Quantum Materials and Dynamics

This research sub-field focuses on the interplay between quantum mechanics and material properties, utilizing both theoretical and computational approaches to study electronic structure, dynamics, and interactions at the atomic and molecular levels. It encompasses various techniques, from first principles simulations to advanced material growth, aiming to understand and manipulate materials for applications in technology and fundamental science.

semiconductors

quantum mechanics

material science

computational chemistry

density-functional theory

ultrafast dynamics

field theory

atomic structure

1,025,894 papers

Parent topic: Materials Science and Physics

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Sub-topics

Phase Factors in Quantum Theory

This area addresses the role of phase factors in quantum theories, focusing on properties of electron gases and topological insulators. It includes studies relevant to stochastic methods and pseudopotential approaches.

249861 papers

Quantum Field Theory and Cosmology

Research in this cluster explores the intersections of quantum field theory and cosmological models. Key topics include particle physics, gauge theories, and the implications of theoretical frameworks for the universe.

187762 papers

Density Functional Theory Applications

This cluster encompasses studies in density functional theory (DFT), focusing on its applications in computational materials science. Research includes development of functionals and approximations for electron density calculations.

137075 papers

Many-Body Quantum Mechanics

This area investigates the theories surrounding many-body quantum systems, exploring phenomena such as polaron motion and non-local interactions. Key studies address quantum exchange-correlation effects.

133962 papers

Atomic and Molecular Electronic Systems

This cluster addresses the electronic structure of atoms and molecules, employing theoretical frameworks to understand their behavior. It encompasses optical constants and effective core potentials.

114223 papers

Supersymmetry in Quantum Theories

Research in this area investigates supersymmetry and its applications within quantum field theory frameworks. The studies explore superconformal theories, as well as pseudopotentials and conformal symmetries in theoretical constructs.

85981 papers

First-Principles Material Simulations

Research in this cluster utilizes first-principles methods to model and simulate the properties of materials. It includes molecular dynamics simulations and phonon calculations essential for material science.

78415 papers

Computational Methods for Material Properties

Research in this cluster concentrates on computational techniques used to calculate the properties of materials. This includes state equations, gradient approximations, and development of relevant computational tools.

76838 papers

Quantum Mechanical Material Models

This research focuses on quantum mechanical approaches to model the properties of materials. It includes methods leveraging pseudopotentials and software development for quantum simulations.

73607 papers

Theoretical Frameworks in Chemistry

Research here focuses on theoretical approaches in chemistry and physics, including computational techniques and quantitative analyses. Topics range from Brillouin-zone integrations to properties of hardness and electronegativity.

57452 papers

Experimental Approaches in Physics

This cluster emphasizes experimental methodologies used in the physical sciences, addressing issues such as uncertainty in results and calibration techniques. It includes classical and thermodynamical properties evaluations.

6830 papers

Ultrafast Light-Matter Interactions

This cluster focuses on the dynamics of materials when exposed to ultrafast light pulses. Research includes phenomena like spontaneous emission and nanogratings formation in irradiated materials.

5353 papers

Statistical Mechanics and Thermodynamics

The focus here is on the principles of thermodynamics and statistical mechanics, covering irreversible processes and their implications in various systems. It includes studies on heat waves and hydromagnetic phenomena.

3227 papers

Innovative Material Growth Techniques

This area of research explores advanced techniques for growing various materials, emphasizing crystalline structures and their applications in electronics. Studies include hybrid perovskites and silicon carbide epitaxy.

3082 papers

Indium-Gallium Semiconductor Interfaces

This cluster focuses on the intricate properties and interfaces of indium and gallium-based semiconductors. It includes studies on surface reconstructions, chemisorption, and their implications in various semiconductor technologies.

1726 papers