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SUPERSTRIPES 2016, ISCHIA 23-29 June 2016

Chairman: Prof. Antonio Bianconi, RICMASS Rome International Center for Materials Science Superstripes onlus

Organizing Committee

• Gabriel Aeppli, Paul Scherrer Institute, CH
• Bernd Büchner, IFW Dresden, D
• Takeshi Egami, University of Tennessee, USA
• Alessandra Lanzara, University of California, USA
• P.B. Littlewood, Argonne National Laboratory, UK
• Andrea Perali, University of Camerino, I
• Alessandro Ricci, Desy, D
• Jan Zaanen, University of Leiden, NL

TOPICS

• A. NANOSCALE PHASE SEPARATION
  • A1. Cuprates, Borides, Hydrates
  • A2. Iron based superconductors
  • A3. Ferroelectrics, relaxors, memistors
  • A4. Complex magnetic materials
  • A5. Complex geometries
  • A6. Hyperbolic space
  • A7. Scale free networks, multiplex networks

• B. CDW AND STRIPES
  • B1. in high Tc superconductors
  • B2. in organics, hydrates, complex matter
  • B3. in complex electronic materials
  • B4. Charge stripes
  • B5. Magnetic stripes
  • B6. Superconducting stripes
  • B7. Small Fermi surface pockets

• C. ORBITAL EFFECTS
  • C1. Orbital density waves
  • C2. Spin-orbit coupling

• D. TOWARD ROOM TEMPERATURE SUPERCONDUCTIVITY
  • D1. Hydrates
  • D2. Organics
  • D3. Iron based superconductors
  • D4. Cuprates at high pressure
  • D5. Complex earth science matterials
  • D6. Artificial nastructured materials

• E. DEFECTS AND LATTICE COMPLEXITY
  • E1. Quenched disorder (Dopants, Misfit Strain, corrugation, filaments, puddles, lattice distortion)
  • E2. Incommensurate phases and quasi-crystals
  • E3. Stripes made of atomic defects
  • E4. Stripes due to strain effects

• F. COMPLEX MAGNETIC STRUCTURE IN CUPRATES
  • F1. Magnetic quantum phase transition
  • F2. FFLO
  • F3. Spin spirals
  • F4. Magnetic structure of cuprates

• G. CRITICAL POINTS
  • G1. Quantum criticality
  • G2. Griffiths phases and other rare region effects
  • G3. Phase Transitions with quenched disorder
  • G4. Correlated disorder in Phase transitions
  • G5. Phase transitions in Hyperbolic Space

• H. TOPOLOGICAL QUANTUM FIELD THEORY
  • H1. in high temperature superconductivity
  • H2. Majorana Fermions
  • H3. Higgs mode in disordered superconductors

• I. VORTEX MATTER
  • I1. Magnetoresistance
  • I2. Phase transitions

• J. ISOTOPE EFFECT
  • J1. Isotope effect and polaron superconductivity
  • J2. Isotope effect at shape resonances in superconducting gaps
  • J3. Isotope effect at Lifshitz transitions

• K. QUANTUM DEVICES

• L. TIME RESOLVED DYNAMICS OF COMPLEX MATERIALS

• M. NANOSCALE MATERIALS
  • M1. Graphene, fullerene-based
  • M2. Aromatic superconductors
  • M3. Related carbon base materials

• N. SILICENE AND RELATED MATERIALS

• O. GRANULAR NANOSCALE SUPERCONDUCTORS
  • O1. Control and manipulation
  • O2. Fractal superconductivity

• P. SUPERCONDUCTOR-TO-INSULATOR TRANSITION AND EMERGENT INHOMOGENEITY

• Q. MULTI-COMPONENTS SUPERCONDUCTIVITY
  • Q1. Multi-condensates superconductors
  • Q2. Multi-gap superconductors
  • Q3. Shape resonances in superconducting gaps
  • Q4. Fermi-Bose systems
  • Q5. Negative U Centers in multi-components materials

• R. SUPERCONDUCTIVITY AT NANOSCALE
  • R1. Quantum size effects
  • R2. 2DEG in oxide interfaces
  • R3. Proximity effects

• S. ELECTRONIC CRYSTALS
  • S1. Inhomogeneous electronic crystals

• T. COMPLEX FERMIOLOGY OF SUPERCONDUCTORS
  • T1. Multiband materials
  • T2. Lifshitz transitions
  • T3. Electronic Topological Transitions
  • T4. Cuprates with multiple Fermi surface spots
  • T5. Iron based superconductors
  • T6. Correlated electronic systems

• U. ULTRACOLD GASES
  • U1. BEC-BCS crossover
  • U2. Bose condensation
  • U3. Optical Lattices
  • U4. Multi-condensates
  • U5. Dynamical phenomena

• V. QUANTUM FIELD THEORIES AND UNCONVENTIONAL SUPERCONDUCTIVITY
  • V1. Chirality in quantum fluids
  • V2. Chiral superconductors
  • V3. Vortex chiral phases
  • V4. Unconventional geometries

• W. FERROELECTRICS
  • W1. Multiferroics
  • W2. Relaxors

• X. THERMOELECTRICITY
  • X1. Thermoelectric Devices

• Y. NANOMAGNETISM
  • Y1. Magnetic nanomaterials
  • Y2. Single molecule magnetism

