| At line 6 added 2 lines. |
| + !! You can download a zip-file with the presentations here [zip|http://sinq.web.psi.ch/db/downloads/presentations.tgz] |
| + |
| Line 9 was replaced by line 11 |
| - Neutron scattering with polarized neutrons has been used in fundamental and condensed matter physics since many years despite the low flux of polarized beams. Nowadays, polarized neutron scattering is a fast developing experimental method that finds applications in various fields of condensed-matter research. Examples are |
| + Neutron scattering with polarized neutrons has been used in fundamental and condensed matter physics for many years, in spite of the low flux of polarized beams. Nowadays, polarized neutron scattering is a fast developing experimental method that finds applications in various fields of condensed-matter research. Examples are |
| Line 18 was replaced by line 20 |
| - At the Swiss Spallation Neutron Source SINQ at the Paul Scherrer Institut, we have installed polarised neutron devices that allow us to investigate these scientific topics. Because polarised neutron scattering is a rather complex technique, the goal of this seminar will be first to inform our Russian partners about the current capabilities of polarised neutrons at SINQ in order to promote scientific collaboration in future. The second goal is to define in detail promising areas in the field of quantum magnetism where both parties have joint scientific interest both from the experimental and theoretical point of view. |
| + At the Swiss Spallation Neutron Source SINQ at the Paul Scherrer Institut, we have installed polarised neutron devices that allow us to investigate these topics. Because polarised neutron scattering is a rather complex technique, the first goal of this workshop will be to inform our Russian partners about the current capabilities of polarised neutrons at SINQ in order to promote scientific collaboration in the future. The second goal is to define in detail promising areas in the field of quantum magnetism where both parties have joint scientific interest both from the experimental and theoretical point of view. |
| Line 22 was replaced by line 24 |
| - The Workshop will take place in the lecture hall of PSI. |
| + The Workshop will take place in the lecture hall of PSI (auditorium WGHA). |
| Line 26 was replaced by line 28 |
| - Altough the workshop was primarly organised between Russian and Swiss scientists interested by the applicaiton of neutron polarisation analysis, |
| + Altough the workshop was primarly organised between Russian and Swiss scientists interested by the application of neutron polarisation analysis, |
| Line 28 was replaced by line 30 |
| - Univ. College Dublin) have accepted to make presentations. Please see the programme below. |
| + Univ. College Dublin; Univ. California) have accepted to make presentations. Please see the programme below. |
| Lines 35-47 were replaced by lines 37-55 |
| - 8-40 Description of the instrumentation at SINQ (J. Mesot)\\ |
| - 9-10 Polarized Neutrons for Condensed Matter Investigations at PNPI (A.I. Okorokov)\\ |
| - 9-40 Growth and characterization of complex oxide single crystals (K. Conder, E. Pomjakushina)\\ |
| - |
| - 10-40 Chiral fluctuations in non-centrosymmetric cubic crystals and polarised neutron cross-sections (S. Maleyev)\\ |
| - 11-10 Magnetic correlations in incommensurate MnSi and Cr: Investigations with polarised neutrons (P. Boni)\\ |
| - |
| - 13-30 Critical behaviour of MnSi under applied field (S. Grigoriev)\\ |
| - 14-00 Effect of the Dzyaloshinskii-Moriya interaction on the muon spin-lattice relaxation rate in MnSi (A. Yaouanc)\\ |
| - |
| - 15-00 Emergent Soliton Chirality and Spin Currents in a Quantum Antiferromagnet (H.B. Braun)\\ |
