Fingerprint Dive into the research topics where Probability Laboratory at Bath is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Mathematics

Lévy Process
Branching Brownian Motion
Model
Branching
Spine
Multilevel Methods
Preferential Attachment
Phase Transition
Martingale
Branching Random Walk
Skorokhod Problem
Traveling Wave
Embedding Problem
Gradient Flow
Brownian motion
Scale Function
Sandpiles
Hedging
Graph in graph theory
Stable Process
Vertex of a graph
Monte Carlo method
Self-similar Processes
Markov Process
Fragmentation
Large Deviations
Ball
Decompose
Random walk
Random Geometric Graph
Path
Poisson process
Large Deviation Principle
Elliptic PDE
Strong law of large numbers
Coefficient
Scaling Limit
Power Law
Super-Brownian Motion
Continuous-state Branching Process
Branching process
Hydrodynamic Limit
Converge
Elliptic Problems
Mixing Time
Galton-Watson Tree
Backbone
Anderson Model
Infinity
Superprocess
Poisson Point Process
Random Coefficients
Moment
Optimal Transport
Interaction
Scaling
Random Networks
Approximation
Differential equation
Pricing
Fluctuations
Zero
Regularity
Spanning Forest
Dissipation
Configuration
Zero-range Process
Particle System
Optimal Stopping Problem
Exponent
Stochastic Equations
Condensation
Duality
Fluctuations (theory)
Markov chain
Modeling
Roots
Jump
Appeal
Point Process
Nearest Neighbor
Lemma
Rate of Convergence
Coalescence
Lattice Model
Local Time
Excursion Theory
Sandpile Model
Siméon Denis Poisson
Subordinator
Partial differential equation
Boolean Model
Arbitrage
Giant Component
Domain Decomposition
Critical value
Grid
Robustness
Continuous Time
Limit Theorems

Engineering & Materials Science

Partial differential equations
Monte Carlo methods
Markov processes
Phase transitions
Brownian movement
Differential equations
Dynamical systems
Decomposition
Derivatives
Boltzmann equation
Hamiltonians
Boundary value problems
Costs
Radon
Numerical methods
Entropy
Error analysis
sine-Gordon equation
Experiments
Thermodynamics
Lennard-Jones potential
Adsorption
Crack detection
Condensation
Tensors
Photonic crystal fibers
Shape optimization
Domain decomposition methods
Hydrodynamics
Sampling
Geometry
Trajectories
Finite element method
Anisotropy
Computational complexity
Finance
Eigenvalues and eigenfunctions
Random processes
Mesh generation
Porous materials
Tomography
Stochastic systems
Initial value problems
Glass
Polynomials
Mechanics
Kinetics
Meteorology
Capacitance
Atoms
Inspection
Vlasov equation
Galerkin methods
Stochastic models
Weather forecasting
Contrast media
Maximum likelihood
Laminates
Flow simulation
Coriolis force
Hysteresis
Protein folding
Fokker Planck equation
Composite materials
Relaxation time
Inverse problems
Nonlinear optics
Rotating machinery
Free energy
Statistical mechanics
Kinetic theory
Microwave heating
Gases
Groundwater flow
Fins (heat exchange)
Boolean functions
Mobile agents
Spectral density
Maximum likelihood estimation
Scaling laws
Incompressible flow
Image registration
Probability density function
Interpolation
Distributed power generation
Ladders
Topology
Rotating disks
Bins
Coarsening
Biological systems
Wavefronts
Flow structure
Mathematical operators
Friction
Plasticity
Nusselt number
Coercive force
Iterative methods
Solitons

Physics & Astronomy

General

deviation
interactions
mesh
colloids
Markov chains
dynamical systems
metastable state
critical point
formulations
assembly
statistical mechanics
depletion
thermodynamics
configurations
entropy
kinetics
stochastic processes
apexes
scaling
degrees of freedom
folding
dissipation
attachment
decay
simulation
three dimensional models
thermodynamic equilibrium
martingales
energy
predictions
shape optimization
Green's functions
random walk
voids
microstructure
modularity
reaction-diffusion equations
fluctuation theory
infinity
norms
energy methods
vulnerability
Lennard-Jones potential
proportion
ecosystems
products
continuums
computerized simulation
limbs
exclusion
free energy
grids
frequency response
sum rules
formalism
closures

Engineering

self assembly
hydrodynamics
pulse detonation engines
trapping
assembling
moments
jamming
condensing
orthogonality
phase transformations
martensitic transformation
machinery
electrical resistance
resistors

Chemistry and Materials

glass
liquids
spin glass
gases
crystallization
zirconium oxides

Aeronautics

trajectories

Physics

gradients
traveling waves
hydrodynamic equations
potential energy
perturbation
coefficients
temperature

Mathematical and Computer Sciences

symmetry
approximation
Fokker-Planck equation
differential equations
Monte Carlo method
applications of mathematics
theorems

Life Sciences

infectious diseases
ecology
fitness
biology

Aerospace Sciences

ionospheric storms
cavities
weather
avalanches

Social and Information Sciences

scaling laws