Speakers

T.Adachi, G. Aeppli, R. Akashi, Y. Anahory, B. M. Andersen, J. Annett, D. N. Argyrou, R. Arita, E. Babaev, N. Bachar, D. Baeriswyl, F.F. Balakirev, L. Balicas, W. Bao, B. Barbiellini, N. Barisic, A. Q. R. Baron, T. Baturina, T. Bauch, M. Berciu, A. Bianconi, A. Bill, S.J.L. Billinge, J. Bonca, S. Borisenko, E. Bothschafter, P. Bourges, U. Bovensiepen, S. Bozin, S. Brazovskii, A. Brinkman, W. Brzezicki, A. Bussmann- Holder, M. Capone, S. Caprara, F. Carbone, I. Chavez, S. Conradson, M. A. Continentino, T. Cren, J. Cwik, M. De Llano, E. de Mello, P. De Padova, M. Dean, L. Degiorgi, D. Dessau, T. Devereaux, V. Dobrosavljevic, M. Doria, M. Eckstein, K. Efetov, D. Efremov, T. Egami, M. Eremets, I. Eremin, M. Eremin, G. Fatuzzo, I. Felner, S. Feng, B. Fine, J. Fink, P.G. Freeman, J. Freericks, A. Fujimori, N. Fujiwara, D. Gajda, A. M. Garcia-Garcia, M. Gastiasoro, J. Geck, P. Giraldo-Gallo, A. Glatz, A. F. Goncharov, A. Gray, L. H. Greene, V. Grinenko, J. Haase, R. Hackl, F. Hardy, N. Harrison, S. He, S. Hennel, C. Honercamp, Z. Huang, M. Iavarone, I. H. Inoue, S. Ishihara, H. Iwasawa, T. Jarlborg, R. D. Johnson, B. Joseph, A. Kaindl, I. Kanazawa, A. Kanigel, K. J. Kapcia, M. V. Kartsovnik, V. Kataev, S. Katrych, H. Keller, A. Keren, D. D. Khalyavin, D. I. Khomskii, N. Kirova, H. Kontani, M. M. Korshunov, N. Kristoffel, F. Krüger, V. Ksenofontov, Y. Kubozono, T. Kuzmicheva, A. Lanzara, M. J. Lawler, D. LeBoeuf, T. R. Lemberger, W.H. Li, E. Liarokapis, A. Lichtenstein A., Linscheid, J. Lorenzana, H. Luetkens, K. Machida, Mackenzie, I. Madan, I. Maggio- Aprile, T. Maier, D. Manske, P. Manuel, N. Markovic, M. Marsiglio, D. Massarotti, C. Mazzoli, A. P. Menushenkov, T. Mertelj, R. Micnas, D. Mihailovic, F. Miletto Granozio, Y. Mironov, A. Moewes, A. Moreo, M. Moroni, A.S. Moskvin, S. I. Mukhin, J. Mustre de Leon, K. Nakagawa, D. Neilson, S. Nishiyama, J. Nissinen, M. Oda, A.M. Oles, T. Ord, D. Orgad, S. Ovchinnikov, S. H. Pan, D. Pelc, J. Pellicciari, A. Perali, L. Perfetti, T. Perring, P. Phillips, L. A. Ponomarenko, D. Popovic, K. Prassides, V. M. Pudalov, G. Pupillo, J. Purans, R. Puzniak, XG. Qiu, K. Quader, L. Radzihovsky, Ch. Renner, D. Reznik, A. Ricci, H. M. Ronnow, L. Salasnich, P. Samuely, S. Sanna, W.D. Schneider, N. Schopohl, G. Seibold, Shen Dawei, A. Shengelaya, Shi Ming, K. Shimizu, P. Simon, Y. A. Soh, B. Spivak, L. Stojchevska, D. Stornaiuolo, S. Streltsov, G. Strinati, D. Sunko, P. Sushkov, P. Szabo, W. Tabis, A. Tagliacozzo, S. Tajima, H. Takahashi, D. B. Tanner, G. Teitelbaum, Terashima, T. Tohyama, Y. Tokunaga, M. Tortello, J. M. Tranquada, S. Tsuchiya, P. Turner, Y. Uemura, A. Vargunin, V. M. Vinokourn, D. Van der Marel, N. L. Wang, T. Watanabe, S. Wirth, Wu Shang- Yu, K. Wysokinski, T. Yanagisawa, I. Yukalov, A. D. Zaikin, G.Q. Zheng, N. Zhigadlo, ZhouSi, D. Zocco

Deadlines

30 January 2016: Deadline for Abstract submission

30 January 2016: Deadline for the reduced early bird registration fee

30 April, 2016: Deadline for regular registration fee

after April 30: Late registration and on-site registration

Submission of presented Papers at SUPERSTRIPES 2016 for the proceedings on Journal of superconductivity: From June 23 to July 30 2016

Registration at Superstripes 2016

The conference partecipation fee will cover: Attendance to conference rooms, Conference bag, Conference program, eBook of Conference Proceedings, Coffee breaks and welcome party.
The expenses for any lunch and for social dinner expense are not covered by the conference organization.