| - 15-30 Inelastic neutron studies of the trivial dynamical magnetochirality in the quantum spin chains (E. Lorenzo)\\ |
| - 16-00 Poster session\\ |
| + 8-40 Description of the instrumentation at SINQ (J. Mesot) [pdf| Mesot_abstract.pdf] \\ |
| + 9-10 Polarized Neutrons for Condensed Matter Investigations at PNPI (A.I. Okorokov) [pdf| Okorokov_abstract.pdf]\\ |
| + 9-40 Growth and characterization of complex oxide single crystals (K. Conder, E. Pomjakushina) [pdf|Konder_abstract.pdf]\\ |
| + |
| + 10-40 Chiral fluctuations in non-centrosymmetric cubic crystals and polarised neutron cross-sections (S. Maleyev) [pdf|Maleyev_abstract.pdf]\\ |
| + 11-10 Magnetic correlations in incommensurate MnSi and Cr: Investigations with polarised neutrons (P. Boni) [pdf|Boeni_abstract.pdf]\\ |
| + |
| + 13-30 Critical behaviour of MnSi under applied field (S. Grigoriev) [pdf|Grigoriev_abstract.pdf]\\ |
| + 14-00 Effect of the Dzyaloshinskii-Moriya interaction on the muon spin-lattice relaxation rate in MnSi (A. Yaouanc) [pdf|Yaouanc_abstract.pdf]\\ |
| + 14-30 Theory of the helical spin crystal. A candidate for the partially |
| + ordered state of MnSi (B. Binz) [pdf|Binz_abstract.pdf]\\ |
| + |
| + 15-30 Emergent Soliton Chirality and Spin Currents in a Quantum Antiferromagnet (H.B. Braun) [pdf|Braun_abstract.pdf]\\ |
| + 16-00 Inelastic neutron studies of the trivial dynamical magnetochirality in the quantum spin chains (E. Lorenzo) [pdf|Lorenzo_abstract.pdf]\\ |
| + 16-30 Poster session\\ |
| + # Spin-wave dynamics of the Invar Iron-Nickel alloys studied by polarized SANS (S.V. Metelev) [pdf|Metelev_abstract.pdf]\\ |
| + # Incommensurate magnetic structure in Y(1-x)TbxMn6Sn6 (Yu.O.Chetverikov) [pdf|Abstract_chetverikov.pdf]\\ |
| + # Spin dynamics in the organic quantum magnet (C5H12N)2CuBr4 (B. Thielemann) [pdf| Abstract_thielemann.pdf]\\ |
| + # Itinerant versus localized spins in NaxCoO2 (J.L. Gavilano) [pdf| Gavilano_abstract.pdf] |
| Lines 52-58 were replaced by lines 60-66 |
| - 8-30 Magnetic order in the pseudogap phase of high-TC superconductors (Ph. Bourges)\\ |
| - 9-00 Magnetism of two-dimensional systems (G. Petrakovskii)\\ |
| - 9-30 Spin excitation spectrum the S=1/2 square lattice Heisenberg antiferromagnet elucidated with polarization analysis (N. Christensen)\\ |
| - |
| - 10-30 Field-induced quantum phase transitions in 2D antiferromagnets ReCuO4 (S. Gravilov)\\ |
| - 11-00 Competing spin interactions as a new route to multiferroic materials (M. Kenzelmann)\\ |
| - 11-30 Universal Scaling Relations in Strongly Anisotropic Magnets (A. Praz)\\ |
| + 8-30 Magnetic order in the pseudogap phase of high-Tc superconductors (Ph. Bourges) [pdf|Bourges_abstract.pdf]\\ |
| + 9-00 Magnetism of two-dimensional systems (G. Petrakovskii) [pdf|Petrakovskii_abstract.pdf]\\ |
| + 9-30 Spin excitation spectrum the S=1/2 square lattice Heisenberg antiferromagnet elucidated with polarization analysis (N. Christensen) [pdf|Chriestensen_abstract.pdf]\\ |
| + |
| + 10-30 Field-induced quantum phase transitions in 2D antiferromagnets R2CuO4 (S. Gavrilov) [pdf|Gravilov-Abstract.pdf]\\ |
| + 11-00 Competing spin interactions as a new route to multiferroic materials (M. Kenzelmann) [pdf|Kenzelmann_abstract.pdf]\\ |
| + 11-30 Universal Scaling Relations in Strongly Anisotropic Magnets (A. Praz) [pdf|Praz_abstract.pdf]\\ |
| Lines 60-61 were replaced by lines 68-69 |
| - 13-30 Frustrated defects in antiferromagnets (A. Syromyatnikov)\\ |
| - 14-00 Spin–reorientation transitions in the intermetallic compounds (A.N. Pirogov)\\ |
| + 13-30 Frustrated defects in antiferromagnets (A. Syromyatnikov) [pdf|Syromyatnikov_abstract.pdf]\\ |
| + 14-00 Spin–reorientation transitions in the intermetallic compounds (A.N. Pirogov) [pdf|Pirogov_abstract.pdf]\\ |
| Line 63 was replaced by line 71 |
| - « time inversion or « reality of the magnetic moments» ? (J. Schweizer)\\ |
