Editorial
Open Access
Editorial: Inaugural Issue of the
International Journal of Molecular and
Theoretical Physics
AJ Aller*
Professor, Department of Applied Chemistry and Physics, Area of Analytical Chemistry, Faculty of Biological and Environmental Sciences,
University of León, Campus de Vegazana s/n, E-24071 León, Spain
*Corresponding author: AJ Aller, Professor, Department of Applied Chemistry and Physics, Area of Analytical Chemistry, Faculty of Biological
and Environmental Sciences, University of León, Campus de Vegazana s/n, E-24071 León, Spain, Tel: 034 987 291536; Fax: 0034 987 291536;Email:
@
Received: February 07, 2017; Accepted: February 13, 2017; Published: March 22, 2017
Citation: Aller AJ (2017) Editorial: Inaugural Issue of theInternational Journal of Molecular andTheoretical Physics. Int J Mol Theor Phy. 1(1):1-1.
Editorial Top
The Journal of Molecular and Theoretical Physics was
just born with the aim to become an efficient disseminator of
original papers and topical reviews on fundamental, theoretical
and experimental research in molecular physics. The best way
to achieve this purpose is to receive good research works for
diffusion around the world, thus offering a discussion forum for
people involved in this exciting topic.
Molecular physics covers different particular fields, such as physical properties of molecules, chemical bonds, molecular dynamics and spectroscopic techniques. The essential atomic orbital theory is also partly included to the molecular orbital theory, which incorporates electronic, vibrational and rotational excitation states.
Theoretical physics closely relates to atomic physics and overlaps with theoretical chemistry, chemical physics and physical chemistry. It seeks to develop mathematical models for a better understanding of physical phenomena. In this way, evaluation of properties and prediction of new phenomena under different conditions are possible. Thus, mathematical methods based on first principles quantum mechanics for studying the structure, spectra and collision properties of molecules are behind theoretical molecular physics.
However, classical physics and quantum mechanics are equality considered. Similarly, interplay between basic, applied and technological research works are very welcome, particularly including interdisciplinary aspects, although the bulk of the subject will fall mainly within theoretical molecular physics.
Some particular topics include structure and dynamics of matter/antimatter and electromagnetic fields interactions with molecules, Molecular collisions and interaction of molecules with solids and surfaces, Quantum optics, Molecular spectroscopy and characterization, Ultra-fast electronic dynamics and multiphoton processes.
This journal hopes to underpin foundations of great collaborative sciencethrough efforts from diversity geographical contributions. Only the best useful ideas and the most efficient learning arise from participation of many people around the world. Scientific progress is particularly ensured by an active cooperation between researchers, where open publications of high quality contributions play a very important role.
I wish all our future readers an enjoyable and fruitfully reading.
Molecular physics covers different particular fields, such as physical properties of molecules, chemical bonds, molecular dynamics and spectroscopic techniques. The essential atomic orbital theory is also partly included to the molecular orbital theory, which incorporates electronic, vibrational and rotational excitation states.
Theoretical physics closely relates to atomic physics and overlaps with theoretical chemistry, chemical physics and physical chemistry. It seeks to develop mathematical models for a better understanding of physical phenomena. In this way, evaluation of properties and prediction of new phenomena under different conditions are possible. Thus, mathematical methods based on first principles quantum mechanics for studying the structure, spectra and collision properties of molecules are behind theoretical molecular physics.
However, classical physics and quantum mechanics are equality considered. Similarly, interplay between basic, applied and technological research works are very welcome, particularly including interdisciplinary aspects, although the bulk of the subject will fall mainly within theoretical molecular physics.
Some particular topics include structure and dynamics of matter/antimatter and electromagnetic fields interactions with molecules, Molecular collisions and interaction of molecules with solids and surfaces, Quantum optics, Molecular spectroscopy and characterization, Ultra-fast electronic dynamics and multiphoton processes.
This journal hopes to underpin foundations of great collaborative sciencethrough efforts from diversity geographical contributions. Only the best useful ideas and the most efficient learning arise from participation of many people around the world. Scientific progress is particularly ensured by an active cooperation between researchers, where open publications of high quality contributions play a very important role.
I wish all our future readers an enjoyable and fruitfully reading.
