Strongly Coupled Coulomb Systems 2022

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Dense and Astrophysical Plasmas

Confined and Mesoscopic Coulomb Systems

High-Energy-Density Plasmas in the Laboratory

Classical Charged Systems

Developments in Theoretical Methods and Numerical Techniques

Machine-Learning Methods for Coulomb Systems

Plasmas in Condensed Matter

Poster Session

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Contributions*

Ab initio simulations for the ion-ion structure factor of warm dense aluminum (in session "Dense and Astrophysical Plasmas")

Ab Initio Simulations for Warm Dense Matter with Applications in Planetary Physics (in session "Dense and Astrophysical Plasmas")

Accurate and efficient calculations of mean ionization states with an average-atom model (in session "High-Energy-Density Plasmas in the Laboratory")

Algebraic infection of charge correlations of a classical electrolyte at the critical point of the liquid-gas transition (in session "Classical Charged Systems")

Analyzing XC functionals for electronic structure calculations at WDM parameters (in session "Developments in Theoretical Methods and Numerical Techniques")

Anomalous Josephson effect in chiral double layers (in session "Confined and Mesoscopic Coulomb Systems")

Carbon ionization in the hot dense regime (in session "Dense and Astrophysical Plasmas")

Charing of dust particles in space (in session "Classical Charged Systems")

Classical Coulomb bridge functions in classical and quantum plasma liquids (in session "Developments in Theoretical Methods and Numerical Techniques")

Closing Remarks

Collective excitations and quantum incompressibility in electron-hole fluids (in session "Plasmas in Condensed Matter")

Collective modes in beyond-graphene atomically thin materials (in session "Plasmas in Condensed Matter")

Coulomb effects in electronic transport (in session "Confined and Mesoscopic Coulomb Systems")

Coulomb gas sum rules for vortex-pair fluctuations in 2D superfluids (in session "Plasmas in Condensed Matter")

Data-Driven and Physics-Informed Modeling of Matter under Extreme Conditions (in session "Machine-Learning Methods for Coulomb Systems")

Deep Quantum Monte Carlo (in session "Machine-Learning Methods for Coulomb Systems")

Density Functional Theory calculations for high- temperature carbon plasmas (in session "Dense and Astrophysical Plasmas")

Development of a new Quantum Trajectory Molecular Dynamics Framework (in session "Developments in Theoretical Methods and Numerical Techniques")

Direct imaging of phase transitions in nonequilibrium warm dense matter (in session "High-Energy-Density Plasmas in the Laboratory")

Dynamic Structure Factor of the Magnetized One-Component Plasma: Crossover from Weak to Strong Coupling (in session "Dense and Astrophysical Plasmas")

Dynamical formation of the Diamond rain in icy giant planets by C-H immiscibility (in session "Dense and Astrophysical Plasmas")

Dynamics of defect filaments in weakly disordered dust acoustic waves of dusty plasmas (in session "Classical Charged Systems")

Electrical Conductivity of Iron in Earth's Core from Microscopic Ohm's Law (in session "Dense and Astrophysical Plasmas")

Electronic pair alignment and roton feature in the warm dense electron gas (in session "High-Energy-Density Plasmas in the Laboratory")

Electronic stopping in warm dense matter using Ehrenfest dynamics and time-dependent density functional theory (in session "Developments in Theoretical Methods and Numerical Techniques")

Electronic transport coefficients of hydrogen from density functional theory across the plasma plane (in session "Dense and Astrophysical Plasmas")

Electron–atom interaction in dense plasma of noble gases (in session "High-Energy-Density Plasmas in the Laboratory")

Eliashberg theory of superconductivity from electronic collective excitations (in session "Plasmas in Condensed Matter")

Emergent Coulomb Fluids in Spin Ice (in session "Classical Charged Systems")

Exciton supersolid phase transition in bilayer semiconductors. (in session "Confined and Mesoscopic Coulomb Systems")

