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Special Issue

Physics to Materials: Foundations for Modern Applied Science

A JBRES Special Issue dedicated to bridging foundational physics with modern applied materials science—linking quantum phenomena, condensed matter principles, computational modeling, and innovative materials to drive advances in energy, electronics, sustainability, and beyond.

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JBRES Special Issue • Physical & Material Sciences
Special Issue Title

Physics to Materials: Foundations for Modern Applied Science

This Special Issue of the Journal of Biomedical Research & Environmental Sciences (JBRES) invites high-quality submissions that strengthen the bridge from fundamental physics to applied materials science. We welcome work that explores quantum & condensed matter foundations, develops novel materials & computational approaches, and demonstrates practical applications & real-world impact in energy, electronics, and emerging technologies.

Foundational Physics
Quantum mechanics in materials, condensed matter theory, topological phases, strongly correlated systems, phase transitions, quantum simulations.
Applied Materials & Translation
Nanomaterials, metamaterials, 2D/quantum materials, energy harvesting/storage, computational design, sustainable & functional materials.
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About this Special Issue

Modern applied science thrives when foundational physics informs material innovation and real-world utility. This Special Issue focuses on physics to materials—from quantum/condensed matter principles and theoretical modeling to advanced materials synthesis, computational prediction, and translational applications. We especially welcome submissions that report transparent methods, rigorous validation, and insights that can advance sustainable technologies, electronics, energy solutions, and beyond.

Preference is given to studies with clear outcomes (material properties, performance metrics, scalability), robust analysis, and a concise “What this changes in practice” statement.

Topics of interest

Submissions may address (but are not limited to):

Condensed Matter & Quantum Physics Topological & Quantum Materials Metamaterials & Engineered Structures 2D Materials & Nanostructures Computational Materials Design Phase Transitions & Critical Phenomena Energy Materials & Harvesting Sustainable & Functional Materials Strongly Correlated Systems AI & Machine Learning in Physics Superconductivity & Magnetism Real-World Applications & Translation

Article types accepted

  • Original Research Articles
  • Computational & Theoretical Studies
  • Experimental Materials Investigations
  • Review Articles
  • Systematic Reviews & Meta-Analyses
  • Mini-Reviews
  • Short Communications
  • Case Studies (where appropriate)
Tip: Include (1) primary/secondary outcomes, (2) a brief methods transparency note (preregistration/data availability if applicable), and (3) a “Clinical/Community Relevance” paragraph.

Why submit to this Special Issue?

  • Interdisciplinary visibility: your work is presented alongside foundational physics and applied materials science research.
  • Efficient editorial pathway: JBRES targets rapid peer review (7–14 days where applicable).
  • Permanent DOI: accepted articles receive DOI for strong citation continuity.
  • Open access reach: broad discoverability for physicists, materials scientists, engineers, and industry teams.
  • Author support: clear guidance through review, proofing, and publication.
Ready to submit?
Submit online, or share an abstract for an editorial scope check (methods + outcomes summary preferred).
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Submission Portal Submission Instructions Aims & Scope Archive
Alternative submission emails: support@jelsciences.com | editor.review@scireslit.us
License (upon publication): Creative Commons CC BY 4.0
Publish with JBRES — Peer-reviewed, multidisciplinary Open Access with rapid review, DOI, and global visibility.
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