TALK KEYWORD INDEX

This page contains an index consisting of author-provided keywords.

$ | |

$\Gamma$-convergence | |

2 | |

2+1 dimensions | |

2-Scale | |

2D Materials | |

3 | |

35B27 | |

35J57 | |

35Q35 | |

3D X-ray microscopy | |

6 | |

60K35 | |

A | |

A Posteriori Error Estimator | |

A Priori Analysis | |

A-quasiconvexity | |

ab initio | |

Ab initio molecular dynamics | |

abnormal grain growth | |

absorbing Markov chain | |

accelerated molecular dynamics | |

activation-relaxation technique | |

Active liquid crystals | |

active materials | |

Actuation | |

Adaptive Biasing Force | |

Adaptive Langevin dynamics | |

Adaptive Methods | |

adaptive moving meshes | |

adaptive multilevel splitting | |

additive manifacturing | |

additive manufacturing | |

adhesion | |

Adhesion energy | |

Advancing liquid meniscus | |

advection-diffusion | |

Aggregation in peaks | |

Ahlfors-regular boundaries | |

Al/Si ordering | |

algorithms | |

All-electron | |

Allen-Cahn Equation | |

allen-cahn functional | |

Allen-Cahn Otha-Nakazawa | |

Alloys | |

Amphiphilic interface | |

amplitude expansion | |

amyloid fibrils | |

Analysis | |

analytic continuation | |

Analytical model | |

analytical modelling | |

Anchoring transitions | |

anisotropic | |

anisotropic diffusion | |

anisotropy | |

annealing | |

anomalous diffusion | |

anthocyanins | |

anti-ferromagnetic energies | |

apfc | |

Apparent Gaussian curvature | |

artificial boundary condition | |

Artificial Neural Network | |

ARTn | |

astonishing result | |

Asymptotic analysis | |

Asymptotic homogenization method | |

asymptotic localization | |

asymptotic matching | |

asymptotic methods | |

asymptotic rigidity | |

Asymptotic self-similarity | |

asymptotic surface tension | |

Asymptotic variance | |

Asymptotically compatible schemes | |

Asymptotics | |

atom probe tomography | |

atomic diffusion | |

atomic ordering | |

atomistic model | |

atomistic modelling | |

atomistic models | |

atomistic simulation | |

atomistic simulations | |

Atomistic systems | |

atomistic-to-continuum | |

Atomistic-to-Continuum Coupling Method | |

autoencoders | |

Autonomous | |

auxetic | |

auxetic deformation | |

auxetic design | |

Auxetic materials | |

Auxeticity | |

avalanches | |

averaging and homogenisation | |

Aviles-Giga | |

axisymmetric problem | |

Axisymmetry | |

B | |

B-basis strength value | |

backmapping | |

bacteria subtilis | |

Bacteriophage DNA | |

Bacteriophage viruses | |

Bacteriophages | |

barycentric Lagrange treecode | |

batteries | |

Battery applications | |

Bayesian Inference | |

Bayesian learning | |

Bayesian machine learning | |

Bayesian modelling | |

BD-ellipticity | |

bending energy | |

Berry-Chern monopole | |

beta function | |

Bethe-Salpeter equation | |

Bianisotropy | |

Biased Sampling | |

bifurcation | |

bifurcation analysis | |

bifurcation diagram | |

Bifurcation Diagrams | |

Bifurcation theory | |

bilayer plates | |

bilayers | |

Bilbao Crystallographic Server | |

Binary crystals | |

Binary Glass System | |

bio-inspired robotics | |

Biodegradable biomaterials | |

biological chiral liquid crystals | |

Biological material | |

biological membrane | |

Biological structures | |

biomechanics | |

Biomedical engineering | |

biophysics | |

bistability | |

Bistable many particle systems | |

Bloch–Floquet waves | |

block copolymer | |

Blow up limit | |

blow-up | |

Bogdanov-Takens bifurcation | |

Bond-based peridynamics | |

bottleneck distance | |

Boundary conditions | |

boundary correctors | |

boundary layer theory | |

Boundary-Effects | |

Bourgain-Spencer conjecture | |

Brain Modeling | |

Brain tissue modelling | |

branching microstructure | |

Bravais lattice | |

break-through curve | |

Brillouin zones | |

Brittle fracture | |

Brownian bridges | |

Brownian Motion | |

Buckling | |

Buckling instability | |

Buckling of shells | |

Bulk and surface diffusion | |

Bulk-boundary correspondence | |

bulk-edge correspondence | |

bulk-interface correspondence | |

Bulk-surface partial differential equations | |

BV functions | |

C | |

C0 interior penalty methods | |

C^0 interior penalty methods | |

C_0-semigroups | |

Cahn-Hilliard | |

Cahn-Hilliard equation | |

Cahn-Hilliard functional | |

Calculus of Variations | |

Calculus of vatiations | |

Calderon operator | |

Calibration | |

Calibrations | |

Cantor spectrum | |

capillary assembly | |

capillary flows | |

cardiac growth and remodelling | |

Cartesian currents | |

CASSCF | |

catalysis | |

cation ordering | |

Cauchy-Born rule | |

Cauchy’s relations | |

cavitation | |

Cell migration | |

cell motility | |

cell theory | |

cell-extracellular matrix interaction | |

cells and tissues | |

cellular micro-structures | |

cellular problems | |

Central Limit Theorem | |

ceramic materials | |

ceramic-matrix composites | |

charge transport | |

Charge transport properties | |

charged particles | |

chemical separation | |

chemomechanics | |

Chern number | |

Chern numbers | |

Chiral edge states | |

chiral interactions | |

Chiral liquid crystal | |

chiral magnets | |

chiral skyrmion | |

Chirality | |

Chirality transitions | |

Chloroplasts | |

Cholesteric | |

chromonic liquid crystal | |

Chromonic liquid crystals | |

circuit modelling | |

circular polarization | |

classical Molecular Dynamics | |

classification | |

Cluster Chemistry | |

clustering | |

CNN | |

coagulation | |

Coagulation dynamics | |

Coagulation type equations | |

Coagulation-fragmentation equation | |

coarse graining | |

coarse-grained model | |

coarse-grained modeling | |

Coarse-Grained Molecular Dynamics | |

coarse-graining | |

cofactor condition | |

Coherent field | |

cohesive fracture | |

collective electrostatic potential | |

Collective oscillations | |

Collective Variables | |

colloidal particle | |

committor | |

Compactness | |

comparative study | |

Comparison Principles | |

Compatibility | |

