Aims (new version):

Aims (old version):

Spectroscopy Journal (ISSN 2813-446X) is an international, open access and peer-reviewed journal on all aspects of spectroscopy. Spectroscopy Journal publishes reviews, regular research papers (articles), and short communications. Our aim is to encourage scientists to publish their experimental and theoretical results in the field of all facets of spectroscopy techniques, characterization, theory, and other spectroscopic developments. There are no restrictions on the maximum length of papers. The full experimental details must be provided so that the results can be reproduced.

Spectroscopy Journal (ISSN 2813-446X) is an international, open access journal on all aspects of spectroscopy. Spectroscopy Journal publishes reviews, regular research papers (articles), and short communications. Our aim is to encourage scientists to publish their experimental and theoretical results in the field of all facets of spectroscopy techniques, characterization, theory, and other spectroscopic developments.

Scope (new version):

Scope (old version):

Spectroscopy is concerned with the interaction between matter and any portion of the electromagnetic spectrum, and is applied in all disciplines, including physics, chemistry, biochemistry, biology, space science, material science, and in engineering. Contributions from non-photon experiments (e.g., electron, neutron, and proton experiments) are equally welcome.

The scope includes the following branches of spectroscopy:

• Gamma ray, X-ray, and UV–Vis spectroscopies;
• NIR/mid-infrared/Raman spectroscopy;
• Microwave and THz spectroscopy;
• High-resolution gas-phase atomic, molecular, and cluster spectroscopy;
• MS, NMR, and EPR spectroscopy;
• Fluorescence/bioluminescence/phosphorescence;
• Optical sensing in food/production/public safety;
• Spectromicroscopy/spectral imaging;
• Micro- and nanospectrometry;
• Time-resolved and multicolor microscopies;
• Time-resolved spectroscopies;
• Non-linear spectroscopies.

Such spectroscopies are utilized in many fields, which we welcome contributions on. These include the academic disciplines mentioned above but also applications in art conservation, field studies, remote sensing, astronomy, industrial applications, and more.

Spectroscopy is concerned with the interaction between matter and any portion of the electromagnetic spectrum, and is applied in all disciplines, including physics, chemistry, biochemistry, biology, space science, material science, and in engineering. Contributions from non-photon experiments (e.g., electron, neutron, and proton experiments) are equally welcome.

The scope includes the following branches of spectroscopy:

• Gamma ray, X-ray, and UV–Vis spectroscopies;
• NIR/mid-infrared/Raman spectroscopy;
• Microwave and THz spectroscopy;
• High-resolution gas-phase atomic, molecular, and cluster spectroscopy;
• MS, NMR, and EPR spectroscopy;
• Fluorescence/bioluminescence/phosphorescence;
• Optical sensing in food/production/public safety;
• Spectromicroscopy/spectral imaging;
• Micro- and nanospectrometry;
• Time-resolved and multicolor microscopies;
• Time-resolved spectroscopies;
• Non-linear spectroscopies.

Such spectroscopies are utilized in many fields, which we welcome contributions on. These include the academic disciplines mentioned above but also applications in art conservation, field studies, remote sensing, astronomy, industrial applications, and more.