Gravity Duals for Nonrelativistic Conformal Field
... phase diagram, namely, the region in which the temperature is the only important scale, and no dimensionful couplings have turned on (see, e.g., [2]). In trying to use gauge-string duality to study such questions, it seems urgent, then, to match the symmetries to those of the system of interest. The ...
... phase diagram, namely, the region in which the temperature is the only important scale, and no dimensionful couplings have turned on (see, e.g., [2]). In trying to use gauge-string duality to study such questions, it seems urgent, then, to match the symmetries to those of the system of interest. The ...
Particle Physics Today 2
... masses up to 1000 GeV) Built in old LEP tunnel … and very intense beams Beam energy 7 TeV, or 7000 GeV ...
... masses up to 1000 GeV) Built in old LEP tunnel … and very intense beams Beam energy 7 TeV, or 7000 GeV ...
33 PARTICLE PHYSICS - Wright State University
... among them. (In GUTs: the Unification of Forces, we will discuss how the four forces may be different manifestations of a single unified force.) Perhaps the most important characteristic among the forces is that they are all transmitted by the exchange of a carrier particle, exactly like what Yukawa ...
... among them. (In GUTs: the Unification of Forces, we will discuss how the four forces may be different manifestations of a single unified force.) Perhaps the most important characteristic among the forces is that they are all transmitted by the exchange of a carrier particle, exactly like what Yukawa ...
WIMPs and MACHOs - Caltech Astronomy
... WIMP is an acronym for weakly interacting massive particle and MACHO is an acronym for massive (astrophysical) compact halo object. WIMPs and MACHOs are two of the most popular DARK MATTER candidates. They represent two very different but reasonable possibilities of what the dominant component of th ...
... WIMP is an acronym for weakly interacting massive particle and MACHO is an acronym for massive (astrophysical) compact halo object. WIMPs and MACHOs are two of the most popular DARK MATTER candidates. They represent two very different but reasonable possibilities of what the dominant component of th ...
Particle Fever
... predicting future events, or making inferences about past events. . . . . Although their role is often misunderstood—the informal use of the word “theory,” after all, can mean a guess—scientific theories are constructs based on significant bodies of knowledge and evidence, are revised in light of ne ...
... predicting future events, or making inferences about past events. . . . . Although their role is often misunderstood—the informal use of the word “theory,” after all, can mean a guess—scientific theories are constructs based on significant bodies of knowledge and evidence, are revised in light of ne ...
Fall/Winter 1994, Vol. 24, No. 3 - SLAC
... be measured solely in terms of their popular press coverage, then probably the most significant development to have sprung from the world of high energy physics in the last few years would not be the discovery of the top quark, or even the demise of the SSC, but rather the development of the World W ...
... be measured solely in terms of their popular press coverage, then probably the most significant development to have sprung from the world of high energy physics in the last few years would not be the discovery of the top quark, or even the demise of the SSC, but rather the development of the World W ...
Probing the Primordial Universe using Massive Fields
... factor is exp(−πM/H). 17 Thus probing very massive fields is exponentially hard. Although it’s natural to expect fields with M ∼ H, we do not know it for sure. Coupling-wise, direct couplings generically predict much larger signals than gravitational coupling, giving rise to fN L ∼ ǫ or much larger. ...
... factor is exp(−πM/H). 17 Thus probing very massive fields is exponentially hard. Although it’s natural to expect fields with M ∼ H, we do not know it for sure. Coupling-wise, direct couplings generically predict much larger signals than gravitational coupling, giving rise to fN L ∼ ǫ or much larger. ...
Slides - Agenda INFN
... suppression of high-pT particles in Au+Au collisions at RHIC, in particular for heavy-quark energy loss: high-pT electrons from c and b decays indicate similar suppression for light and heavy quarks, while the dead-cone effect in pQCD implies a weaker suppression for heavier quarks this motivates ...
... suppression of high-pT particles in Au+Au collisions at RHIC, in particular for heavy-quark energy loss: high-pT electrons from c and b decays indicate similar suppression for light and heavy quarks, while the dead-cone effect in pQCD implies a weaker suppression for heavier quarks this motivates ...