compatibility condition | |

Compensated compactness | |

Compensation effect | |

complex electromagnetic permittivity | |

Complex fluids | |

complex lattice | |

complex microstructure | |

complex oxides | |

complex valued viscosity | |

Composite | |

Composite materials | |

Composite Media | |

Composites | |

Composites damage model | |

composition optimization | |

computational geometry | |

Computational homogenization | |

Computational mechanics | |

computational methods | |

computational micromagnetics | |

computer simulations | |

computer vision | |

Conditioned trajectories | |

configuration interaction | |

configuration space topology | |

confined | |

Conformal Euclidean group | |

conformal mappings of multiply connected domains | |

conformation | |

connector theory | |

conservation laws | |

Consistency | |

constitutive equations | |

constitutive modeling | |

Constitutive relations | |

Constrained evolution | |

Constrained minimization | |

constrained mixture theory | |

Constrained optimization | |

Constructive methods of QFT | |

contact angle hysteresis | |

Contact geometry | |

contact mechanics | |

continuity | |

continuous diversity | |

continuum limit | |

Continuum mechanics | |

Continuum Modelling | |

controlled shape-morphing | |

convergence | |

Convergence rates | |

Convergence to Equilibrium | |

Convex analysis | |

convex integration | |

convex-concave potentials | |

convolution | |

coordinate descent | |

core-shell assembly | |

core/shell synthesis | |

corkscrew condition | |

corner | |

Coulomb interaction | |

Coupled fields | |

coupling | |

Coupling and sliding motions | |

Coupling Methods | |

Crack tip | |

creased thin sheets and strips | |

Critical points | |

crumpling | |

Crystal database | |

crystal lattice | |

crystal plasticity | |

crystal shapes | |

Crystal Structures | |

Crystalline and smooth anisotropies | |

crystalline defects | |

Crystalline solids | |

crystalline surface tension | |

crystallization | |

crystallographic symmetry groups and representations | |

crystals | |

Cubic microlattice | |

Curl Curl | |

Curvature driven flow | |

curvature effects | |

Curvature energies | |

Curvature-induced rigidity | |

curvatures | |

curve shortening equation | |

curved crease origami | |

Curved creases | |

curved films | |

Curved ridges | |

curved wires | |

Cytoskeleton | |

D | |

d-cone | |

Damage | |

data fusion | |

data generation | |

data mining | |

data science | |

Data-driven discovery | |

data-driven learning | |

data-driven modeling | |

Debonding | |

debunking | |

deep learning | |

defect | |

defect dynamics | |

defect formation | |

defect kinetics | |

defect transport | |

defects | |

defects in crystalline materials | |

deformable surface | |

degenerate mobility | |

delamination | |

density functional theory | |

density matrices | |

density matrix | |

density perimeter | |

Density Potentials | |

Density-functional theory | |

deployable structures | |

Design | |

design methodology | |

Design under Uncertainty | |

deterministic particle approximations | |

device model | |

dewetting | |

Diameter-modulated nanowire | |

dielectrophoresis | |

differential geometry | |

Differential inclusion | |

Diffraction and Scattering | |

diffuse interface model | |

diffuse interface models | |

diffusion | |

diffusion cell | |

Diffusion generated motion | |

Diffusion Maps | |

diffusion Monte Carlo | |

Diletrics | |

dimension reduction | |

dimensional reduction | |

dimensionality reduction | |

dimensionless study | |

Diophantine approximation | |

Dirac cones | |

Dirac Hamiltonian | |

Dirac operators | |

direct minimization | |

directed polymer | |

Dirichlet problem | |

disclination | |

Disconnectivity graphs | |

Discontinuous basis | |

discrete approximations | |

Discrete differential geometry | |

discrete models | |

discrete particle systems | |

discrete PDE | |

discrete-to-continuum | |

Discrete-to-continuum analysis | |

Discrete-to-continuum limit | |

discrete-to-continuum limits | |

discrete-to-continuum passage | |

dislocation | |

Dislocation climb | |

Dislocation dynamics | |

Dislocation jogs | |

dislocation motion and reaction | |

dislocation nucleation | |

Dislocation self-climb | |

dislocations | |

disorder | |

dispersion | |

dispersion relation | |

dissipative particle dynamics | |

Dissociation limit | |

distortion | |

distributed-order derivatives | |

Divergence in Probabilities | |

DMRG | |

DNA knots | |

DNA liquid crystal | |

DNA packing | |

domain walls | |

dowser texture | |

drift diffusion | |

drift-diffusion | |

drift-diffusion equations | |

drift-diffusion models | |

droplet motion | |

drops | |

dyadic models | |

Dynamic | |

dynamic boundary condition | |

dynamic boundary conditions | |

Dynamic energy release rate | |

dynamic fracture | |

Dynamic homogenization | |

Dynamic homomgenization | |

dynamic laminates | |

dynamic surface topographies | |

dynamical systems | |

dynamics | |

dynamics of interfaces | |

Dzyaloshinskii-Moriya interaction | |

Dzyaloshinskii–Moriya interaction | |

E | |

Edge dislocations | |

edge-isoperimetric inequality | |

Effective coefficients | |

effective dynamics | |

Effective free energies | |

Effective Propoerties | |

Effective wave transmission | |

efficiency | |

egg-carton surfaces | |

eigendeformation | |

Eigenproblem | |

eigenvalue problem | |

Eigenvalue problems | |

eigenvalues | |

eigenvector localization | |

Eigenvector sensitivity | |

Eikonal | |

eikonal equation | |

elastic energy | |

Elastic Flow | |

Elastic plates | |

elastic rod | |

elastic shape optimization | |

elastic tensor | |

elastic wave | |

Elastic wave metamaterial | |

elasticity | |

elasticity and plasticity theory | |

Elastodynamics | |

electric field | |

electric fields | |

Electrocatalytic reactions | |

electrochemistry | |

Electromagnetic scattering | |

electron correlation | |

