The number of papers submitted to the Open Journal of Astrophysics continues to rise, so we're looking for more volunteers to join the Editorial Board.

By Aashay Pai, Alex Drlica-Wagner & 10 more. The study uses data from the Vera C. Rubin Observatory to analyze the ultra-faint Milky Way satellite, Virgo III, confirming Virgo III's properties as an ultra-faint dwarf galaxy.

By Zhi Chen, Khanak Bhargava & 9 more. The latest pynucastro release, a python library for nuclear astrophysics, includes new rate approximations, a stellar equation of state, StarLib support, and network exploration tools.

By Miroslav Filipović, Zachary Smeaton & 25 more. The study reveals peculiar emissions and previously undetected features in the 'Sand-timer' galaxy NGC 7213, possibly due to black hole activity or a tidal disruption event.

By Ali Sadain, Aaron Smith & 11 more. The study uses simulations to examine the uneven recombination rates during the Epoch of Reionization, finding a universal clumping evolution and discrepancies in recombination rates due to photoheating.

By Siddhant Manna, Shantanu Desai. The study conducted a thorough search for non-thermal high-energy gamma-ray emission from the Abell 119 galaxy cluster using archival observations, but found no significant emission.

By Ivo Busko. This study supports the idea that fast astronomical transients detected in 1950s Palomar sky surveys are not just plate artifacts, but potentially genuine off-axis point sources.

By Rami Z. E. Alsaberi, Zachary J. Smeaton & 6 more. This study presents a radio continuum analysis of the Large Magellanic Cloud supernova remnant N 132D, revealing insights into its magnetic field s...

By Yjan Gordon, Peter S. Ferguson & 2 more. Data from VLASS and IceCube Neutrino Observatory reveal a correlation between radio variability and astrophysical neutrino detection, suggesting radio flar...

By Kareem El-Badry, David W. Latham & 13 more. The study used data from Gaia DR3 to analyze orbits of binary systems, including potential black holes, neutron stars, and white dwarfs.

By Serat M. Saad, Yuan-Sen Ting. A technique to measure differential radial velocities of wide-binary stars, improving precision and enabling better analysis of Modified Newtonian Dynamics (MOND), suggesting tension with current estimates of the acceleration scale.

By Muhammad Akashi, Noam Soker. The study uses 3D simulations to explore core-collapse supernova explosions driven by jets, supporting the jittering jets explosion mechanism theory. The simulations explain observed circum-jet rings in supernova remnants.

By Ottavia Truttero, Maria Tsedrik & 5 more. This study presents a new analysis for LSST Y1 and Y10 data, exploring the effects of galaxy bias and baryonic feedback. The article also introduces a new open-source pipeline, MGL.

By Jessica Braudo, Noam Soker. The study suggests that jets shape the 'pipe' structures in core-collapse supernova remnants and jet-shaped planetary nebulae, based on comparisons with hydrodynamical numerical simulations.

By Xiangchong Li. This study explores how galaxy model fitting responds to weak-lensing shear distortions using a new algebraic system, quintuple numbers, within the AnaCal framework, keeping multiplicative bias low.