Twenty-Third Congress and General Assembly of the IUCr
Montréal, Québec, Canada
5 August - 12 August 2014
KN02: Structural Biology. Eddy Arnold.
Keynote Lecture
KN02: Structural Biology. Eddy Arnold.
Keynote Lecture
KN03: Charge Density and Chemical Bonding in Inorganic Materials. Wolfgang Scherer.
Keynote Lecture
KN03: Charge Density and Chemical Bonding in Inorganic Materials. Wolfgang Scherer.
Keynote Lecture
KN04: Phonons and Phasons - From Modulated Structures to Quasicrystals. Marc de Boissieu.
Keynote Lecture
KN05: Instrumentation, methods and applications. John Helliwell.
Keynote Lecture
KN05: Instrumentation, methods and applications. John Helliwell.
Keynote Lecture
KN06: The World of Perovskites: Phase Transitions and Exotic Properties. Dhananjai Pandey.
Keynote Lecture
KN07: Precession Electron Diffraction. Paul Midgley.
Keynote Lecture
KN08: Macromolecular Ab Initio Phasing Enforcing Secondary and Tertiary Structure. Isabel Uson.
Keynote Lecture
KN08: Macromolecular Ab Initio Phasing Enforcing Secondary and Tertiary Structure. Isabel Uson.
Keynote Lecture
KN09: Characterization of Industrial Minerals. John Evans.
Keynote Lecture
KN10: Commensurate and Incommensurate Multiferroic Structure and Properties. Laurent Chapon.
Keynote Lecture
KN10: Commensurate and Incommensurate Multiferroic Structure and Properties. Laurent Chapon.
Keynote Lecture
KN11: Crystal Engineering and Applications of Functional Metal-Organic Frameworks. Xiao-Ming Chen.
Keynote Lecture
KN12: Combining Neutrons with High Performance Computing to Understand Complex Biological Systems. Paul Langan.
Keynote Lecture
KN13: Mathematical Crystallography in the 21st Century. Marjorie Senechal.
Keynote Lecture
KN13: Mathematical Crystallography in the 21st Century. Marjorie Senechal.
Keynote Lecture
KN14: New Opportunities in Structural Biology with XFEL: From Sources to Structures. Soichi Wakatsuki.
Keynote Lecture
KN14: New Opportunities in Structural Biology with XFEL: From Sources to Structures. Soichi Wakatsuki.
Keynote Lecture
KN15: Impact of Crystallography on Design of Cathode Materials for Li-ion Batteries. Chair H. Dabkowska.
Keynote Lecture
KN15: Impact of Crystallography on Design of Cathode Materials for Li-ion Batteries. Evgeny Antipov.
Keynote Lecture
KN15: Impact of Crystallography on Design of Cathode Materials for Li-ion Batteries. Evgeny Antipov.
Keynote Lecture
KN15: Impact of Crystallography on Design of Cathode Materials for Li-ion Batteries. Evgeny Antipov, Ekaterina Pomjakushina, Hanna Dabkowska.
Keynote Lecture
KN16: Low Voltage Microscopy of Carbon Materials. Ute Kaiser.
Keynote Lecture
KN16: Low Voltage Microscopy of Carbon Materials. Ute Kaiser.
Keynote Lecture
KN17: Design and Application of Molecular Frameworks. Amit Sharma.
Keynote Lecture
KN18: The Expanding Scope of Crystallographic Representational Analysis. Branton Campbell.
Keynote Lecture
KN18: The Expanding Scope of Crystallographic Representational Analysis. Branton Campbell.
Keynote Lecture
KN19: Sixty-Five Years of Magnetic Structures: Present and Future of Magnetic Crystallography. Juan Rodriguez-Carvajal.
Keynote Lecture
KN20: Applications of Small-angle Scattering to macromolecules and polymer physics. Takehi Hashimoto.
Keynote Lecture
KN20: Applications of Small-angle Scattering to macromolecules and polymer physics. Takehi Hashimoto.
Keynote Lecture
KN21: Locat atomic structure determination using focused electron beams. Joanne Etheridge.
Keynote Lecture
KN21: Locat atomic structure determination using focused electron beams. Joanne Etheridge.
Keynote Lecture
KN22: The Experience of 'Voyage dans le cristal' Travelling Museum Exhibition. Jean-Louis Hodeau.
Keynote Lecture
KN22: The Experience of 'Voyage dans le cristal' Travelling Museum Exhibition. Jean-Louis Hodeau.
Keynote Lecture
KN23: Insight from Energy Surfaces: Structure Prediction by Lattice Energy Exploration. Graeme Day.
Keynote Lecture
KN24: Application of Direct Methods to Inorganic Materials Characterization. Jordi Rius Palleiro.
Keynote Lecture
KN24: Application of Direct Methods to Inorganic Materials Characterization. Jordi Rius Palleiro.
Keynote Lecture
KN25: Membrane Trafficking and SNARE Proteins. Jennifer Martin.
Keynote Lecture
KN25: Membrane Trafficking and SNARE Proteins. Jennifer Martin.
Keynote Lecture
KN26: The Potential of Future Light Sources to Explore the Structure and Function of Matter. Edgar Weckert.
Keynote Lecture
KN26: The Potential of Future Light Sources to Explore the Structure and Function of Matter. Edgar Weckert.
Keynote Lecture
KN26: The Potential of Future Light Sources to Explore the Structure and Function of Matter. Edgar Weckert.
Keynote Lecture
KN27: Defect Mastering - One of the Topic Challenges for Crystal Growth. Peter Rudolph (speaker), Elias Vlieg, Andrea Zappettini, Hanna Dabkowska, Antoni Dabkowski.
General photos
KN27: Defect Mastering - One of the Topic Challenges for Crystal Growth. Peter Rudolph.
Keynote Lecture
KN27: Defect Mastering - One of the Topic Challenges for Crystal Growth. Peter Rudolph.
Keynote Lecture
KN 28: Structural Biology of Epigenetics in Disease. Cheryl Arrowsmith.
Keynote Lecture
KN 28: Structural Biology of Epigenetics in Disease. Cheryl Arrowsmith.
Keynote Lecture
KN29: Rationalising Molecular Crystal Structures using Hirshfeld Surfaces. Mark Spackmann.
Keynote Lecture
KN29: Rationalising Molecular Crystal Structures using Hirshfeld Surfaces. Mark Spackmann.
Keynote Lecture
KN29: Rationalising Molecular Crystal Structures using Hirshfeld Surfaces. Nikoletta Bathori (Chair), Mark Spackman.
Keynote Lecture
KN30: The Future is Bright: Structural Biology at FELs. Ilme Schlichting.
Keynote Lecture
KN30: The Future is Bright: Structural Biology at FELs. Ilme Schlichting.
Keynote Lecture
KN31: A modulation wave approach to the long range order hidden in nominal 'disorder'. Ray Withers.
Keynote Lecture
KN31: A modulation wave approach to the long range order hidden in nominal 'disorder'. Ray Withers.
Keynote Lecture
KN31: A modulation wave approach to the long range order hidden in nominal 'disorder'. Ray Withers.
Keynote Lecture
KN31: A modulation wave approach to the long range order hidden in nominal 'disorder'. Ray Withers.
Keynote Lecture
KN32: Polymorphism and Electronic Transformations of Deep Earth Minerals. Leonid Dubrovinsky.
Keynote Lecture
KN32: Polymorphism and Electronic Transformations of Deep Earth Minerals. Leonid Dubrovinsky.