electron microscopy | |

Electron structure calculations | |

electron-backscatter diffraction | |

Electronic structure | |

Electronic structure calculation | |

Electronic Structure Calculations | |

electronic structure models | |

Electronic structure theory | |

electrostatics | |

Elliptic Approximation | |

Elliptic equation | |

elliptic functions | |

elliptic regularity | |

embedded eigenvalue | |

embrittlement | |

energetic variational approach | |

energies minimality | |

energy and energy-dissipation | |

energy landscape | |

Energy landscapes | |

energy minimisation | |

energy minimization | |

energy scaling | |

energy scaling law | |

energy scaling laws | |

Energy Stability | |

energy stable | |

energy storage | |

energy systems | |

enhanced sampling | |

ensemble-averaged solution operator | |

entangement | |

entanglement | |

entropy | |

entropy solutions | |

Entropy Techniques | |

epitaxial growth | |

Equation of state | |

equatorial waves | |

equilibrium | |

Equilibrium solutions | |

Ericksen-Leslie equations | |

Ericksen-Leslie model | |

error estimate | |

error estimates | |

error estimation | |

Essential instability | |

Euler elastica | |

Euler equations | |

Euler-Lagrange equations | |

Exascale Computing | |

exceptional points | |

Exchange Correlation | |

exchange-correlation functional | |

exchange-correlation potential | |

excitations | |

excited states | |

excitons | |

Existence | |

Existence and well posedness | |

experimental data | |

Experimental methods | |

explicit minimisers | |

explicit stabilized methods | |

Extension | |

External forces | |

extrapolation | |

Extreme-mechanics | |

Eyring-Kramers formula | |

Eyring-Kramers law | |

F | |

f-divergence | |

fast nonlinear solvers | |

Fast rotation | |

Fast Subspace Descent scheme | |

FCH equation | |

FCI | |

Fermi surface | |

ferroelectricity | |

Ferromagnetic Resonance | |

ferromagnetism | |

Ferronematics | |

Feshbach-Schur map | |

Feynman-Kac formula | |

fibrous matrix | |

Filtration | |

Fine structure constant | |

fingerprint | |

finite 3D lattices | |

finite difference methods | |

Finite elasticity | |

Finite element analysis | |

finite element method | |

finite element methods | |

finite element simulations | |

Finite elements | |

finite range | |

finite temperature | |

Finite volume methods | |

Finite-element method | |

Finite-size effects | |

first passage time | |

first-order rigidity | |

First-Principles density functional theory | |

first-step analysis | |

fixed-bed adsorption | |

flexibility | |

flexible electronics | |

flexible quad-surfaces | |

flexoelectric membranes | |

flexoelectricity | |

flocking | |

Floquet | |

Floquet Topological Insulator | |

Flow instability | |

Flow of free interfaces | |

Flow of thin films | |

flowers | |

fluctuation theorems | |

Fluctuations | |

fluid dynamics | |

fluid flow | |

Fluid mechanics | |

fluid permeability | |

focal adhesion | |

focal conic domains | |

Fokker Planck equation | |

foldable composites | |

formal asymptotics | |

formation process | |

Fractional Laplacian | |

Fractional mean curvature flows | |

fractional models | |

Fractional Operators | |

fractional PDEs | |

Fractional perimeters | |

Fractional power of parabolic operators | |

fracture | |

fracture mechanics | |

fracture modelling | |

Fragmentation equation | |

Frank’s formula | |

Fredholm integral equations | |

free boundary problem | |

free boundary problem of antiplane elasticity | |

free boundary problems | |

free discontinuity problems | |

Free Energy | |

free energy computation | |

Free interfaces | |

free surface | |

free surface flow | |

free volume | |

free-boundary problem | |

free-discontinuity functionals | |

free-discontinuity problems | |

frictionless contact | |

Friedrichs systems | |

Frustrated lattice systems | |

Frustration | |

Full Approximation Storage scheme | |

full configuration interaction | |

fullerene | |

Functional devices | |

Functional materials | |

Functionalized Cahn Hilliard | |

Functionally graded piezoelectric materials | |

G | |

G-Brownian motion | |

Gamma convergence | |

Gamma-convergence | |

Gamma-limit | |

gamma-surface | |

Gap | |

gauge theory | |

Gauss morphing | |

Gaussian curvature | |

Gaussian process | |

gaussian processes | |

Gaussian-curvature | |

GBCD: grain boundary character distribution | |

gel film | |

Gelation | |

Gels | |

generalized eigenvalue problem | |

Generative Adversarial Nets | |

generative adversarial networks | |

generative model | |

Generative Modelling | |

Geometric Analysis | |

geometric evolution | |

Geometric evolutions | |

Geometric Frustration | |

Geometric rigidity | |

geometric singular perturbation | |

Geometric surface partial differential equations | |

Geometrical frustration | |

geometrically frustrated smectic | |

geometrically linear theories | |

geometrically linear theory of elasticity | |

geometrically nonlinear model | |

Geometry | |

giant focusing | |

Ginzburg-Landau | |

glacier | |

glass | |

Glass-Ceramics | |

global solvability | |

Global-in-time existence | |

GPU | |

GPU simulations | |

gradient flow | |

Gradient flows | |

grain boundaries | |

Grain Boundary | |

Grain boundary detection | |

Grain boundary dynamics | |

Grain boundary energy | |

Grain Boundary Mobility | |

grain boundary motion | |

Grain Boundary Properties | |

grain coarsening | |

grain growth | |

grain orientation data | |

Grain shape quantification | |

Granular materials | |

graph | |

graph theory | |

graphene | |

Graphene in magnetic fields | |

Grassmann Manifold | |

Green Iteration | |

Green's functions | |

Griffith energy | |

griffith fracture | |

Griffith functional | |

Group theory | |

group velocity | |

growth | |

growth model | |

growth tensor | |

growth-fragmentation | |

growth-fragmentation and coagulation models | |

growth-fragmentation equation | |

GSBD^p | |

