Latest Articles for Mathematical Modeling

A look into the behavior and interactions of hard rods in physics.

This study investigates neutron-proton interactions using the Deng-Fan potential and phase shifts.

This study examines how dipolar disks interact in 2D fluid models.

A new model enhances understanding of Hepatitis B spread and treatment effects.

Examining how speed changes influence the behavior of active particles in groups.

A new method improves accuracy in estimating monotonic functions through information sharing.

Research proposes new neural ODEs that respect manifold constraints in robotics.

This study proposes a new way to model COVID-19 transmission considering various factors.

This article presents a method to estimate voltage phase angles in electric power networks.

A breakdown of electrical networks, conductances, and their behavior based on observed responses.

An overview of flat-top solitons and their interactions with potentials.

This article investigates the Vlasov-Poisson system's stability in unconfined plasma.

This study explores time correlations in inverse-gamma polymer models under various conditions.

A study examines how social settings impact disease transmission.

Exploring the role of soft functions and Wilson lines in scattering amplitudes.

A look at DRBEM and its applications in solving complex scientific equations.

Exploring how energy and entropy shape atmospheric modeling and forecasts.

Oxygen influences cancer cell behavior and growth within tumors.

A look into stochastic Navier-Stokes flows and their zero viscosity implications.

A look at using reduced-order modeling in fluid-structure interactions.

Research highlights the role of mathematical models in tracking COVID-19 spread.

Researchers explore new methods to identify stable patterns in turbulent fluid flows.

Exploring quantum computing's role in solving power system dynamics efficiently.

Exploring models that reveal the dynamics of genetic variation over time.

An overview of chaotic behavior in dynamic systems and its implications.

This study examines how infections spread using hypergraphs to represent complex interactions.

A look at the effectiveness and limitations of debiased shrinkage estimators.

Exploring how oscillators interact reveals insights into ecosystems and social networks.

A new method improves temperature estimation in materials without direct measurement.

A novel framework improves accuracy and efficiency in modeling binary-fluid interactions.

New methods enhance solving fluid flow equations using real-world data.

Examining decision-making strategies in uncertain environments with state constraints.

A look at the Whitham-Green-Naghdi system for predicting shallow water waves.

Discover how fractional compartmental models improve drug behavior understanding.

Examining how periodic waves behave and maintain stability under various conditions.

Explore the significance of stationary points in understanding physical systems.

Exploring the evolution of cellular automata with adaptive rules for complex systems.

Examining the role of averaging in complex stochastic models influenced by randomness.

This article examines how cells manage their size during growth and division.

A look into how consciousness is studied using Integrated Information Theory.