publications

Selected journal articles and preprints in numerical relativity, relativistic astrophysics, and scientific computing.

18 journal articles · 550+ citations · h-index 12 based on NASA ADS.
Four three-dimensional renderings of gas density and magnetic field lines around a small mass-ratio supermassive black-hole binary at successive times
Submitted to ApJL · 2026

Jet variability in small mass ratio supermassive black hole binaries

Three-dimensional GRMHD simulations show how a precessing, unequal-mass binary perturbs its circumbinary disk and imprints orbital-timescale variability on large-scale relativistic jets.

Meridional views of the unboundness diagnostic −uₜ, internal-energy density, and effective specific entropy for jet cases A and C
The Astrophysical Journal Letters 1000, L35 · 2026

Jet–environment interaction after delayed collapse

Self-consistent GRMHD merger simulations follow a massive-neutron-star–driven polar outflow, delayed collapse to a black hole, and the subsequent black-hole–disk incipient jet as it propagates through that environment.

Nucleosynthesis abundance patterns for three neutron-star spin configurations compared with solar abundances
Accepted in PRD · 2026

Magnetic eruption and nucleosynthesis in spinning neutron-star mergers

Three GRνMHD simulations show how neutron-star spin shapes magnetic amplification and outflows, while neutrino reprocessing influences the ejecta composition and resulting r-process abundance patterns.

Three-dimensional magnetic field lines around a rotating neutron star at 19.7 milliseconds, colored by magnetic field strength
Physical Review D · 2022

Implementing a new recovery scheme for primitive variables in Spritz

RePrimAnd is integrated into the Spritz GRMHD code and validated in demanding three-dimensional tests, including magnetized low-density flows, collapse of a hypermassive neutron star to a black hole, and a Fishbone–Moncrief black-hole accretion torus.

2026

Jet variability in small mass ratio supermassive black hole binaries

J. V. Kalinani, M. Campanelli, M. Chabanov, M. C. de Simone, C. O. Lousto, H. Witek & Y. Zlochower

Submitted to The Astrophysical Journal Letters · arXiv:2609.24837

Preprint
2026

Binary Neutron Star Merger Simulations with Microphysical Equation of State using Spritz

F. H. Nouri, J. V. Kalinani, B. Giacomazzo, R. Ciolfi & A. Perego

Submitted to Classical and Quantum Gravity · arXiv:2608.23310

Preprint
2026

Magnetic eruption and nucleosynthesis in GRνMHD simulations of spinning neutron star mergers

A. Wen, J. V. Kalinani, M. Chabanov, M. Campanelli, R. Ciolfi & Y. Zlochower

Accepted in Physical Review D · arXiv:2605.30548

Manuscript
2026

Jet–environment interaction after delayed collapse in binary neutron star mergers

J. V. Kalinani, R. Ciolfi, M. Campanelli, B. Giacomazzo, A. Pavan, A. Wen & Y. Zlochower

The Astrophysical Journal Letters 1000, L35

Journal article
2025

AsterX: a new open-source GPU-accelerated GRMHD code for dynamical spacetimes

J. V. Kalinani et al.

Classical and Quantum Gravity 42, 025016

Journal article
2023

Jet–environment interplay in magnetized binary neutron star mergers

A. Pavan, R. Ciolfi, J. V. Kalinani & A. Mignone

Monthly Notices of the Royal Astronomical Society 524, 260

2022

Implementing a new recovery scheme for primitive variables in the GRMHD code Spritz

J. V. Kalinani et al.

Physical Review D 105, 103031

Journal article
2021

Robust recovery of primitive variables in relativistic ideal magnetohydrodynamics

W. Kastaun, J. V. Kalinani & R. Ciolfi

Physical Review D 103, 023018

Journal article
2020

Magnetically driven baryon winds from binary neutron star merger remnants and the blue kilonova of August 2017

R. Ciolfi & J. V. Kalinani

The Astrophysical Journal Letters 900, L35

Journal article
2019

First 100 ms of a long-lived magnetized neutron star formed in a binary neutron star merger

R. Ciolfi, W. Kastaun, J. V. Kalinani & B. Giacomazzo

Physical Review D 100, 023005

Journal article

The complete publication record is available in my CV, on Google Scholar, and through NASA ADS.