Gurtin-Murdoch surface energy | |

H | |

h-adaptive mesh method | |

H-measures | |

Hall coefficient | |

hard disks | |

Hard particles | |

hard spheres | |

Harmonic maps | |

Harmonic search | |

Harnack inequalities | |

Harris's theorem | |

Hartree-Fock | |

HEA | |

heat conductivity | |

heat transport | |

Helfrich functional | |

helical | |

Helmholtz decompositions | |

Helmholtz Projection | |

Herglotz functions | |

heteroepitaxy | |

hexagonal boron nitride | |

hexagonal lattice | |

Hierarchical viscoelastic composites | |

High Entropy Alloy | |

High entropy alloys | |

high performance computing | |

high throughput screening | |

high-contrast media | |

High-Dimensional data visualization | |

high-dimensional distributions | |

High-Entropy Alloys | |

High-order imperfect interface models | |

high-throughput | |

higher codimensional boundaries | |

Higher Order Continuum Model | |

higher regularity | |

hinges | |

holomorphic representation | |

Homogeneization | |

Homogenisation problem | |

homogenization | |

homogenization theory | |

Honeycomb conjecture | |

HT | |

hybrid KMC | |

hybrid method | |

Hybrid Monte Carlo | |

hybrid spin textures | |

Hybrid Wannier functions | |

hydraulic fracture | |

Hydrogen storage | |

hyperbolic | |

Hyperbolic geometry | |

Hyperelasticity | |

Hysteresis | |

I | |

ice | |

ice sheet | |

Ill conditioned | |

Image moments | |

image processing | |

image-based modelling | |

Imaging Science | |

Impedance condition | |

impedance spectroscopy | |

importance sampling | |

in silico | |

In-situ and ex-situ grain growth experiments | |

Incommensurability | |

Incommensurable magnetic structures | |

incommensurate systems | |

incompatibility | |

incompressibility | |

Incompressible limit | |

Incremental nonlinear poroelasticity | |

Inflatable structures | |

inflation | |

Influence function | |

Information geometry | |

Information theory | |

inhomogeneous systems | |

injectivitiy up to isometry | |

Instability | |

Insulator | |

integral operators | |

integral representation | |

integral representation formula | |

Inter-segment interaction | |

Interacting particle system | |

Interacting particle systems | |

interacting particles | |

interacting systems | |

interatomic potential | |

interatomic potentials | |

interface evolution | |

interface migration | |

interface problems | |

interface recombination | |

interfaces | |

interfacial energies | |

interfacial flow | |

interfacial instabilities | |

interpolation polynomial | |

Intracellular protein oscillations | |

invariant measure | |

Inverse design | |

inverse DFT | |

inverse modeling | |

Inverse obstacle scattering problems | |

inverse problem | |

Inverse problems | |

inverse scattering | |

invertibility | |

Ionic crystals | |

ionic transport | |

ionic-electronic conductors | |

Irreversibility | |

Irreversible | |

Ising model | |

island nucleation | |

isometric classification | |

Isometric mappings | |

Isometry | |

isometry classification | |

Isometry groups | |

isometry invariance | |

isometry invariants | |

K | |

k-fold persistence | |

Kalman filtering | |

KART | |

kinematics | |

kinetic activation-relaxation technique | |

kinetic monte carlo | |

kinetics | |

Kirigami | |

klein bottle | |

knitting | |

knot theory | |

Kohn-Sham Density Functional Theory | |

Kohn-Sham equations | |

Korn | |

Korn's inequality for shells | |

Kossel diagram | |

Kunneth formula | |

Kwinks | |

L | |

Lagrangian methods | |

Laminate | |

LAMMPS | |

Landau-de Gennes | |

Landau-de Gennes energy | |

Landau-de Gennes model | |

Landau-de Gennes theory | |

Landau-deGennes functionals | |

Landau-Lifshitz equation | |

Landau-Lifshitz-Gilbert equation | |

Landau–de Gennes model | |

Langevin dynamics | |

Langevin equation | |

Langevin process | |

large deformations | |

Large deviations | |

large time asymptotic behavior | |

Large-domain limit | |

Lattice | |

lattice defects | |

lattice kinetic Monte Carlo | |

lattice misorientation | |

Lattices | |

Law of Mass Action | |

layered media | |

lead-halide perovskites | |

Lennard-Jones | |

Lennard-Jones interaction | |

Level set formulation | |

Level-set method | |

Levinson's theorem | |

Li ion diffusion | |

Light propagation in liquid crystals | |

light-matter interaction | |

likelihood ratio method | |

Limited aperture | |

limits of Sobolev homeomorphisms | |

Linear elasticity | |

linear response | |

linear response optimization | |

linear stability | |

Linearised elasticity | |

linkage | |

lipid membranes | |

liquid crystal | |

Liquid crystal defects | |

liquid crystal elastomers | |

Liquid crystal films | |

liquid crystal flows | |

liquid crystal networks | |

liquid crystal shape equations | |

Liquid crystals | |

liquid drop model | |

liquid films | |

liquid secretion | |

lithium-silicon | |

Liusternik-Schnirelman | |

living materials | |

LLZO | |

load | |

LOBPCG method | |

Local Boundary Condition | |

local chemical selectivities | |

local limit | |

Local rotation | |

local yield stress | |

Local Yield Stress (LYS) method | |

localisation | |

Localization-topology correspondence | |

Long time ageing of steels | |

long time behaviour | |

Long time integration | |

Long timescale simulations | |

Long-range elastic interaction | |

long-range interactions | |

long-time behavior | |

long-time behaviour | |

Long-time existence | |

longitudinal wave | |

longtime behavior | |

Low angle grain boundaries | |

low-rank approximation | |

Lower semicontinuity | |

LSW equations | |

M | |

machine learning | |

machine learning for flux estimation | |

machine learning methods | |

machine learning potential | |

Machine learning potentials | |

machine-learning potentials | |

machinelearning | |

macroscopic diffusion equations | |

Macroscopic fluctuations theory | |

magnetic dynamics | |

magnetic fluids | |

magnetic particles | |

magnetic skyrmions | |

Magnetic symmetry | |

