Please see below for the poster presentation list and details of the poster session.
Please check your presentation number in the list below and put up your poster on the designated panel on the day of the symposium. Pushpins will be provided by the symposium office.
◆ If you have not yet registered for the symposium, please complete your registration via the registration page.
◆ The abstract book (e-book) will be available on this website on the morning of the symposium.
◆ Please remain by your poster during the core time (13:00–14:00)
| No. | Name | Affiliation/University | Poster Presentation Title |
|---|---|---|---|
| P1-01 | Arghya Dutta | NIMS | Revisiting Ethylene Carbonate: A Self-Limiting Cathode Interphase for High-Voltage Li|Li₂RuO₃ Cells |
| P1-02 | Arpita Das | NIMS | Mitigation of Chemical Crossover in High-Voltage LRO Lithium Metal Cells Using Li-ion Conducting Barrier |
| P1-03 | Hong Rim Shin | NIMS | Deciphering Intertwined Kinetic and Transport Limitations of Practical-Level Lithium Iron Phosphate Cathodes |
| P1-04 | Manai Ono | NIMS | Physicochemical Characterization of Amide-Based Electrolytes for Lithium–Oxygen Batteries |
| P1-05 | Shu-Chi Wu | NIMS | Closed-Loop Bayesian Optimization of Electrolyte Additives for Sodium-Ion Batteries |
| P1-06 | Yanan Gao | NIMS | Lithium-Anode Accessibility Alters the Downstream Evolution of TEGDME-Derived Products in Li-O₂ Batteries |
| P1-07 | Monira Parvin | NIMS | Accelerating LiMn₂O₄ Kinetics via Equimolar Multi-Element Doping |
| P1-08 | Ridwan Pratama Putra | NIMS | Uncovering the Electrochemical Lithiation Characteristics of Silicon Anodes in All-solid-state Lithium-ion Batteries: A Study Using Single-crystal Silicon Model Electrodes |
| P1-09 | Tsukasa Iwama | NIMS | Operando X-ray Photoelectron Spectroscopy Study on a SiOₓ Thin-Film Electrode on a Li₆.₆La₃Zr₁.₆Ta₀.₄O₁₂ Solid Electrolyte |
| P1-10 | Kei Kubota | NIMS | Determining Battery Material Performance through Real-Time Synthesis Tracking |
| P1-11 | Kimihiko Ito | NIMS | Investigation of the Li chemical state inside batteries using XRS: Attempts to obtain Li K XANES within battery cells and remaining issues. |
| P1-12 | Shuhei Kobayashi | NIMS | Co-sintering reaction analysis of cathode materials (LiFePO₄・LiNiPO₄) and oxide-based solid electrolyte Li₁.₃Al₀.₃Ti₁.₇(PO₄)₃ |
| P1-13 | Syuaibatul Islamiyah | NIMS | Correlating the Surface Chemistry of Hard Carbon with Its Stability toward Humid Air Exposure |
| P1-14 | Agnesia Permatasari | NIMS | Single-Particle Modeling of Electrolyte-Dependent Charge-Transfer and Lithium Transport in NCM Cathodes |
| P1-15 | Masaki Takeguchi | NIMS | Development of an Environmental Cell TEM Holder with Photo-Illumination Function |
| P1-16 | Swati Singh | NIMS | Bridging the Missing Process–Structure Link in Pt-CeO₂ Nanostructures Using Transfer-Learned STEM Representations |
| P1-17 | Toshihiko Mandai | NIMS | Evaluation protocol of Mg plating activity in ethereal and non-ethereal electrolyte solutions |
| P1-18 | Reona Iimura | NIMS | Design of Oxide-Based Positive Electrode Materials with One-Dimensional Ion Diffusion Pathways |
| P1-19 | Ayana Kobayashi | NIMS | Structure–Electrochemical Property Relationship of Weakly Coordinated Anion-Based Electrolytes |
