging in Granular Materials
... granular streams we observe collide-and-capture events between charged particles and particle-by-particle aggregation into clusters [2]. Size-dependent contact charging is found to produce a variety of charge-stabilized “granular molecules”, whose configurations can be modeled by taking many-body di ...
... granular streams we observe collide-and-capture events between charged particles and particle-by-particle aggregation into clusters [2]. Size-dependent contact charging is found to produce a variety of charge-stabilized “granular molecules”, whose configurations can be modeled by taking many-body di ...
Oct 6
... 4 miles in circumference and housed in a tunnel 30 feet below the ring Accelerators send particles racing around the Tevatron at 99.9999% of the speed of light ...
... 4 miles in circumference and housed in a tunnel 30 feet below the ring Accelerators send particles racing around the Tevatron at 99.9999% of the speed of light ...
(1) - Intellectual Archive
... signals the breakdown of the SM in this region. This conclusion, albeit preliminary, sheds light on the problem of extrapolating field theories in the deep ultraviolet sector, specifically near the Planck scale. As it is well known, General Relativity (GR) is exclusively an “effective” low-energy fr ...
... signals the breakdown of the SM in this region. This conclusion, albeit preliminary, sheds light on the problem of extrapolating field theories in the deep ultraviolet sector, specifically near the Planck scale. As it is well known, General Relativity (GR) is exclusively an “effective” low-energy fr ...
