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Aims and Scope

Aims:

WebLog Journal of Applied Physics is an open access, multidisciplinary, double-blind, meticulously peer-reviewed online journal. WebLog Journal of Applied Physics is releasing important new findings from applied physics research, both theoretical and experimental. One feature that sets it apart from other applied physics publications is that it is a truly multidisciplinary journal, providing a venue for scientists in all relevant subjects. The journal publishes articles that highlight knowledge of the physics underlying contemporary technology while maintaining a distinction between pure physics and technology.

The journal covers classical physics, chemistry, and materials science, including biomaterials, with their engineering aspects. It also covers the experimental and theoretical aspects of advanced materials and devices dealing with synthesis or structural chemistry, physical and electronic properties, photonics, engineering applications, and uniquely pertinent measurement or analytical techniques. All these fields of applied science are being investigated to learn more about the physics of advanced materials for future applications.

Article types that can be accepted in WebLog Journal of Applied Physics include Case Blogs, Case Reports, Case Series, Editorials, Letters to the Editor, Short Communications, Rapid Communications, Commentaries, Perspectives, Opinions, Mini Reviews, Systematic Reviews, Review articles, and Research Articles.

The Journal's Editorial Board is made up of a committed group of international experts on applied physics. The journal's progress is actively directed and overseen by each Board editor. The goal of the peer-review procedure is to disseminate accurate and useful scientific knowledge. A team of experts in the relevant subjects evaluates the quality and substance of the papers submitted for publication.

Scope:

WebLog Journal of Applied Physics widely accepts manuscripts in the following areas, but is not limited to:

Acoustics Agrophysics Astrophysics Astronomy Astrodynamics Astrometry Atmospheric Physics BioPhysics Classical Physics Condensed Matter Physics Cryogenics Electromagnetism Nuclear Physics Quantum Physics Relativity Solid State Physics Theoretical Physics Applied Physics Aspects Fundamental Properties Material Processing Nanomaterials Semiconductors Magnetic Materials Biomaterials Advanced Metals and Alloys Organic and Carbon Materials Laser Interactions with Materials Dielectrics Ferroelectrics Multiferroics Electrical Discharges Plasmas Plasma-surface Interactions Emerging Interdisciplinary Energy and Sustainability Magnetism Spintronics Superconductivity Organic-Inorganic Systems Including Organic Electronics Photonics Plasmonics Photovoltaics Lasers Optical Materials Phenomena Physics of Devices and Sensors Physics of Materials Mechanical and Other Properties Physics of Matter Under Extreme Conditions Physics of Nanoscale and Low-dimensional Systems Physics of Semiconductors Quantum Physics and Technology Fluids and Biophysics Thin Films Interfaces and Surfaces