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Focus and Scope

JOURNAL OF ADVANCES IN PHYSICS: is scientific, international, peer-reviewed and open-access journal devoted to the field of Physics and provides rapid publication of articles frequently in its issues. JAP publishes original review papers, as well as auxiliary material such as Research Papers, Case Studies, Review Articles, and Reports, etc. JAP is the place for the exchange of information and research results within all areas of Physics and allied fields.

JAP scope includes but not limited to the following fields:

1. 5G Compatible mmWave communications, Massive MIMO communications, Free Space Optical Communications, Cooperative Communications, COMP in MIMO FDM/OFDMA, Fading and Interference mitigation, Channel Equalization and Coding

2. Metals, Metal alloys, Soldering and Bearing applications, Modern physics, Grid batteries, Origin

3. Renewable energy research, specially photovoltaic materials, and devices

4. Nonlinear Dynamics

5. Synthetic metals, Alloys, and compounds

6. Waste Plastics to Fuels Technology, Waste to Energy, Electricity Storage and backup, Electricity Production, UHV and Surface Sciences, MOCVD, Single, and Poly Crystal X-ray Diffraction

7. Heat Conduction, Non-Linear Dynamics, Pseudopotential Theory

8. Quantum Mechanics, Foundation of Physics, Condensed Matter Physics, Environmental Physics and Pollution Prevention, Electromagnetic Fields, Forensic Physics, Classical and Quantum Computation,  Physics of Materials

9. Energy,  Quantum Mechanics, Inverters, Solid-state, Physics group, Quantum Field theory

10. Radiation detection, Radioactivity, Detectors, Gamma Spectrometry

11. Black hole physics, Soliton Solutions of Nonlinear Equations, Higher Derivative Gravity F(R) Gravity, Non-trivial topology in Gravity, Nonlinear Electromagnetic Field, Scalar-Tensor and Dilaton Gravity, Entropic Force

12. Alloys and Compound, Phase Transitions

13. Luminescence, Oled

14. Smart Materials, Ferromagnetic Shape Memory Alloys, Damping

15. Material Characterization, Materials, Thin Films, Nanotechnology, X-ray Diffraction, Optics, Ardunio, Microprocessor Programming, Microcontrollers, Embedded systems

16. Energy Storage and Conversion, Solar Devices, Laser Photolysis

17. Optics, nano structure, Astronomy

 18. Electronic properties of ?2?6 type solid solution films, Heterojunctions of ?2?6 type solid solution films for solar cell, negatron phenomenons, nanocrystallites, Electrochemical deposition, Nanotechnology

19. Integrated Ring Resonator Systems, Optical Communication Networks, Optical Fiber Laser Communications,  Optical Wired/Wireless Communication Systems, Photonics & Electro-Optics, Nonlinear Optics, Optical Engineering, and Optoelectronics  Quantum Electronics, SecuredOptical Communication Systems

 20. Integrated Ring Resonator Systems, Optical Communication Networks, Optical Fiber Laser Communications,  Optical Wired/Wireless Communication Systems, Photonics & Electro-Optics, Nonlinear Optics, Optical Engineering, and Optoelectronics  Quantum Electronics, SecuredOptical Communication Systems