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| 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 |