Summary of the ICCF‑26 conference held May 26–30, 2025 in Morioka, Japan

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🎯 Overview

• What & Where: The 26th International Conference on Condensed Matter Nuclear Science (ICCF‑26) took place at the Aiina Center in Morioka, Iwate Prefecture, under the chairmanship of Prof. Shinya Narita (Iwate University) .
• Purpose: A premier gathering in the field, designed to showcase breakthroughs in low‑energy nuclear reactions within condensed matter and promote potential applications in clean energy generation and nuclear waste remediation .

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🗓️ Program Format

• The conference featured a mix of oral scientific sessions and a poster session. Presentation schedules and posters were made available through a dedicated online platform (access via email‑distributed links) .
• Proceedings submitted by presenters will be compiled into a special issue of the Journal of Condensed Matter Nuclear Science in early 2026 .

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📚 Key Themes & Research Highlights from Abstracts

According to participating teams (e.g., Solid State Fusion), highlight topics included:

• Heat generation in low-energy systems: Experiments investigating anomalous heat in deuterated metals.
• Transmutation & nuclear product analysis: Studies detecting nuclear byproducts, aiming to validate low‑energy nuclear reaction claims.
• Electrochemical and gas-phase experiments: New approaches using both aqueous and gas-loaded systems for CMNS explorations.
• Plasma and beam-based investigations: Innovative beam‑target setups probing nuclear anomalies.
• Materials science and theoretical modeling: Advanced material characterization and computational models underpinning CMNS phenomena .

These research threads underscore ICCF‑26’s focus on both advancing scientific understanding and laying technical foundations for real-world CMNS applications.

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🧠 Why It Matters

• Field momentum: After decades of investigation, CMNS is now at a pivotal point with stronger empirical evidence and theoretical insight.
• Global collaboration: ICCF‑26 continued the conference’s tradition of rotating locations and fostering international and interdisciplinary exchange .
• Forward look: With its proceedings slated for early 2026 publication, the event reinforces momentum toward practical applications in clean energy and nuclear waste management.

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Summary

ICCF‑26 served as a dynamic platform for sharing the latest experimental findings and theories in CMNS. With a full program of oral presentations and posters, the conference emphasized clean energy and nuclear transmutation applications rooted in low-energy reactions. The forthcoming proceedings in JCMNS will further disseminate this body of work.

Abstracts: https://iccf26.org/img_common/abstract/iccf26_abstract.pdf