| August 30 (Monday) |
| Reinhard Krause-Rehberg | Opening  |
| Polymers and soft matter (chairperson Giovanni Consolati) |
| Pradeep Pujari | Positron annihilation in functional soft materials: Recent studies and opportunities * |
| Jerzy Dryzek | Effects of ionic liquid doping on gas transport properties of thermallyrearranged poly(hydroxyimide)s |
| Hamdy F. M. Mohamed | Study the Effect of Electric Field on Polymer Electrolyte Membrane for Fuel Cell |
| Pranav Utpalla | Free Volume Characteristics and Ionic Conductivity in PEO-Based Solid Polymer Electrolytes: a Positron Annihilation Spectroscopy Study |
| Advances in experimental techniques, including positron beams (chairperson Bożena Jasińska) |
| Maik Butterling | The high-intense pulsed positron source MePS – recent developments and future plans * |
| Laszlo Liszkay | Efficient positron trapping at a linac based positron source using a silicon carbide remoderator |
| Francesco Guatieri | Bringing electronics into vacuum: smarter targets for positron physics. |
| Saurabh Mukherjee | Pulsed positron beamline at BARC, India- preliminary results |
| Benjamin Rienaecker | Absolute fraction of emitted Ps determined by GEANT4-supported analysis of gamma spectra |
| Nicolas Thomae | Optimization of a digital measurement system for positron annihilation lifetime spectroscopy |
| August 31 (Tuesday) |
| Advances in experimental techniques, including positron beams (chairperson Kenji Ito) |
| Akira Ishida | Dense positronium formation for Bose-Einstein condensation * |
| Ryosuke Uozumi | Development of a high-resolution probing laser suited for cold positronium spectroscopy |
| Yohei Tajima | Development of a chirped pulse laser for cooling positronium |
| Nagayasu Oshima | Current status of the AIST slow positron beam facility |
| Masaki Maekawa | Evaluation of energy-resolved spin polarization of surface electrons by spin-polarized positronium time-of-flight method |
| Polymers and soft matter (chairperson Pradeep Pujari) |
| Priya Maheshwari | Radiation processed conducting polymer nanocomposites for artificial skin applications: An investigation of structure-property correlation * |
| Esam E. Abdel-Hady | Free volume, glass transition, and electrochemical properties of PVA/SSA Proton Exchange Membrane Studied by Positron Annihilation Spectroscopy |
| Somia Awad | Evaluating the Photodegradation of polymer nano-coating systems using slow positron beam |
| Magdalena Goździuk | Correlation of the nanostructure of biopolymers intended for the detection of trace water pollutants with the amperometric properties of biosensors |
| Round table (chairperson Reinhard Krause-Rehberg) |
| September 1 (Wednesday) |
| Surfaces, interfaces, membranes, layered structures and other non-metallic solids (chairperson Jakub Čížek) |
| Jagoda Urban-Klaehn | Insight into Solid Oxide Proton Conductors with Dopants by Use of Positron Annihilation Spectroscopy |
Ikuzo Kanazawa | Topological quasi-hydrogen, topological quasi-positronium, and the skyrmion-like soliton on hydrogen-adsorbedNi(111)surface and in graphite-intercalation compounds |
| Ziying Wu | Investigation of open volume in photochromic YHxOy thin films by positron annihilation lifetime spectroscopy |
| Materials for industrial applications (chairperson Jerzy Dryzek) |
| Jakub Čížek | Positron annihilation study of high entropy alloys * |
| Jan Kuriplach | Sensitivity of positrons to anionic redox in Li-rich Li-ion battery cathode materials |
| Ewa Dryzek | Positron annihilation spectroscopy study of gradient microstructure in surface mechanical attrition treated titanium |
| Konrad Skowron | Positron annihilation spectroscopy study of gradient microstructure induced by Surface Mechanical Attrition Treatment (SMAT) in Mg |
| Debarati Das | Defect evolution in trivalent and pentavalent ion doped, and codoped CeO2 nanoparticles: A combined PALS and PL study |
| Julie S | Study of heavy ion irradiation induced defects in nanocrystalline nickel by positron annihilation spectroscopy, nanohardness and TEM |
| Round table (chairperson Maik Butterling) |
| September 2 (Thursday) |
| Liquids and multiphase systems, biological and medical applications (chairperson Tetsuya Hirade) |
| Sergey Stepanov | PAS in liquids and solutions: Application to detection of carcinogens and anticarcinogens * |
| Tetsuya Hirade | AMOC measurement for OH radical study in water |
| Kengo Shibuya | Dissolved oxygen sensing by positronium for PET |
| Bożena Jasińska | How to distinguish between different kind of lesions in PET scan |
| Bożena Zgardzińska | Ortho-positronium in human tissues – highly sensitive cancer diagnostics at the nanostructure level |
| Porous materials, nanostructured and confined systems (chairperson Sergey Stepanov) |
| Stephan Eijt | Characterization of enzymatically synthesized mesoporous TiO2 thin films for low-cost photovoltaic cells by positron annihilation spectroscopy |
| Luca Chiari | Adsorption effects on positronium behavior in Y zeolites |
| Sandeep Kumar Sharma | Pore Architecture of Zeolitic Imidazolate Frameworks: An Investigation Using Positron Annihilation Spectroscopy |
| Dhanadeep Dutta | Assessment of activation energy of ice nucleation inside nano-pores through Positronium annihilation lifetime spectroscopy |
| Ahmed Gamal Attallah | Comparative evaluation of porous PMO materials by PAS and EP |
| Poster session |
| September 3 (Friday) |
| Fundamental aspects of positron and positronium chemistry (chairperson Yasuyuki Nagashima) |
| James Danielson | Influence of geometry on positron binding to molecules. * |
| Yugo Nagata | Hyperfine resonance of positronium using a static periodic magnetic field |
| Koji Michishio | Photodetachment threshold spectroscopy of the positronium negative ion – first determination of the electron affinity of positronium |
| Marek Pietrow | Influence of (e+ e-) pair interaction with matter in the vicinity of free volume of condensed medium on the formation of positronium atom * |
| Kenji Shu | Enhanced decay and line broadening of 2P ortho-positronium inside silica pores |
| Atsuo Kawasuso | Positronium emission from semiconductor surfaces |
Ashraf Alam
| Closing |