| P1-20 | Mayanmi Zimik | NIMS | Dual-Metal Pre-Intercalation for Highly Reversible VOPO₄ Cathodes with Suppressed Vanadium Dissolution in Aqueous Zinc-Ion Batteries |
| P1-21 | Abduhabir Mirza | NIMS | Sequential Two-Step Solution Processing of Wide-Bandgap Perovskite Solar Cells for Tandem Applications |
| P1-22 | Md Ataur Rahman | NIMS | Interface-Guided Buried Interface Enables Efficient and Stable Pb-Sn Mixed Perovskite Solar Cells |
| P1-23 | Denis Yu | NIMS | In-operando Techniques to Quantify Gas Generation and Deposition/Stripping Processes on Zinc Electrodes |
| P1-24 | Cheol Bak | NIMS | Influence of Image Preprocessing and Segmentation Settings on the 3D Reconstruction of a Battery Electrode from FIB-SEM Images |
| P1-25 | Shao-Chu Huang | NIMS | Investigation of carbon and Sn-based alloy composites with ether-based electrolytes for sodium-ion batteries |
| P1-26 | Zhenfei Cai | NIMS | Inducing reconstruction of Li-rich layered oxides to improve electrochemical performance of Li₁.₂Ni₀.₂Mn₀.₆O₂ |
| P1-27 | Akihiro Nomura | NIMS | Highly-porous carbon nanotube sheet for High-Power Lithium-Air Battery |
| P1-28 | Kei Nishikawa | NIMS | Ionic Mass Transfer during Electrodeposition and Dissolution of Li Metal |
| P1-29 | Marcela Calpa | NIMS | High-Capacity Mn-Based Disordered Rocksalt Cathodes for All-Solid-State Lithium Batteries |
| P1-30 | Jorge Gonzalez Morales | NIMS | Understanding Interfacial, and Electrolyte Degradation of LiNbO₃-Coated Li₂RuO |
| P1-31 | Sihao Xing | NIMS | Operando Time-of-Flight Secondary Ion Mass Spectrometry Visualization of Reversible and Irreversible Reactions in Oxide-Based Solid-State Batteries |
| P1-32 | Randy Jalem | NIMS | Ion Dynamics and Correlation Study in Solid Electrolytes for All-Solid-State Batteries by Molecular Dynamics Simulations |
| P1-33 | Shogo Miyoshi | NIMS | Sinterability Improvement of NASICON-type Electrolyte for Solid-state Battery |
| P1-34 | Halimah Harfah | NIMS | Anion-Sublattice Engineering of LiNbOCl₄ Oxyhalide Solid Electrolytes for Enhanced Li-Ion Transport |
| P1-35 | Yifan Xia | NIMS | Synthesis of Low Melting Point Li₂.₄₃Al₀.₂₁BO₃ Solid Electrolytes with Enhanced Lithium Ionic Conductivity |
| P1-36 | Sou Taminato | Mie University | Interfacial Stability between LiNbO₃/Nb₂O₅-Coated 4 V-Class Cathode LiNi₀.₆Mn₀.₂Co₀.₂O₂ and PEO-Based Polymer Electrolyte |
| P1-37 | Hikari Sano | Chiba Institute of Technology | Effects of Co-substitution in the Lithium-Ion Conductor LiTa₂PO₈ |
| P1-38 | Ajay Mohan | IIT Gandhinagar | Design of Transition Metal Doped Lanthanum based Perovskites as Cathode Material for Rechargeable Zinc Air Battery Application |
| P1-39 | Kuniharu Nomoto | Institute of Science Tokyo | Performance of Ultrathin Lithium Metal Anodes with Li–Mg Alloying in All-Solid-State Batteries |
| P1-40 | Naoki Matsui | Institute of Science Tokyo | Material Exploration of Anion Conductors for High-Energy Storage Devices |
| P1-41 | Julia Hudachek | Institute of Science Tokyo | Quantitative Visualization of Reaction Inhomogeneity in Graphite Composite Electrodes for All-Solid-State Batteries |
| P1-42 | Saito Itakura | Institute of Science Tokyo | Structure-Based Design of Fluoride-Ion Conductors |
