
QCD and strongly coupled gauge theories: challenges and
... strong-interaction physics at the beginning of a new era initiated by the discovery of the Higgs particle at the Large Hadron Collider at CERN. It has been a concerted undertaking by many contributing authors, with a smaller group of conveners and editors to coordinate the effort. Together, we have ...
... strong-interaction physics at the beginning of a new era initiated by the discovery of the Higgs particle at the Large Hadron Collider at CERN. It has been a concerted undertaking by many contributing authors, with a smaller group of conveners and editors to coordinate the effort. Together, we have ...
Reviews of Modern Physics 83, 407
... We note that Eq. (1.3) is simply the equation for massless chiral Dirac fermions in 2D (except that the spinor here refers to the graphene pseudospin rather than real spin), although it is arrived at starting purely from the tight-binding Schrödinger equation for carbon in a honeycomb lattice with ...
... We note that Eq. (1.3) is simply the equation for massless chiral Dirac fermions in 2D (except that the spinor here refers to the graphene pseudospin rather than real spin), although it is arrived at starting purely from the tight-binding Schrödinger equation for carbon in a honeycomb lattice with ...
Spintronics: Fundamentals and applications
... physics (for example, magnetism, semiconductor physics, superconductivity, optics, and mesoscopic physics) and establishes new connections between its different subfields (Rashba, 2002c; Žutić, 2002a). We review here both well-established results and the physical principles ...
... physics (for example, magnetism, semiconductor physics, superconductivity, optics, and mesoscopic physics) and establishes new connections between its different subfields (Rashba, 2002c; Žutić, 2002a). We review here both well-established results and the physical principles ...
2001 by CRC Press LLC
... theory of gravitation. In this view the influence of individual bodies extends across space, instantaneously affects other bodies, and remains completely unaffected by the presence of an intervening medium. Such an idea was revolutionary; until then action by contact, in which objects are thought to aff ...
... theory of gravitation. In this view the influence of individual bodies extends across space, instantaneously affects other bodies, and remains completely unaffected by the presence of an intervening medium. Such an idea was revolutionary; until then action by contact, in which objects are thought to aff ...
“However, no experiment can prove a theory, only disprove one if an
... At the "turn of the century" there were lots of different aether theories. When teachers teach relativity they try to pretend for simplicity that there was only 1 or 2 aether theories. [some] "physicists believed the aether to be a fluid of some sort (I still do as per GRT)" - if aether still exists ...
... At the "turn of the century" there were lots of different aether theories. When teachers teach relativity they try to pretend for simplicity that there was only 1 or 2 aether theories. [some] "physicists believed the aether to be a fluid of some sort (I still do as per GRT)" - if aether still exists ...
Re-generable Field Emission Cathodes for
... solenoid, stepper motor, and box of assorted parts than anyone I’ve ever met. It truly is impressive. Mark, for a guy that hasn’t had plasma physics yet you have made some of the most awesome colored plasma on Earth. Keep up the great work! EJ, best of luck with your projects. Hopefully the UHV tank ...
... solenoid, stepper motor, and box of assorted parts than anyone I’ve ever met. It truly is impressive. Mark, for a guy that hasn’t had plasma physics yet you have made some of the most awesome colored plasma on Earth. Keep up the great work! EJ, best of luck with your projects. Hopefully the UHV tank ...
Physics of Radio-Frequency Plasmas
... plasmas. In the former class are the fully ionized media encountered in research into controlled thermonuclear fusion for power generation, where the challenge is to confine a plasma that is hot enough and dense enough, for long enough so that light nuclei will fuse, liberating huge amounts of energ ...
... plasmas. In the former class are the fully ionized media encountered in research into controlled thermonuclear fusion for power generation, where the challenge is to confine a plasma that is hot enough and dense enough, for long enough so that light nuclei will fuse, liberating huge amounts of energ ...
Effect of Electron Bombardment on the Size Distribution of
... This study explores an innovative approach to control the droplet size distribution produced by an electrospray with the intention of eventually being able to deliver precisely controlled quantities of precursor materials for nanofabrication. The technique uses a thermionic cathode to charge the dro ...
... This study explores an innovative approach to control the droplet size distribution produced by an electrospray with the intention of eventually being able to deliver precisely controlled quantities of precursor materials for nanofabrication. The technique uses a thermionic cathode to charge the dro ...
O A RIGINAL RTICLES
... and when the motion in all three dimensions is confined, and we talk about a quantum dot. In solid state engineering, these are commonly called low dimensional quantum structures. Carbon demonstrates unusually complicated behavior, forming a number of very different structures. However, only three-d ...
... and when the motion in all three dimensions is confined, and we talk about a quantum dot. In solid state engineering, these are commonly called low dimensional quantum structures. Carbon demonstrates unusually complicated behavior, forming a number of very different structures. However, only three-d ...
Electronic and transport properties of nanotubes
... dependence on the atomic configuration, an effect explained below, is quite unique in solid-state physics. This sensitivity constitutes a challenge for synthesis techniques, since well-controlled properties are often desired, but it is also a source of innovation for applications. In the following s ...
... dependence on the atomic configuration, an effect explained below, is quite unique in solid-state physics. This sensitivity constitutes a challenge for synthesis techniques, since well-controlled properties are often desired, but it is also a source of innovation for applications. In the following s ...
YuHao_1
... force on itself is called space chare force. At very high energy when the speed of the bunch approaches speed of light, the space chare force vanishes. The force applied on the opposite beam is called beam-beam force, which will be enhanced at high energy case contrarily. ...
... force on itself is called space chare force. At very high energy when the speed of the bunch approaches speed of light, the space chare force vanishes. The force applied on the opposite beam is called beam-beam force, which will be enhanced at high energy case contrarily. ...
Transverse Beer-Can Distribution Electron Beam
... force on itself is called space chare force. At very high energy when the speed of the bunch approaches speed of light, the space chare force vanishes. The force applied on the opposite beam is called beam-beam force, which will be enhanced at high energy case contrarily. ...
... force on itself is called space chare force. At very high energy when the speed of the bunch approaches speed of light, the space chare force vanishes. The force applied on the opposite beam is called beam-beam force, which will be enhanced at high energy case contrarily. ...
Lecture Notes 18.5: Lorentz Transformation of EM Fields, the EM
... transformations of E B in going from one IRF(S) to another IRF(S') ??? In the immediately preceding lecture notes, the reader may have noticed some tacit / implicit assumptions were made, which we now make explicit: 1) Electric charge q (like c, the speed of light) is a Lorentz invariant scalar qu ...
... transformations of E B in going from one IRF(S) to another IRF(S') ??? In the immediately preceding lecture notes, the reader may have noticed some tacit / implicit assumptions were made, which we now make explicit: 1) Electric charge q (like c, the speed of light) is a Lorentz invariant scalar qu ...