In this work, some relations between crystal structure and magnetic ordering in CrCoFeNiAl HEAs are discussed in view of the KKR-CPA calculations. Remarkably, it is noticed that the transition between fcc and bcc phas...
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Collective expansion of the matter created in ultrarelativistic heavy-ion collisions indicates the formation of strongly interacting quark-gluon plasma. Significant final state interactions, generating a collective fl...
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The process of automatic identification or verification of the human face is a very interesting problem in both sociology and industry. The way of gathering biometric information is non intrusive and easy to perform. ...
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The large equivalent-photon fluxes accompanying Pb ion beams at the LHC initiate photonphoton and photo-nuclear interactions which dominate when the colliding nuclei have large impact parameter (ultra-peripheral colli...
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The azimuthal anisotropies of particle yields observed in relativistic heavy-ion collisions have been traditionally considered as a strong evidence of the formation of a deconfined quark-gluon plasma produced in these...
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Measurement of electroweak boson production in different collision systems are of great interest to understanding the partonic structure of heavy nuclei, and serve as a constraint on the initial state in larger collis...
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The major LHC upgrade is planned after ten years of accelerator operation. It is foreseen to significantly increase the luminosity of the current machine up to 1035 cm2s1 and operate as the upcoming High Luminosity LH...
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Boltzmann transport theory with constant relaxation time approximation is applied to calculate electron transport coefficients in disordered multi-atom alloys. It allows to determine physical quantities, such as elect...
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Exclusive processes at HERA can lead to a deeper insight into production mechanisms in QCD. A series of processes is presented here. A first measurement is presented of exclusive photoproduction of ρ0 mesons associat...
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Electron localized in a quantum dot in the vicinity of conductor surface, causes an induced potential to appear. This potential enables self-focusing of electron wave function. Because of this feature, in a planar nan...
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Electron localized in a quantum dot in the vicinity of conductor surface, causes an induced potential to appear. This potential enables self-focusing of electron wave function. Because of this feature, in a planar nanostructure consisting of a quantum well covered with a layer of an insulator, on top of which metal electrodes are deposited, formation of induced dots and quantum wires is possible. By applying appropriate voltages to the electrodes, it is feasible to transport an electron in a fully controllable way in a form of a stable wave packet between two specific locations in a nanodevice. While transporting an electron along properly shaped closed loops, spin-orbit coupling intrinsically present in a semiconductor nanostructure can be employed to perform operations on an electron spin.
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