| P1-43 | Yusuke Suzuki | Institute of Science Tokyo | Degradation Behavior of Uncoated Single-Crystal-Like and Polycrystalline NCM523 in All-Solid-State Batteries |
| P1-44 | Yuko Fukada | Institute of Science Tokyo, Tosoh Corporation | Application of Electrolytic Manganese Dioxide as a Cathode Material for Lithium-Ion Batteries |
| P1-45 | Kohei Aso | Japan Advanced Institute of Science and Technology | Low-Dose Nanostructural Mapping of Battery Cathodes by 4D-STEM |
| P1-46 | Anna Sciazko | The University of Tokyo | Ultra-High-Resolution 3D Microstructure Characterization of All-Solid-State Sodium Batteries |
| P1-47 | Fumihiko Ichihara | National Institute of Advanced Industrial Science & Technology | Co-sintering Reaction Analysis of LiCoO₂ Cathodes and NASICON-Type LATP Solid Electrolytes Studied by Experimental and Computational Methods |
| P1-48 | Kotaro Yoshida | Tohoku University | Resolving Hetero-Electrolyte Ion-Transport Resistance: A Four-Electrode Approach |
| P1-49 | Canceled | Canceled | Canceled |
| P1-50 | Kazuhiro Hikima | Tokyo Metropolitan University | Surface Chemistry of Sulfide Solid Electrolytes Synthesized by Liquid-Phase Methods and Its Impact on All-Solid-State Battery Performance |
| P1-51 | Youngmin Lee | Solivis Inc. | Chemically Active LiH₂PO₄ Interphase Precursor Enables Self-Limited Interface Stabilization in Sulfide-Based All-Solid-State Batteries |
| No. | Name | Affiliation/University | Poster Presentation Title |
|---|---|---|---|
| P2-01 | Akihiro Kikuchi | NIMS | The ultrafine Nb₃Sn superconducting wires and flexible cables |
| P2-02 | Hisao Kiuchi | NIMS | Toward Operando Observation of Active Site Dynamics in Oxygen Evolution Catalysts by Lab-Scale Near-Ambient Pressure XPS |
| P2-03 | Shruti Jain | NIMS | Systematic Nanoscale Observation of Rhodium Particles on Strontium Titanate (Rh/SrTiO₃) Catalyst via Advanced Scanning Transmission Electron Microscopy |
| P2-04 | Soshi Iimura | NIMS | Catalytic Properties of Hydrogen Ions in Materials |
| P2-05 | Taku Suzuki | NIMS | Surface hydrogen analyzed by low-energy ion beams |
| P2-06 | Shusaku Shoji | NIMS | Development of Ortho–Para Hydrogen Conversion Catalysts for Hydrogen Storage |
| P2-07 | Tetsuya Kako | NIMS | Enhancement of Hydrogen Evolution Activity for Carbon Nitride Photocatalyst through Defect Engineering |
| P2-08 | Boborahimov Azamat Boborahim Ugli | NIMS | Syngas-derived hydrophilic nanocarbons for water purification |
| P2-09 | Sarah Nadiah Nordin | NIMS | Direct Cobalt–Tantalum Carbide Heterointerfaces via Selective Carburization for Oxygen Evolution Catalysis |
| P2-10 | Koji Kamiya | NIMS | Magnetic Refrigeration for Hydrogen Liquefaction |
| P2-11 | Kyohei Natsume | NIMS | Active Magnetic Regenerative Refrigerator with Rotating Permanent Magnet. |
| P2-12 | Ya Xu | NIMS | Development of an Effective CuO Hydrogen Permeation Barrier Layer on ErCo₂ Magnetic Refrigeration Materials |
| P2-13 | Hideshi Ooka | NIMS | Microkinetic Approaches Towards a Predictive Understanding of Electrocatalysis |
| P2-14 | Koichi Yatsuzuka | NIMS | Application of EIS to determine reaction rate constants of the electrocatalytic hydrogen evolution/oxidation reaction |