magnetic symmetry and structures | |

magnetic thin films | |

Magnetism in curved thin films | |

magnetohydrodynamics | |

magnetostatic interaction | |

Magnetostriction | |

Maier-Saupe interaction | |

Maier-Saupe Potential | |

Maier-Saupe theory | |

Malthus exponent | |

manifold learning | |

Manufacturing | |

many particle systems | |

many-body localization | |

many-body perturbation theory | |

many-body theory | |

Many-particle limit | |

mapper algorithm | |

Markov chain Monte Carlo | |

Markov process | |

Markov processes | |

Markov semigroup | |

Markov state model | |

Markov state models | |

martensitic phase transformation | |

Masks | |

mass localization | |

Mass operator | |

Mass scattering versus interface scattering | |

massively parallel sampling | |

Master equation | |

matched asymptotic analysis | |

material optimization | |

material stability | |

materials design | |

materials discovery | |

materials modeling | |

materials science | |

materials simulations | |

materials stability | |

mathematical analysis | |

mathematical modeling | |

mathematical quantum chemistry | |

matrix product states | |

matrix-free eigensolver | |

maximum principle | |

Maxwell equation | |

Maxwell Equations | |

Maxwell stresses | |

Maxwell's equations | |

MCMC | |

Mean curvature flow | |

Mean-field models | |

Mechanical Biology | |

Mechanical metamaterials | |

mechanical response | |

Mechanics | |

Mechanics of textiles | |

mechanisms | |

Mechanochemistry | |

median analysis | |

membranes | |

mesh quality | |

mesh-scale structure | |

meshfree method | |

meshfree methods | |

meshing and re-meshing manifolds | |

mesoscale | |

meta-materials | |

metallic glasses | |

metallic nanoclusters | |

metallic nanocrystals | |

metallic nanoparticles | |

metamaterial | |

Metamaterials | |

Metastability | |

Metric | |

metric continuity | |

Metric function | |

Metric gradient flows | |

Meyer-Neldel rule | |

microcavity | |

microfluidics | |

Micromagnetics | |

micromagnetism | |

microphase separation | |

microscopical justification | |

microscopy | |

microstructure | |

microstructure characterization | |

Microstructure Fingerprinting | |

Microstructure formation | |

Microstructure modeling | |

Microstructure reconstruction | |

Microstructure Topology | |

microstructures | |

microswimmer | |

Microtubules | |

Microtubules with Kinesin | |

mimetic methods | |

mini-batching | |

minimal 2-surface | |

Minimal energy configurations | |

minimal surface | |

minimization of non-convex functionals | |

minimization problems | |

minimizations | |

minimizer | |

minimizers | |

minimizing move scheme | |

minimizing movements | |

Minimum Spanning Tree | |

Minkowski theorem | |

Miura-ori | |

mixed finite elements | |

mixed frameworks | |

mixed-variable optimization | |

Mixing Times | |

modulated structures | |

moire | |

moire patterns | |

molecular dynamics | |

Molecular dynamics simulation | |

molecular dynamics simulations | |

molecular knots | |

molecular simulation | |

molecule generation | |

Moment Invariants | |

Monge-Ampere equation | |

Monge-Ampère equation | |

monolithic multigrid | |

monopole | |

monotonicity-based methods | |

Monte Carlo | |

Monte Carlo methods | |

Monte Carlo simulations | |

morphing of surfaces | |

morphing structures | |

Morphoelasticity | |

Morse Theory | |

Moving contact line | |

Moving Griffith cracks | |

MPS | |

MsFEM | |

multi-fluid flows | |

Multi-frequency | |

multi-particle collision dynamics | |

Multi-phase mean curvature flow | |

multi-scale analysis | |

Multi-scale approach | |

Multi-Scale Modeling | |

multi-scale variational problems | |

multicomponent coagulation | |

multicomponent systems | |

multifold persistence fingerprint | |

multigrids | |

Multilevel stochastic simulation | |

Multimarginal optimal transport | |

multiple scattering theory | |

Multipole Approximation | |

multipole expansion | |

multiscale | |

Multiscale analysis | |

Multiscale and Multiphysics Problems | |

multiscale coupling | |

Multiscale material modeling | |

multiscale method | |

Multiscale model | |

multiscale modeling | |

multiscale modelling | |

Multiscale models | |

Multiscale PDE | |

Multiscale Simulations | |

multiscale system | |

multistability | |

Multiwell energies | |

Mumford-Shah minimizer | |

N | |

n-alkanes | |

N-clock model | |

nanocatalysis | |

nanoclusters | |

nanocrystals | |

nanofabrication | |

nanoindentation | |

nanomagnetism | |

nanomaterial | |

nanoparticle | |

nanoparticles | |

nanoporous materials | |

nanoscale | |

narrow escape | |

Navier slip | |

Navier slip condition | |

Navier-Stokes | |

Navier-Stokes equations | |

nearly-conformal deformations | |

nearsightedness | |

Negative refraction | |

nematic | |

Nematic colloids | |

nematic continuum theory | |

Nematic Elastomers | |

Nematic flow | |

nematic liquid crystal | |

nematic liquid crystals | |

nematodynamics | |

NeoHookean materials | |

network | |

Network formation | |

Networks | |

neural network | |

Neural Network Weight-Sharing | |

neural networks | |

neuralnetworks | |

Ni-Al alloy | |

Nickel-titanium | |

Nitsche variational formulation | |

NMR | |

no vacuum condition | |

nolinear transport equation | |

non hermitian phase transitions | |

non periodic coefficients | |

Non-convex potentials | |

non-equilibrium | |

non-equilibrium statistical mechanics | |

Non-Euclidean elasticity | |

Non-Euclidean geometry | |

Non-Hermitian physics | |

non-Hermitian topological systems | |

Non-Hermitian waveguides | |

non-Hermiticity | |

non-interpenetration | |

Non-isometric origami | |

Non-isothermal Cahn-Hilliard equation | |

non-linear elasticity | |

Non-local Cahn-Hilliard model | |

non-local models | |

Non-Newtonian fluids | |

non-normal operators | |

non-reciprocity | |

Non-reversible diffusion processes | |

non-standard growth conditions | |

Non-symmetric | |

