Galactic Center in Radio
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South Africa, Port Elizabeth
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数据描述

Galactic Center in Radio

The dataset comprises radio observation data focused on the "Galactic Center in Radio," collected and managed through the MeerKAT Archive. This archive serves as a repository for managing and accessing MeerKAT datasets, facilitating the storage and retrieval of astronomical observations and associated project proposals. The specific dataset highlighted allows users to explore radio imaging of the galactic center, supporting scientific research and data transfers. The platform is maintained by the South African Radio Astronomy Observatory (SARAO) as part of the National Research Foundation (NRF), providing tools for observation management and data access. The archive enables users to download datasets, view project details, and utilize API interfaces for technical integration, ensuring broad accessibility to radio astronomy data for researchers and the public.

archive.sarao.ac.za
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相关论文

2

Evidence of mutually exclusive outflow forms from a black hole X-ray binary

Zuobin ZhangJiachen JiangFrancesco CarotenutoHonghui LiuCosimo Bambi16
Nature Astronomy
2026
2026/1/5
Vol.10 No.2 p.281-289
Accretion onto black holes often leads to the launch of outflows that substantially influence their surrounding environments. The two primary forms of these outflows are X-ray disk winds—hot, ionized gases ejected from the accretion disk—and relativistic jets, which are collimated streams of particl...
Compact astrophysical objectsHigh-energy astrophysics
10.1038/S41550-025-02753-X
ISSN:2397-3366

Pulsed radio emission from a central compact object

Lei Zhang 张蕾Alessandro RidolfiDi Li 李 菂Erbil GügercinoğluFernando Camilo10
Nature Astronomy
2026
2026/6/25
00 p.1-8
Located at the centres of supernova remnants, central compact objects (CCOs) are among the most puzzling neutron stars. CCOs are bright in thermal X-rays, yet have evaded detection by major radio telescopes for decades, giving rise to the view that they are intrinsically radio-quiet and possess exce...
Compact astrophysical objectsTime-domain astronomy
10.1038/S41550-026-02899-2
ISSN:2397-3366