☀️📡 Citizen science delivers: volunteers on the Solar Radio Burst Tracker (Zooniverse) combed 4+ years of ESA Solar Orbiter data to build a catalogue of 15,934 interplanetary Type III radio bursts. Openly available via the MASER service (Paris Observatory). Published in A&A. (May 2026)

#CitizenScience #RadioAstronomy #ESA
https://www.aanda.org/articles/aa/full_html/2026/05/aa59339-26/aa59339-26.html

Earlier this year, #FRB 20190417A was pinpointed ⚡️ only the 4th repeating fast radio burst ever linked to a persistent radio source.
Now, three authors from @uva_api, @ASTRON_NL & JIVE interview each other on the discovery and how it was made.
📽️ https://youtu.be/HzvcamAGHRk

#FRBs #astronomy #radioastronomy

Link to join the Discord meet-up: https://discord.gg/ZeNePwAdX?event=1514274182001852636

#TitanObservatory #RadioAstronomy #STEM #CitizenScience

🕳️✨ Erstes enges Paar extrem massereicher Schwarzer Löcher entdeckt 📡

Ein internationales Forschungsteam, an dem das Max-Planck-Institut für Radioastronomie beteiligt war, hat im Zentrum der Galaxie Markarian 501 etwas Außergewöhnliches gefunden: Es gibt Hinweise auf zwei supermassereiche Schwarze Löcher, die sich in einem extrem engen Orbit umeinander bewegen.

Beobachtungen über viele Jahre hinweg zeigen nicht nur einen, sondern gleich zwei Teilchenstrahlen (Jets), was ein starkes Indiz dafür ist, dass es sich um zwei „kosmische Giganten“ im letzten Stadium vor einer Verschmelzung handeln könnte.

Die beiden Schwarzen Löcher umrunden sich offenbar in nur rund 100 Tagen und könnten - kosmisch gesehen - schon in naher Zukunft miteinander verschmelzen. Dies ermöglicht einen seltenen Einblick in eine Phase, die bislang nur theoretisch vermutet wurde.🌌

👉 https://www.mpifr-bonn.mpg.de/pressemeldungen/2026/erstes-enges-paar-extrem-massereicher-schwarzer-loecher-detektiert?c=8727

#aktuelleforschung #radioastronomie #SchwarzesLoch #BlackHole #radioastronomy

🚨 Exciting New Science🚨

Could astronomers have finally found the key to solving one of the Universe's strangest mysteries?

In recent years, the emergence of a new class of objects known as Long-Period Transients (LPTs) has baffled radio astronomers. These bizarre objects emit powerful radio pulses every few minutes to hours - but their behaviour shouldn't really be possible according to our current understanding of how other objects, like pulsars, emit radio waves.

Now, a newly discovered white dwarf binary system may be providing the strongest clue yet. Some researchers are even describing it as a potential "Rosetta Stone" for understanding these mysterious objects.

I had a chat with PhD candidate Kovi Rose from the University of Sydney about this discovery, what makes this system so unusual, and how it could help unravel the mystery of LPTs.

Check out my latest feature article on #SpaceAustralia here: https://www.spaceaustralia.com/feature/new-long-period-transient-reveals-its-secrets

📸 Animation: C. Knox & J.P. Pritchard

#RadioAstronomy #astrodon #astrophysics #LongPeriodTransients

📡☄️ Radio meteors, April 2026: volunteers in Kampenhout (BE) automatically counted meteor reflections on the VVS beacon at 49.99 MHz. Activity rose slightly, peaking on Apr 6; type III solar bursts were caught too (Apr 25). Lovely European grassroots radio astronomy.

📅 May 4, 2026
🔗 https://www.emeteornews.net/2026/05/04/radio-meteors-april-2026/

#RadioAstronomy #Bolidozor #CitizenScience #Astronomy

☄️ The May 2026 issue of eMetN Meteor Journal is online (archiving March–April articles). Citizen science in action: the Tyrrhenian Sea fireball, dynamical vs. photometric meteor-mass modelling, hydroacoustic signals from bolides, the BOCOSUR all-sky network. Open access, no registration. (May 3, 2026)

🔗 https://www.emeteornews.net/2026/05/03/may-2026-issue-of-emetn-meteor-journal-online/

#CitizenScience #RadioAstronomy #DataScience #Astronomy