non-symmetric effective tensors | |

Nonequilibrium | |

Nonlinear | |

nonlinear circuits | |

nonlinear diffusion | |

nonlinear elastcity | |

Nonlinear elasticity | |

Nonlinear Elasticity Model | |

nonlinear elliptic PDEs | |

nonlinear expectation | |

nonlinear fluid dynamics | |

Nonlinear Fokker–Planck Equation | |

nonlinear interaction | |

Nonlinear Magnetization Dynamics | |

nonlinear nonlocal models | |

Nonlinear Optics | |

nonlinear partial differential equations | |

Nonlinear PDE | |

nonlinear waves | |

Nonlocal | |

nonlocal closure model | |

Nonlocal coupling methods | |

nonlocal function spaces | |

nonlocal functional | |

nonlocal interaction | |

nonlocal interactions | |

nonlocal isoperimetric problem | |

Nonlocal model | |

nonlocal modeling | |

nonlocal models | |

Nonlocal operators | |

Nonlocal optimization | |

nonlocal phase-field model | |

Nonlocal Wave Propagation | |

nonnegative solutions | |

Nonreciprocity | |

nonuniqueness | |

Normal grain growth | |

Novel atomic descriptors | |

nucleation | |

nucleation theory | |

numerical analysis | |

Numerical approximation | |

numerical continuation | |

Numerical homogenization | |

numerical linear algebra | |

Numerical Method | |

Numerical methods | |

numerical solution of PDEs | |

numerical stochastic homogenization | |

Nye's tensor | |

O | |

Objective structures | |

Observability | |

OD-structures | |

odd elasticity | |

oily streaks | |

online materials studies | |

Onsager functional | |

Onsager principle | |

Onsager ’s variational principle | |

Onsager-Machlup | |

Operator inference | |

Optics and electromagnetic theory | |

optimal control | |

optimal design | |

optimal error | |

Optimal Lattice Quantizers | |

optimal partition | |

Optimal point configurations | |

optimal sampling | |

optimal scaling | |

Optimal Scaling with Constraints | |

optimal transport | |

Optimization | |

optimization of macrostructures | |

optimization of microstructures | |

optoelectronic reciprocity | |

Orbital angular momentum | |

orbital optimization | |

Orbital Rotation | |

order k persistence diagrams | |

organic molecules | |

Organic photovoltaics | |

origami | |

orthogonal Runge-Kutta Chebyshev | |

oscillations | |

Oseen-Frank | |

Oseen-Frank model | |

Osmotic pressure | |

Overdamped Langevin diffusion | |

overdamped Langevin process | |

overheating | |

P | |

p-Laplacian | |

Pairwise interactions | |

paperboard | |

parabolic semigroup | |

Parabolic-elliptic PDEs | |

parallel computing | |

parallel replica dynamics | |

Parallel Trajectory Splicing | |

Parallel-in-time algorithms | |

parameter extraction | |

Parameter uncertainty | |

parametric resonance | |

Parseval frame | |

Partial wetting | |

Particle system | |

Particulate materials | |

passage from discrete to continuous systems | |

Path reweighting | |

path space | |

path space force matching | |

path-space force matching | |

pattern formation | |

patterns | |

PDE constraints | |

PDE hierarchy | |

PDEs | |

Peierls-Nabarro model | |

Peierls–Nabarro model | |

percolation | |

perforated domains | |

Peridynamic | |

Peridynamics | |

perimeter penalisation | |

periodic framework | |

Periodic Graphs | |

Periodic homogenization | |

periodic point set | |

periodic point sets | |

Periodic sets | |

Periodic Solutions to Ordinary Differential Equations | |

Periodic Structures | |

periodic waveguide | |

periodicity optimization | |

perovskite cells | |

perovskite modelling | |

perovskite solar cells | |

perovskites | |

Persistent curves | |

Persistent homology | |

persistent homomology | |

perturbation theory | |

pfc | |

PFC equation | |

phase field | |

phase field bulk damage at large strains | |

phase field crystal | |

phase field crystal equation | |

Phase Field Methods | |

phase field model | |

Phase field models | |

phase separation | |

phase transformations | |

Phase transition | |

phase transitions | |

phase-change materials | |

phase-field | |

Phase-field approximation | |

phase-field crystal | |

phase-field method | |

phase-field model | |

Phase-field modeling | |

Phase-field models | |

phase-fields | |

Phased arrays | |

Phononic crystal | |

photoluminescence | |

photomechanical | |

photonic crystal fiber | |

photostress | |

photovoltaic materials | |

phRPA | |

Physics constraints | |

physics informed ML | |

Physics-informed learning | |

piecewise deterministic Markov processes | |

Piecewise rigid functions | |

Piezoelectricity | |

pin-jointed bars and hinges | |

pinning | |

Pipe diffusion | |

Plane strain | |

Plane stress | |

plane wave method | |

Plasmonics | |

plastic deformation | |

Plastic twins | |

plasticity | |

Plate theory | |

Poincaré inequality | |

Point cloud | |

Point Clouds | |

point defect | |

point vortex system | |

Poiseuille flow | |

Poisson-Boltzmann Equation | |

Poisson-Nernst-Planck | |

Polarization | |

Polyconvexity | |

polycrystal | |

polycrystalline materials | |

polycrystalline microstructure | |

Polycrystalline microstructures | |

polycrystals | |

polygon | |

Polyhedral unit | |

Polymer Particles Morphology | |

polymerization | |

Polymers | |

polytopes | |

polytypism | |

Polyurethane foam | |

Population Balance Equations | |

Poroelastic media | |

Porous medium | |

potential energy curves | |

Potential problems | |

Potential Theory | |

power law | |

ppRPA | |

Pre-strained multilayers | |

preconditioner | |

preconditioning | |

predictability | |

Prestrain | |

Principal Strains | |

Probabilistic graphical models | |

Probabilistic learning | |

Process with killing | |

Projection method | |

protected edge states | |

pseudo-triangulation | |

Pseudopotential | |

pseudopotentials in QMC | |

PT symmetry | |

Q | |

Q-tensor model | |

QC-DMRG | |

QM/MM | |

quadrilateral kirigami | |

quadrilateral origami | |

quantification | |

quantization | |

quantum chemistry | |

quantum graph | |

Quantum graphs | |

