Spontaneous Particle-Hole Symmetry Breaking in the $\ nu= 5/2
... HC ; see Fig. 1(i)-(l). Results between NP f and NP f are most intriguing. Due to the exact PH symmetry, H3 and H 3 have precisely the same energy spectra containing a degenerate manifold of Pf quasiholes and Pf quasiparticles; see Fig. 1(g) and (h). A surprising fact is that H2 produces an energy s ...
... HC ; see Fig. 1(i)-(l). Results between NP f and NP f are most intriguing. Due to the exact PH symmetry, H3 and H 3 have precisely the same energy spectra containing a degenerate manifold of Pf quasiholes and Pf quasiparticles; see Fig. 1(g) and (h). A surprising fact is that H2 produces an energy s ...
Beyond_Standard_Model_Physics
... • At tree level, mH α µ but this means nothing since for the scalar field, quantum corrections are enormous. For cutoff scale Λ, ...
... • At tree level, mH α µ but this means nothing since for the scalar field, quantum corrections are enormous. For cutoff scale Λ, ...
Exciton Beats in GaAs Quantum Wells: Bosonic Representation and Collective... J. Fern´andez-Rossier and C. Tejedor
... and show that the bosonic approach accounts for the quadratic rise in the intensity at short times that is observed in the experiments [4]. At small electric fields and near band-gap excitation, the quanta of the induced polarization field, P, are the excitons [14]. Since their number is proportiona ...
... and show that the bosonic approach accounts for the quadratic rise in the intensity at short times that is observed in the experiments [4]. At small electric fields and near band-gap excitation, the quanta of the induced polarization field, P, are the excitons [14]. Since their number is proportiona ...
ARS03.rivest-slides
... Some algebraic structure seemed essential for a PKC; we kept returning to number theory and modular arithmetic… Difficulty of factoring not well studied then, but seemed hard… ...
... Some algebraic structure seemed essential for a PKC; we kept returning to number theory and modular arithmetic… Difficulty of factoring not well studied then, but seemed hard… ...
Probability distributions in classical and quantum
... As we mentioned above, the rectangular and circular billiards are well-treated in textbooks, however we think that this is not the case with the elliptic geometry. Due to the renewed attention in 2D systems, the purpose of our work is to present a study of the classical and quantum elliptic billiard ...
... As we mentioned above, the rectangular and circular billiards are well-treated in textbooks, however we think that this is not the case with the elliptic geometry. Due to the renewed attention in 2D systems, the purpose of our work is to present a study of the classical and quantum elliptic billiard ...
The speed of quantum information and the preferred frame
... 2. The speed of quantum information In an optical EPR experiment (Fig. 1), two photons are produced in an entangled state and sent to two analyzing stations A and B. The quantum entanglement manifests itself by the interference fringes that are observed in the coincidence counts of the detectors in ...
... 2. The speed of quantum information In an optical EPR experiment (Fig. 1), two photons are produced in an entangled state and sent to two analyzing stations A and B. The quantum entanglement manifests itself by the interference fringes that are observed in the coincidence counts of the detectors in ...
CDMTCS Research Report Series
... If the initial answer was wrong and the graphs G1 and G2 are actually isomorphic, the prover can in step 3 only guess which graph was chosen in step 1 (since now H could have been derived from either). Hence, after N rounds we can be sure with probability 1 − 2−N that the graphs G1 and G2 are non-is ...
... If the initial answer was wrong and the graphs G1 and G2 are actually isomorphic, the prover can in step 3 only guess which graph was chosen in step 1 (since now H could have been derived from either). Hence, after N rounds we can be sure with probability 1 − 2−N that the graphs G1 and G2 are non-is ...
Abstracts Escuela de Fisica Matematica 2015, Universidad de los
... rise to fractional statistics with 0 < θ < π. The greatest interest for the anyons study emerged when the fractional quantum Hall effect observed experimentally had natural explanation in term of anyons. We study a Hubbard model for anyons equivalent to a variant of the Bose-Hubbard, we established ...
... rise to fractional statistics with 0 < θ < π. The greatest interest for the anyons study emerged when the fractional quantum Hall effect observed experimentally had natural explanation in term of anyons. We study a Hubbard model for anyons equivalent to a variant of the Bose-Hubbard, we established ...
