Controlling Vortex Pinning and Dynamics of Solution Deposition
... Depending on the contribution of the boundary energy between normal and superconducting regions to the total system energy, superconductors can be separated analytically in type I and type II. If this boundary energy is positive, the superconductor is type I, and type II if it is negative [12]. The ...
... Depending on the contribution of the boundary energy between normal and superconducting regions to the total system energy, superconductors can be separated analytically in type I and type II. If this boundary energy is positive, the superconductor is type I, and type II if it is negative [12]. The ...
Physics Now
... the great satisfaction of most physicists, the artefact standards are being replaced by units and standards that are based on atomic and quantum phenomena. The process seems likely to continue for the next few decades, reflecting the fact that nature does not provide a unique set of natural units. T ...
... the great satisfaction of most physicists, the artefact standards are being replaced by units and standards that are based on atomic and quantum phenomena. The process seems likely to continue for the next few decades, reflecting the fact that nature does not provide a unique set of natural units. T ...
Development of semi-classical and quantum tools for the
... smaller and faster devices. Therefore, the simulations tools needed to be able, to understand the behavior of emerging electron devices and to improve them, have to be reinvented for each new generation of devices. The International Technology Roadmap for Semiconductors predicts that, in ten years, ...
... smaller and faster devices. Therefore, the simulations tools needed to be able, to understand the behavior of emerging electron devices and to improve them, have to be reinvented for each new generation of devices. The International Technology Roadmap for Semiconductors predicts that, in ten years, ...
![[198]. - PolyU](http://s1.studyres.com/store/data/016457572_1-8c3a5d1f216ad88b32b4173d718bb726-300x300.png)
The birth of topological insulators
... the next-generation topological insulators is closely related to the Dirac electronic structure of graphene, which has a linear energy–momentum relationship like that of a relativistic particle (and is known as a Dirac cone). Graphene, which consists of a single layer of carbon atoms, has been an ex ...
... the next-generation topological insulators is closely related to the Dirac electronic structure of graphene, which has a linear energy–momentum relationship like that of a relativistic particle (and is known as a Dirac cone). Graphene, which consists of a single layer of carbon atoms, has been an ex ...
Effective Field Theories
... question arising is why these terms don't appear and what would be the consequences if we would add those terms to the theory. We will later see that the theory wouldn't be renormalizable if we would add arbitrary interaction terms, that could not be compensated by corresponding counter terms, so th ...
... question arising is why these terms don't appear and what would be the consequences if we would add those terms to the theory. We will later see that the theory wouldn't be renormalizable if we would add arbitrary interaction terms, that could not be compensated by corresponding counter terms, so th ...
Photoemission studies of quantum well states in thin films
... that are not found in nature due to thermodynamic requirements may offer unique opportunities for applications. Many electronic devices are made of thin ®lms. When ®lms become thin enough, quantum mechanical effects become important. Because of a widespread interest in electronic device applications ...
... that are not found in nature due to thermodynamic requirements may offer unique opportunities for applications. Many electronic devices are made of thin ®lms. When ®lms become thin enough, quantum mechanical effects become important. Because of a widespread interest in electronic device applications ...
Gravitation, electromagnetism and the cosmological constant in
... electromagnetic field and the cosmological constant. In fact, planetary ephemerides indicate that the Pioneer anomaly must be of nongravitational origin unless the weak equivalence principle is violated [32, 33]. In this paper we examine the electromagnetic field in the presence of the gravitational ...
... electromagnetic field and the cosmological constant. In fact, planetary ephemerides indicate that the Pioneer anomaly must be of nongravitational origin unless the weak equivalence principle is violated [32, 33]. In this paper we examine the electromagnetic field in the presence of the gravitational ...
ABSTRACT NON-LINEAR DEVELOPMENT OF STREAMING INSTABILITIES IN MAGNETIC RECONNECTION
... believed to be the source of this turbulence. Using kinetic theory and 3D particlein-cell simulations, we study the nonlinear development of streaming instabilities in 3D magnetic reconnection with a strong guide field. Early in time an intense current sheet develops around the x-line and drives the ...
... believed to be the source of this turbulence. Using kinetic theory and 3D particlein-cell simulations, we study the nonlinear development of streaming instabilities in 3D magnetic reconnection with a strong guide field. Early in time an intense current sheet develops around the x-line and drives the ...