Quantum Hall systems | |

quantum machine learning | |

quantum many-body problem | |

quantum many-body systems | |

quantum matter | |

quantum mechanics | |

quantum Monte Carlo | |

quantum spin Hall effect | |

quantum transport theory | |

quantum-mechanical potential energy surface | |

quasi-crystalline composites | |

quasi-stationary distribution | |

quasicrystals | |

quasiparticles | |

Quasiperiodic composites | |

Quasiperiodic systems | |

quenched invariance principle | |

Quotient space | |

R | |

radial basis functions | |

radial distribution function | |

random checkerboard | |

random coefficients | |

random conductance model | |

Random discretization | |

Random Field Theory | |

random geometry | |

random materials | |

Random media | |

random surfaces | |

range-separated tensor format | |

rare events | |

rate-independent systems | |

rates of convergence | |

RCGAN | |

reaction coordinate | |

reaction coordinates | |

reaction diffusion equation | |

Reaction rates | |

Reaction-Diffusion-Convection equations | |

reactive mass transfer | |

Real-space | |

real-time imaging | |

recombination | |

recrystallization | |

rectangular lattice | |

Reduced Hartree-Fock | |

reduced higher order SVD | |

Reduced order modeling | |

Reflection | |

Regularity | |

reinforcement learning | |

relative entropy | |

Relaxation | |

remodeling | |

remodelling | |

renormalised energy | |

repeated eigenvalues | |

representative volume elements | |

Reproducing kernel collocation methods | |

reproducing kernel Hilbert space | |

repulsive/attractive interaction | |

reshaping | |

Residual Stress | |

resonant structure | |

responsive materials | |

Reticular Frameworks | |

rhombic lattice | |

Riemann-Hilbert problem on a Riemann surface | |

Riemannian Isoperimetric Problem | |

Riemannian manifolds | |

Riesz energy | |

Riesz fractional gradient | |

rigid deployability | |

Rigidity | |

robotic metamaterials | |

rod theory | |

rods | |

rolling wave | |

rotational invariance | |

rotational surface | |

rotor chain | |

Rubber-like materials | |

RVE approximation | |

S | |

saddle point | |

sampling | |

Sampling algorithms | |

Sampling schemes | |

SAV approach | |

Scalability | |

Scale invariance | |

Scale-separated Processes | |

scaling hypothesis | |

scaling law | |

Scaling Laws | |

scattering | |

scattering resonance | |

SCF | |

Schallamach wave | |

Scharfetter-Gummel methods | |

Schauder estimates | |

SDRI | |

SDRI model | |

second kind Chebyshev polynomials | |

Segre-Silberberg effect | |

selected configuration interaction | |

Self Assembled Monolayers | |

Self Consistent mean field | |

self consistent mean field theory | |

Self-assembly | |

self-avoiding functional | |

self-consistent field | |

self-folding | |

Self-generated magnetic fields | |

self-healing | |

self-similar solutions | |

semi-discrete optimal transport | |

semiconductor device modelling | |

semiconductor device physics | |

semiconductor laser | |

semiconvexity | |

Semidefinite programming | |

semilinear problems | |

semistochastic | |

Semisupervised Learning | |

Sensitivity analysis | |

Sensitivity to imperfections | |

Sequential Monte Carlo | |

Shallow water model | |

shallow-water waves | |

shape classification | |

shape fluctuation | |

shape memory alloy | |

Shape memory alloys | |

shape memory materials | |

shape optimization | |

shape programming | |

Shape reconstruction | |

shape-memory alloy | |

Shape-memory alloys | |

Shape-morphing | |

Sharing edge | |

sharp interface | |

sharp interface limit | |

sharp-interface continuum thermodynamics | |

Sharp-interface limits | |

shear transformation zone | |

shear viscosity | |

shell theory | |

Shells | |

Silicosis model | |

Simulated annealing | |

simulated tempering | |

Simulation of rare events | |

simulations | |

Singular integro-differential equations | |

Singular interactions | |

singular limit | |

singular minimal surface | |

Singular perturbation problem | |

singular perturbations | |

Singular Set | |

singularities | |

singularly perturbed reaction-diffusion systems | |

SK-ROCK | |

Skin effect | |

skyrmion | |

skyrmion profile | |

Skyrmions | |

Slip | |

slow manifolds | |

slow-fast system | |

slowdown | |

small magnetization oscillations | |

Smectic A liquid crystals | |

Smectic liquid crystals | |

smectics | |

Smoluchowski's equation | |

Smoluchowski’s equation | |

Smooth Particle Hydrodynamics | |

Sobolev-Orlicz spaces | |

Soft Active Matter | |

soft matter physics | |

soft robotics | |

Soft-robotics | |

Soft-Swimmers | |

Softmagnets | |

solar | |

solar cells | |

Solid-state dewetting | |

solitons | |

solute segregation | |

solute transport | |

solution landscape | |

source terms | |

Sparse Gaussian Processes | |

spectral analysis | |

spectral convergence rate | |

Spectral finite-elements | |

Spectral flow | |

spectral gap | |

Spectral methods | |

Spectral theory | |

spectrum | |

Spherical symmetry | |

spin | |

spin conductivity | |

Spin symmetries | |

spin systems | |

spin waves | |

Spin-waves | |

spintronics | |

Splitting algorithms | |

splitting equations of motion | |

splitting methods | |

spurious reflection | |

square lattice | |

Stability | |

Stability analysis | |

stability of crystalline solids | |

state-based peridynamics | |

Static problems | |

static rigidity | |

Statics | |

statistical learning | |

Statistical mechanics | |

Statistical mechanics-based field theory | |

statistical physics | |

Statistics | |

Stefan problem | |

Steigmann-Ogden surface energy | |

Steklov eigenproblem | |

step bunching | |

step undulation | |

Stepwise regression | |

Steric effects | |

stick-slip dynamics | |

sticky disk potential | |

stochastic averaging | |

stochastic Cahn-Hilliard | |

stochastic chemical kinetics | |

stochastic differential equations | |

stochastic gradient descent | |

Stochastic homogenisation | |

stochastic homogenization | |

