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Martin Schwinzerl - Science Communication (DZA)7.07.2026, 09:00
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Prof. Anna Bartkiewicz (NCU)7.07.2026, 09:20
The 6.7 GHz methanol maser transition is one of the most powerful tracers of high-mass star-forming regions. We present results from an unique, long-term monitoring program carried out with the Toruń 32-m radio telescope, covering a sample of over 250 methanol sources across the Galactic plane. The monitoring campaign has revealed a rich diversity of variability behaviours, including the...
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Dr Kristen Lackeos (DZA)7.07.2026, 09:40
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Dr Marcin Gawroński (NCU)7.07.2026, 10:00
Fast Radio Bursts (FRBs) are millisecond-duration, high-energy radio pulses originating from extragalactic sources, first discovered in 2007. Their exact origin remains elusive, but leading theories point to highly magnetised neutron stars -- magnetars, or other compact objects undergoing extreme astrophysical processes. The NCU radio telescope in Toruń plays an important role in FRB research...
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Adrian Schirra (DZA)7.07.2026, 10:20
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