Publications

Research papers

Work on pulsar magnetospheres, X-ray pulse-profile modeling, dense matter, Bayesian inference, and scientific software.

Google Scholar · INSPIRE-HEP

Search Year

18 publications

2026

Combining the Mass-Radius Posteriors of J0030+0451 Allowing for Unknown Model Systematics

2026

GPU-Accelerated X-ray Pulse Profile Modeling

2026

First-Principles Polar-Cap Currents in Multipolar Pulsar Magnetospheres

2025

Data Determination of HQET Parameters in Inclusive Charm Decays

2025

The Persistent Shift in Spin-down Rate Following the Largest Crab Pulsar Glitch Rules Out External Torque Variations due to Starquakes

2025

Bayesian Inference of Strangeon Matter Using the Measurements of PSR J0437-4715 and GW190814

2025

Covariant Energy Density Functionals for Modeling the Equation of State of Neutron Star Matter: Cross-comparison Analysis Using CompactObject

2025

Revealing Dark Matter’s Role in Neutron Stars Anisotropy: A Bayesian Approach Using Multi-messenger Observations

2025

Hidden Twin-star Solutions from an Agnostic Speed-of-sound Model: XTE J1814-338 and GW170817 as a Multimessenger Differentiator

2025

Bayesian Insights into Post-glitch Dynamics: Model Comparison and Parameter Constraint from Decades-long Observation Data of the Crab Pulsar

2025

Equation-of-State-Independent Determination of the Radius of a 1.4 Solar-Mass Neutron Star Using Mass-Radius Measurements

2025

Constraining First-order Phase Transition inside Neutron Stars with Application of Bayesian Techniques on PSR J0437-4715 NICER Data

2025

Physics-Motivated Models of Pulsar X-Ray Hotspots: Off-center Dipole Configurations

2025

Model-Independent Determination of the Tidal Deformability of a 1.4 Solar-Mass Neutron Star from Gravitational-Wave Measurements

2024

Constraining a Relativistic Mean Field Model Using Neutron Star Mass-Radius Measurements I: Nucleonic Models

2024

Constraining a Relativistic Mean Field Model Using Neutron Star Mass-Radius Measurements II: Hyperonic Models

2024

CompactObject: An Open-source Python Package for Full-scope Neutron Star Equation-of-state Inference

2021

Symmetry Breaking Paradigm in Typical Laminar-Turbulence Transition System