Condensed matter physics is the department of physics which studies the properties of the huge collections of atoms which compose both exotic and ordinary materials. As it handles properties of matter at thermal energy scales and ordinary chemical, condensed matter physics is actually the subfield of physics which includes the largest variety of direct practical applications and features a large overlap with materials science, chemistry and electrical engineering. Additionally it is an intellectually challenging area that is presently producing numerous advances in fundamental physics.
The Condensed Matter Physics group at U of T is especially strong in the research of quantum materials, which reveals exotic and unexpected behaviour whenever subjected to extreme circumstances such as high pressure and/or low temperature. Physical properties of these materials tend to be studied using different experimental techniques and theoretical methods, including quantum oscillations, STM, optical spectroscopy and neutron/x-ray scattering.
Journal of Condensed Matter Physics addresses the entire of condensed matter physics which includes nanostructures and soft condensed matter. Papers might report theoretical, experimental and simulation studies. Remember that papers should contain fundamental condensed matter science: papers reporting ways of materials preparation or properties of materials with no novel condensed matter content will never be accepted.
All the manuscripts should be prepared in English and are subject to fair peer-review procedure and a rigorous. Accepted papers will instantly appear online followed through printed hard copies. The journal publishes original papers which includes but not limited to the following areas:
Dielectrics and Ferroelectrics
Liquids, Soft Matter and Biological Physics
Nanostructures and Nanoelectronics
Magnetism and Magnetic Materials
Solid Structure and Lattice Dynamics
Surface, Interface and Atomic-Scale Science
Superconductors and Metals
The field of condensed matter physics examines the macroscopic properties of matter and microscopic. Principles of condensed matter physicists study how matter comes from a large number of interacting electrons and atoms and what physical properties it provides because of these interactions.
Usually, condensed matter physics is separated into "soft" condensed matter physics which studies those properties of matter for which quantum mechanics performs no role and "hard" condensed matter physics, which research quantum properties of matter.
The condensed matter area is considered one of the biggest and most versatile sub-fields of research in physics, primarily because of the diversity of subjects and phenomena that are accessible to study. Breakthroughs in the area of condensed matter physics have resulted in the discovery and usage of modern plastic, liquid crystals and composite materials and the discovery of the Bose-Einstein Condensate.