Advances in Laser-Matter Interaction: From Laser Fusion to Secondary Radiation Sources 

Submission Deadlines:

• Abstracts: 31st December 2024
• Full Papers: 1st June 2025

Late submissions may still be considered, but their inclusion in the collection will depend on the timely completion of the review process.

Motivation:

The ECLIM Thematic Collection on Advances in Laser-Matter Interaction aims to gather the latest research and breakthroughs in the broad field of laser-matter interactions. This collection will showcase innovative contributions in areas such as laser-generated plasmas, particle acceleration, high-intensity laser facilities, and secondary source generation, including XUV, attosecond, and HHG sources. The goal is to reflect the cutting-edge developments presented at the 37th European Conference on Laser Interaction with Matter (ECLIM 2024), providing a platform for experts to share insights and explore new frontiers in laser fusion, plasma physics, and advanced diagnostics.

Laser-matter interaction remains a central area of research with extensive applications, from inertial confinement fusion (ICF) to fundamental studies in quantum electrodynamics (QED). The ongoing development of high-power lasers, along with structured light and attosecond pulse technologies, offers unprecedented opportunities to deepen our understanding of plasma dynamics and secondary source production, creating new possibilities in fields ranging from particle acceleration to high-harmonic generation.

This thematic collection invites researchers to submit papers that address theoretical, experimental, and computational advances in these areas. Particular focus will be given to work that pushes the boundaries of laser-driven physics, contributes to the development of high-intensity laser facilities, or demonstrates novel diagnostic techniques.

Scope and Topics:

We seek submissions that cover a wide range of topics aligned with ECLIM’s focus, including but not limited to:

• Physics of Laser-Matter Interaction: Fundamental studies on high-intensity laser interactions with various targets and their resulting phenomena.
• Laser-Generated Plasmas: Experimental and theoretical insights into plasma generation, behavior, and applications in energy and particle production.
• Laser-Driven Particle Acceleration: Advances in the acceleration of electrons, ions, and protons using high-power laser systems.
• High-Intensity Laser Facilities: Development and applications of large-scale laser systems, including facility updates and new operational techniques.
• Structured Light and Twisted Laser Pulses: Research on the effects and applications of structured light in plasma physics and secondary source production.
• Attosecond Laser Pulses and XUV Sources: Advances in the generation of attosecond and extreme ultraviolet (XUV) pulses for ultrafast processes and diagnostics.
• Laser Fusion and ICF: Progress in laser-driven fusion, with special emphasis on the HIPER+ initiative and the development of thermonuclear targets.
• QED Laser Physics: Exploration of extreme light-matter interactions in the quantum electrodynamics regime.
• Laser and Plasma Diagnostics: Novel approaches to diagnosing and measuring laser-matter interaction dynamics in real-time.
• Simulation Codes for LPI: New computational tools and models that simulate laser-matter interactions, plasma behavior, or secondary source generation.

Paper Types:

We welcome both review papers and original research articles that present significant advancements in theory, experiment, or simulations. Papers should:

• Provide an overview of the history and state-of-the-art of the chosen topic.
• Identify current challenges and gaps in the field.
• Present new research findings, experimental results, or theoretical models (as applicable).
• Offer recommendations for future research and technology development.

We particularly encourage interdisciplinary and collaborative work from researchers across different institutions, to stimulate cross-cutting innovation in the field of laser-matter interactions.

Important Submission Process: Two-Step Approach

This Thematic Collection will follow a two-step submission process:

1. Extended Abstract Submission:

• Length: 1000–2000 words outlining the key topics, introducing the authors (including the corresponding author), and detailing the research focus.
• Format: File name should follow this format: TC-ECLIM-<corresponding author last name>_<first name>-<short_title> e.g., TC-ECLIM-Martin_Anna-Laser_Accelerators
• Submission: Send abstracts via email to: <a href="mailto:eclim2024@conference.org">eclim2024@conference.org</a> CC: <a href="mailto:guesteditors@conference.org">guesteditors@conference.org</a> Subject Line: “ECLIM TC Abstract Submission” Deadline: 31st December 2024

2. Full Paper Submission: Following acceptance of the abstract, authors will be invited to submit full papers for peer review. Acceptance of abstracts does not imply acceptance of the final paper. Deadline: 1st June 2025

Guest Editors:

J. T. Mendonça, M. Fajardo and J. Vieira, Instituto Superior Técnico, Lisboa.