| P2-15 | Sahaya Vijay Jeyaraj | NIMS | Microkinetic Faradaic Impedance of Hydrogen Evolution and Oxidation Reactions via the Heyrovsky-Volmer-Tafel Mechanism |
| P2-16 | Gen Nishijima | NIMS | Development of Superconducting Joint Evaluation System |
| P2-17 | Yasuaki Takeda | NIMS | Superconducting Joint between High-temperature Superconducting Wires |
| P2-18 | Miu Aizawa | Chiba Institute of Technology | Crystal structure, thermal stability, and proton conductivity of RbMg₁₋ₓH₂ₓ(PO₃)₃･yH₂O with a P₃O₉-ring-based tunnel structure |
| P2-19 | Ryoga Kawai | Chiba Institute of Technology | Synthesis, Crystal Structure and Proton Conductivity of a Mixed Cation Phosphate, NaCa₁₋ₓLiₓHₓ(PO₃)₃ ∙yH₂O |
| P2-20 | Tetsuro Morooka | Fukushima University | Effect of cerium modification of the oxygen reduction reaction activity of platinum electrode after sulfur-poisoning |
| P2-21 | Jinhui Shi | Kyoto University | Proton Transport under Reduced Humidity in Fluorinated Bisphosphonate-Bridged Zirconium(IV) Phosphonates |
| P2-22 | Shibghatullah Muhammady | RIKEN | Thermodynamic Stability and Ion-Exchange Kinetics of Barium Titanium Oxyhydride from First Principles |
| P2-23 | Masaaki Yoshida | Yamaguchi University | Operando X-ray Absorption Spectroscopy of Carbonate Nickel Electrocatalysts for Water Electrolysis: Roles of Carbonate Anions and Alkali Metal Cations |
| P2-24 | Ryosuke Ono | Yamaguchi University | Development and Operando XAFS Analysis of Ni/FeOₓ Water Splitting Catalysts Prepared by Electrodeposition of NiOₓ on FeOₓ Powders |
| No. | Name | Affiliation/University | Poster Presentation Title |
|---|---|---|---|
| P3-01 | Nobuya Banno | NIMS | Multi-dimensional microstructure control in Nb₃Sn superconductors toward fusion energy |
| P3-02 | Sanghamitra Das | NIMS | N-doped Niobium MXenes via Hydrothermal and Annealing Routes for Enhanced Electrochemical Performance |
| P3-03 | Kunie Ishioka | NIMS | Robust coherent phonon mode at GaP/Si(001) heterointerface |
| P3-04 | Ayako Hashimoto | NIMS | Quantitative analysis of in-situ TEM images of defective graphene via persistent-homology-based structural analysis |
| P3-05 | Isao Sakaguchi | NIMS | Preparation of (Li,La)TiO₃ ceramics with high grain boundary Li-ion conductivity and visualization of Li-ion transport pathways by negative oxygen ion irradiation |
| P3-06 | Takashi Hirayama | NIMS | Particle Shape Governs Conduction Loss in Cryogenic Magnetic Refrigerators |
| P3-07 | Dhruba B. Khadka | NIMS | Pb-free Perovskite Solar Cells |
| P3-08 | Yasuhiro Shirai, Masatoshi Yanagida, Habiru Miruza | NIMS | Durability test and degradation mechanism of metal halide perovskite solar cells |
| P3-09 | Md. Zobaidul Hossen | NIMS | Conjugated Self-Assembled Monolayer Functionalized with Methoxy Group as Hole-Selective Material for p-i-n Perovskite Solar Cells |
| P3-10 | Hiroki Fujii | NIMS | Development of Lightweight MgB₂ Conductor |
| P3-11 | Aadya Tripathi | India International School in Japan | Crochet Mesh Reinforcement for Seismic Ceiling Safety: A Preliminary Mechanical Investigation of Gypsum Panel Failure Behavior |
| P3-12 | Shanmugapriya Indrani Govindarasu | Indian Institute of Science | Heterometallic ludwigite M₂.₅T₀.₅(O₂BO₃) and (M₂T)(O₂BO₃) (M = Co, Ni, Cu; T = Ti, Sn, Fe) compounds as electrocatalysts |