Excitonic condensation, pairing gap and quadriexcitons in an electron-hole bilayer with twofold valley degeneracy (in session "Confined and Mesoscopic Coulomb Systems")

Fast Simulations of Complex Charged Systems for Soft Matter Applications (in session "Classical Charged Systems")

FermiFlow: a variational free-energy approach for fermions in the continuum (in session "Machine-Learning Methods for Coulomb Systems")

High-Tc electron-hole superfluidity and BCS-BEC crossover in double-layer heterostructures (in session "Confined and Mesoscopic Coulomb Systems")

Interaction induced topological collective edge excitations in layered structures (in session "Confined and Mesoscopic Coulomb Systems")

Introduction by LOC Chair (Attila Cangi)

Investigation of the fluctuation-theorem convergence in a dusty plasma experiment (in session "Classical Charged Systems")

Ion core effect on transport and thermodynamic properties in dense plasmas (in session "High-Energy-Density Plasmas in the Laboratory")

Itinerant-electron magnetism: the importance of many-body correlations (in session "Confined and Mesoscopic Coulomb Systems")

Like-charge attraction in one- and two-dimensional Coulomb systems (in session "Developments in Theoretical Methods and Numerical Techniques")

Mean Force Kinetic Theory (in session "Dense and Astrophysical Plasmas")

Microfluidic flow in single-layer dusty plasmas (in session "Plasmas in Condensed Matter")

Phase separation/diagram of dusty plasmas (in session "Classical Charged Systems")

Pressure effects on the electronic structure of carbon-hydrogen mixtures in the Mbar to Gbar regime (in session "High-Energy-Density Plasmas in the Laboratory")

Quantum geometric plasmonics: Berry curvature, quantum metric, and spontaneous collective mode ferromagnetism (in session "Plasmas in Condensed Matter")

Sensitivity of uniaxially driven ICF target performance to interfacial conduction in the high-energy-density regime (in session "High-Energy-Density Plasmas in the Laboratory")

Spectral line shapes in dense plasmas (in session "High-Energy-Density Plasmas in the Laboratory")

Speeding up X-ray-matter molecular dynamics simulation tool XMDYN with tree algorithms (in session "Developments in Theoretical Methods and Numerical Techniques")

Stochastic Representation of Many-Body Quantum States (in session "Machine-Learning Methods for Coulomb Systems")

Stochastic Vector Techniques for Strongly Coupled Coulomb Systems (in session "Developments in Theoretical Methods and Numerical Techniques")

Strong Correlation Effects in Atmospheric Pressure Plasmas (in session "Classical Charged Systems")

Supersolid state of a dilute exciton gas in electron-hole bilayers (in session "Confined and Mesoscopic Coulomb Systems")

The Conductivity of Concentrated Electrolytes (in session "Classical Charged Systems")

The dynamic nature of high-pressure ice VII and a theory for dynamic phases behind it (in session "Developments in Theoretical Methods and Numerical Techniques")

Thermodynamic and transport properties of plasmas: numerical simulations and benchmarks from analytical theory (in session "Developments in Theoretical Methods and Numerical Techniques")

Towards Large-Scale and Spatio-temporally Resolved Diagnosis of Electronic Density of States by Deep Learning (in session "Machine-Learning Methods for Coulomb Systems")

Transport evidence for a sliding two-dimensional quantum electron solid (in session "Confined and Mesoscopic Coulomb Systems")

Ultradiliute quantum liquid of dipolar atoms in a bilayer (in session "Plasmas in Condensed Matter")

Ultrafast Dynamics of Laser-Excited Topological Edge States in Graphene Nanoribbon Heterostructures (in session "Plasmas in Condensed Matter")

Ultrafast dynamics of quantum many-body systems including dynamical screening and strong coupling (in session "Plasmas in Condensed Matter")

Waves in the medium and on the boundary of Quark-Gluon Plasma (in session "High-Energy-Density Plasmas in the Laboratory")

Welcome by HZDR Director (Sebastian Schmidt)

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