| + « time inversion or « reality of the magnetic moments» ? (J. Schweizer) [pdf|Schweizer_abstract.pdf]\\ |
| Lines 65-66 were replaced by lines 73-74 |
| - 15-30 Magnetic order in Er3+ halides (K. Kraemer)\\ |
| - 16-00 Magnetic and quadrupolar ordering in Kondo crystal CsB6 (V. Plakhty)\\ |
| + 15-30 Magnetic order in Er3+ halides (K. Kraemer) [pdf|Kraemer_abstract.pdf]\\ |
| + 16-00 Magnetic and quadrupolar ordering in Kondo crystal CeB6 (V. Plakhty) [pdf|Plakhty_Abstract.pdf]\\ |
| Lines 72-82 were replaced by lines 80-90 |
| - 8-30 Antiphase magnetic proximity effect in YB\a2Cu3O7 / La2/3Ca1/3MnO3 |
| - multilayers (Ch. Niedermayer)\\ |
| - 9-00 Magnetic depth profiling of FM/AF/FM trilayer using polarised neutron reflectometry with polarisation anaysis (Ch. Schanzer)\\ |
| - 9-30 Small Angle Polarized Neutron Scattering from carriers in heavy fermion compounds (G.Kopitsa/ S. Grigoriev)\\ |
| - |
| - 10-30 Can Neutron Scattering measure Quantum Entanglement in Quantum Magnets and in Hydrogen? (R.A. Cowley) \\ |
| - 11-00 Polarised Neutrons and Polarised Nucleons (P. Hautle/F. Piegsa)\\ |
| - |
| - 13-30 Neutron polarimetry at SINQ: first results (M. Janoschek)\\ |
| - 14-00 Complex magnetic structures with neutron polarimetry (P.J. Brown)\\ |
| - 14-30 Inelastic Spherical Neutron Polarimetry on low-dimensional quantum-spin oxides (L.P. Regnault)\\ |
| + 8-30 Antiphase magnetic proximity effect in YBa2Cu3O7 / La2/3Ca1/3MnO3 |
| + multilayers (Ch. Niedermayer) [pdf|Niedermayer_abstract.pdf]\\ |
| + 9-00 Magnetic depth profiling of FM/AF/FM trilayer using polarised neutron reflectometry with polarisation anaysis (Ch. Schanzer) [pdf|Schanzer_abstract.pdf]\\ |
| + 9-30 Small Angle Polarized Neutron Scattering from carriers in heavy fermion compounds (G.Kopitsa/ S. Grigoriev) [pdf|Kopitsa_abstract.pdf]\\ |
| + |
| + 10-30 Can Neutron Scattering measure Quantum Entanglement in Quantum Magnets and in Hydrogen? (R.A. Cowley) [pdf|Cowley_abstract.pdf]\\ |
| + 11-00 Polarised Neutrons and Polarised Nuclei (P. Hautle/F. Piegsa) [pdf|HautlePiegsa_abstract.pdf]\\ |
| + |
| + 13-30 Neutron polarimetry at SINQ: first results (M. Janoschek) [pdf|Janoschek_abstract.pdf]\\ |
| + 14-00 Determination of Complex magnetic structures with neutron polarimetry (P.J. Brown) [pdf|Brown_abstract.pdf]\\ |
| + 14-30 Inelastic Spherical Neutron Polarimetry on low-dimensional quantum-spin oxides (L.P. Regnault) [pdf|Regnault_abstract.pdf]\\ |
| Lines 84-85 were replaced by lines 92-93 |
| - 15-30 Ground states in Cu2Te2O5X2 and Cu3ZO6 systems with coupled spin clusters (O. Zaharko)\\ |
| - 16-00 Spin spiral ground state and low energy excitations in antiferromagnets with Dzyaloshinsky-Moriya interactions: Cu2Te2O5X2 (M. Elhajal/F. Mila)\\ |
| + 15-30 Ground states in Cu2Te2O5X2 and Cu3ZO6 systems with coupled spin clusters (O. Zaharko) [pdf|Zaharko_abstract.pdf]\\ |
| + 16-00 Spin spiral ground state and low energy excitations in antiferromagnets with Dzyaloshinsky-Moriya interactions: Cu2Te2O5X2 (M. Elhajal/F. Mila) [pdf|Elhajal_abstract.pdf]\\ |
| Lines 96-97 were replaced by lines 104-106 |
| - Everybody is welcome to participate, however the number of participants is limited. |
| - The registration fee is 150 SFr. to be paid on arrival. Please contact us before January 30. |
| + The registration fee is 150 SFr. to be paid on arrival. |
| + Due to space limitation the number of participants is limited.\\ |
| + Please contact us before January 30. |
| Removed line 113 |
| - !!For speakers who have not sent an abstract yet, please do it as soon as possible (Bertrand.Roessli@psi.ch) |
| Lines 115-116 were replaced by line 123 |
| - ! Presentations |
| - Please use either Microsoft Power Point or Files in PDF format.\\ |
| + ! Presentations |
