The following PhysicsRN areas are available and subscriptions will be free during the start-up phase.
ACCELERATORS, BEAMS & FIELDS
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Description: This area includes content on designing, building, and operating particle accelerators that enable discoveries in fields such as elementary particle physics, nuclear physics, and material sciences.
ASTROPHYSICS, COSMOLOGY & GRAVITATION
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Description: This area includes content on phenomena and theories relating to the formation and evolution of the universe, galaxies, stars and planets, cosmic rays, radiation, energy, and matter as well as detection methods and experimental measurements of cosmic signals. Research areas include aspects of modern astronomy and astrophysics, including theoretical, observational, and computational astronomy. Such studies can include original research on instrumentation, data capture and surveys, analysis and modelling techniques, as well as interpretation of observations relating to celestial objects and phenomena originating outside the Earth's atmosphere.
ATOMIC & MOLECULAR PHYSICS
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Description: This area includes content on matter-matter and light-matter interactions at the atomic, molecular, and photon to macroscopic devices scales, studied using classical, semi-classical, and quantum theories and absorption, emission, and scattering of radiation measurements.
BIOLOGICAL PHYSICS
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Description: This area includes content on the application of theoretical and practical physics to investigate and analyze biological systems, specifically to understand inner workings of machinery found in living organisms on length scales ranging from molecular to macroscopic.
CHEMICAL PHYSICS
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Description: This area includes content covering all aspects of applied and theoretical chemical physics. Areas of research include collisional molecular dynamics, computational methods for electronic structure, equilibrium statistical mechanics, extremum methods, fluctuation methods, intramolecular dynamics, interaction on grids, magnetic interactions, molecular dynamics of condensed phases, molecular dynamics of particle systems, molecular response to external fields, non-equilibrium statistical mechanics, non-frictional forces, photon statistics, quantum theory, quasiparticle dynamics, reactive molecular dynamics, relativistic electronic structure theory, scattering methods, spin states, time space correlation functions, wave functions for highly excited states, and wave functions for unbound states.
COMPUTATIONAL PHYSICS
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Description: This area includes content on the application of numerical or algorithmic methods to solve problems in physics using existing quantitative theories. Areas of research include computational investigations, such as computer simulation and numerical modelling of complex physical and chemical systems that require approximations and are not readily described by closed expressions and machine learning techniques in medical, quantum, material, and statistical physics.
CONDENSED MATTER PHYSICS
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Description: This area includes content on theories and experiments of macroscopic and microscopic properties of matter, especially in solid and liquid states arising from electromagnetic forces between atoms and molecules. Areas of research include crystallography, electrical properties, fluids, magnetism, material properties, optics, radiation, semiconductors, and superconductivity, as well as quantum mechanics, spectroscopy, and statistical mechanics.
ECONOPHYSICS
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Description: This area includes content on the application of theoretical and practical physics methods, in particular, the mathematical approaches for handling large and complex nonlinear dynamics to understand the behavior of the economy and financial markets.
ENGINEERING PHYSICS
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Description: This area includes content on the engineering applications of theoretical and practical physics to physical, chemical, biological, electrical, and mechanical investigations.
ENVIRONMENTAL PHYSICS
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Description: This area includes content on the application of theoretical and practical physics to the measurement and analysis of interactions between organisms and their environment.
FLUID DYNAMICS
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Description: This area includes content on the application of theoretical and practical physics principles to the flow of liquids and gases around solid surfaces.
HISTORY & PHILOSOPHY OF PHYSICS
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Description: This area includes content on the conceptual, historical, interpretational, and philosophical discussions of concepts, theories, and methods of modern physics.
MATHEMATICAL PHYSICS
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Description: This area includes content on applications of mathematical methods to investigate and analyze physical and chemical systems. Areas of research include mathematical approaches to problems of quantum and classical mechanics and field theories, as well as relativity and gravitation, statistical physics, and mathematical foundations of physical theories.
MEDICAL PHYSICS
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Description: This area includes content on the application of physics knowledge to the development and use of medical treatment/diagnostic devices and techniques in the sub-fields of the health sciences, such as radiology and nuclear medicine.
METROLOGY
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Description: This area includes content on theories and techniques of scientific measurements, including development of new measurement methods, realization of measurement standards, and transfer of these standards to users.
NONLINEAR DYNAMICS
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Description: This area includes content on complex and chaotic phenomena using physics principles that arise in chemical, physical, biological, and mechanical systems.
NUCLEAR & PARTICLE PHYSICS
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Description: This area includes content on atomic nuclei, their constituents, and interactions that hold them together, as well as the elementary building blocks of matter, radiation, and interactions.
OPTICS & LASER
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Description: This area includes content on theories, mathematical modelling, generation, manipulation, and measurement techniques of electromagnetic waves. Research areas include the development of all types of lasers, new optical materials, optoelectronic devices and photonics, conventional optics, optical instruments and components, techniques of optical metrology, non-contact optical measurement techniques, optical computing, image processing, nanofabrication techniques/methods, quantum optics, laser safety methods/protocols, and application of lasers to material processing.
PHYSICS EDUCATION
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Description: This area includes content on all aspects of the pedagogical methods used in teaching physics across all levels.
PHYSICS EDUCATOR: COURSES, CASES & TEACHING
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Description: This area includes content that supports high quality student learning in physics and related disciplines, and is designed for the sharing of teaching materials. This includes casebooks, reviews of casebooks, lecture notes, class summaries, outlines, supplementary materials (for your own or someone else's book), syllabi, problem sets, PowerPoint presentations, videos, and other teaching materials.
PHYSICS NEGATIVE RESULTS
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Description: This area includes content in which negative results were found. Negative results are instances in which the expected outcome of the research was not borne out by the results. The negative results area includes papers that have controversial or provocative results that challenge established theories as well as papers that replicate or support findings published elsewhere.
PLASMA PHYSICS
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Description: This area includes content on the interaction of charged particles and fluids with self-consistent electromagnetic fields with applications in astrophysics, fusion, accelerator physics, and beam storage.
POLYMERS & SOFT MATTER PHYSICS
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Description: This area includes content on physical systems that are structurally deformed by thermal and mechanical stress on the order of thermal fluctuation.
QUANTUM INFORMATION
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Description: This area includes content on the application of quantum physics to manipulate physical systems to store and transmit information.
SOCIAL PHYSICS
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Description: This area includes content on the application of mathematical methods inspired by physics to investigate crowd behavior and psychology.
STATISTICAL PHYSICS
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Description: This area includes content on the application of probability theory and statistics, in particular mathematical methods, used for dealing with large populations and approximations to solve physical problems.
TRANSPORT PHYSICS
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Description: This area includes content on phenomena and theories of mass, momentum, or energy transfer in systems as a result of molecular agitation, including properties such as thermal conduction and viscosity.
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