stochastic methods | |

stochastic mirror descent | |

stochastic modeling | |

stochastic optimisation | |

stochastic partial differential equations | |

stochastic reaction-diffusion master equation | |

stochastic simulation | |

Stokes equation | |

Stokes equations | |

Stokes flow | |

strain gradient models | |

stress | |

stress focusing | |

Stress Function | |

Stress intensity factors | |

stress minimization | |

stress redistribution | |

stress tensor | |

Stress-space relaxation | |

stress/strain driven | |

Strictly Correlated Electrons | |

strings | |

strong anchoring condition | |

Strong correlation | |

strongly correlated limit | |

Strongly Correlated Systems | |

Structural design | |

Structural optimization | |

Structural transitions | |

structure preservation | |

Structure-Property Model | |

Structured Deformations | |

structured membranes | |

subgrid-scale modeling | |

Sublattice Decomposition | |

Sublevelset persistent homology | |

Subperiodic groups | |

subsurface diffusion | |

subwavelength resonance | |

supercompatibility | |

superconductivity | |

superdimensional | |

Superspace formalism | |

superspace symmetry | |

Supported Nanostructure | |

surface and vector field interaction | |

Surface diffusion | |

surface energies | |

surface energy | |

surface morphology | |

surface pattern formation | |

Surface tension | |

Surface tension effects | |

surface wrinkling | |

surrogate modeling | |

Surrogate modelling | |

sustainable energy | |

switching mechanism | |

symmetric polyconvexity | |

symmetries | |

Symmetry | |

Symmetry breaking | |

symmetry groups | |

Symmetry-breaking instabilities | |

Systems biology | |

T | |

tangent-point potential | |

Tanner's law | |

TBA1 | |

TBA2 | |

TBA3 | |

temperature effects | |

Tensor methods | |

tensor numerical methods | |

tensor train format | |

tensor valued models | |

the functionalized Cahn-Hilliard equation | |

Thermal conductivity | |

thermal fluctuations | |

thermal transport | |

thermo-mechanical response | |

thermodynamic stability | |

thermodynamics | |

Thermoelectric response | |

Theta functions | |

Thickness-dependent surface energy | |

Thiele equation | |

thin film | |

Thin film equation | |

Thin films | |

Thin layers | |

thin sheet elasticity | |

thin sheets | |

thin-film equation | |

thin-films | |

three-phase contact line | |

Thresholding | |

tilings | |

time domain | |

Time Stepping | |

time-step error | |

timescale estimation | |

TNS | |

topological data analysis | |

Topological Defects | |

Topological derivative | |

topological indices | |

topological insulators | |

Topological mechanics | |

topological metamaterials | |

Topological methods in PDE's | |

Topological phononic circuits | |

Topological phononics | |

topological photonics | |

Topological Pumping | |

Topological singularitie | |

Topological singularities | |

topological transformations | |

topology | |

topology optimization | |

toroidal | |

toroidal formation | |

torsional and translational springs | |

total variation flow | |

trace operators | |

training | |

trajectory sampling | |

transient response | |

transient time dynamics | |

transient-time | |

transition | |

transition mechanism | |

transition metal complex | |

transition state theory | |

Transmission | |

transport layers | |

transport properties | |

transverse wave | |

Traveling waves | |

triblock copolymer | |

tribolock copolymers | |

triple junction drag | |

triple junctions/triple lines and quadruple points | |

tristable structures | |

truss structures | |

TT | |

Turbulence | |

Twinning | |

Twist | |

Twist cells | |

Twisted bilayer graphene | |

Twisted molecular crystals | |

two dimensional materials | |

two species interaction system | |

two-dimensional materials | |

two-field approximation | |

two-fluid mixture | |

two-phase material | |

two-scale convergence | |

two-scale simulation | |

two-scale-cut-and-project convergence | |

U | |

ultra-thin formwork | |

Uncertainties | |

Uncertainty Propagation | |

Uncertainty Quantification | |

Unconditional energy stable scheme | |

unconditional stability | |

undulations | |

Uniform convergence | |

uniform domains | |

uphill diffusion | |

V | |

Vacancy diffusion | |

Validation | |

van der waals heterostructures | |

van der Waals interactions | |

vanishing horizon | |

vanishing interaction horizon | |

Variable exponent | |

variable-order fractional Laplacian | |

Variable-order fractional operators | |

variance estimates | |

variance reduction | |

Variational analysis | |

variational autoencoders | |

Variational discretization | |

variational formulation | |

variational formulations as C++ objects | |

variational inequality | |

Variational Inference | |

variational method | |

variational methods | |

variational model | |

variational models for composite materials | |

Variational principles | |

vertex code | |

Vibration | |

vibrational density of states | |

Virtual observables | |

viscoelastic composite | |

Viscoelasticity | |

Viscosity Solutions | |

viscous flow | |

Voronoi cell | |

Voronoi domains | |

vortex dynamics | |

vorticity concentration | |

W | |

Wannier functions | |

Wasserstein Metric | |

wave equation | |

Wave propagation | |

wave speed | |

wavelet scattering transform | |

Weak solutions | |

Weak-strong uniqueness | |

weakly correlated limit | |

weakly singular kernels | |

Weighted ensemble | |

weighted monotonicity formula | |

weighted total variation flow | |

wetting | |

Wetting and prewetting | |

wetting transition | |

Willis materials | |

Willis tensor | |

Willmore flow | |

Willmore-type flow | |

Winterbottom shape | |

wire webs | |

work | |

Wrinkle patterns | |

wrinkling | |

Wulff shape | |

Wulff shape classification | |

X | |

X-ray methods | |

XY model | |

Z | |

Zak phase | |

Zener-Smith pinning | |

Zero modes | |

Zhang-Li torque | |

Γ | |

Γ-convergence |