By webmasterbd11 , 16 June 2026
Researchers from the University of Costa Rica, the University of Geneva (Switzerland) and the Yunnan Observatories (China) developed a new computational model that explains how massive stars acquire their rotation rates with accretion disks and jets, shedding light on a decades-old problem.
By webmasterbd11 , 29 May 2026

A system of seven protostars embedded in an accretion disk was spotted in the high-mass star forming region NGC 6334IN. This is the first time such a high number of nascent stars is observed embedded in a disk, showing how the mechanism of disk fragmentation contributes to the multiplicity of massive stellar systems. In order to confirm disk fragmentation as the most likely mechanism to produce the observed distribution of protostars, the researchers compared the data against 3D radiation-gravito-hydrodynamical simulations of disk fragmentation.

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By webmasterbd11 , 29 May 2026
Using the NRAO and VLA, astronomers have observed the huge flow of gas near the massive star in formation HW2 in Cepheus A. Simulations made by a member of our group have modeled the structure of the system.

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By webmasterbd11 , 29 May 2026
An international team of researchers, among them André Oliva from Beiwa-Cinespa, observed and modeled protostellar jets, confirming their magnetic origin.

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