#radioastronomy — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #radioastronomy, aggregated by home.social.
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📡 Beyond citizen science: engineers building the SKA-Low radio telescope in Australia had to rework its antenna layout. The original sunflower-inspired Vogel spiral placed antennas a regular 2.4 m apart, causing destructive interference - a blind spot - at 125 MHz whenever the array looked toward the Milky Way. The fix: a "Perturbed Vogel" pattern.
📅 28 Sep 2026
🔗 https://www.universetoday.com/articles/why-the-worlds-biggest-radio-telescope-had-to-tweak-natures-perfect-sunflower-spiral
#RadioAstronomy #Science #Space -
📡 Beyond citizen science: engineers building the SKA-Low radio telescope in Australia had to rework its antenna layout. The original sunflower-inspired Vogel spiral placed antennas a regular 2.4 m apart, causing destructive interference - a blind spot - at 125 MHz whenever the array looked toward the Milky Way. The fix: a "Perturbed Vogel" pattern.
📅 28 Sep 2026
🔗 https://www.universetoday.com/articles/why-the-worlds-biggest-radio-telescope-had-to-tweak-natures-perfect-sunflower-spiral
#RadioAstronomy #Science #Space -
Hackaday Links: September 27, 2026
https://fed.brid.gy/r/https://hackaday.com/2026/09/27/hackaday-links-september-27-2026/
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Here's a rendered concept for the observatory site. The small dishes are replicas of the radio telescope currently connected to the network (build details: https://community.titanobservatory.org/t/demo-1-telescope-hardware-build/85). The larger 10m is the one we still need funding to purchase. Each telescope is powered by a solar array and battery, and connected to the utility shed via fiberoptic to prevent long runs of conductors and allow every telescope to be entirely self-sufficient.
Learn more: https://titanobservatory.org
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📡 First confirmed radio signal from a single exoplanet! The MeerKAT array caught variable radio bursts from the gas giant Beta Pictoris b (63 light-years away) – an aurora much like Jupiter's. From it, astronomers derived a magnetic field thousands of times stronger than Earth's. Magnetospheres are key to finding habitable worlds.
📅 22 Sep 2026
🔗 https://www.skyatnightmagazine.com/news/radio-signals-detected-beta-pictoris-b
#RadioAstronomy #Astronomy #Space #Science -
📡 First confirmed radio signal from a single exoplanet! The MeerKAT array caught variable radio bursts from the gas giant Beta Pictoris b (63 light-years away) – an aurora much like Jupiter's. From it, astronomers derived a magnetic field thousands of times stronger than Earth's. Magnetospheres are key to finding habitable worlds.
📅 22 Sep 2026
🔗 https://www.skyatnightmagazine.com/news/radio-signals-detected-beta-pictoris-b
#RadioAstronomy #Astronomy #Space #Science -
📡 First confirmed radio signal from a single exoplanet! The MeerKAT array caught variable radio bursts from the gas giant Beta Pictoris b (63 light-years away) – an aurora much like Jupiter's. From it, astronomers derived a magnetic field thousands of times stronger than Earth's. Magnetospheres are key to finding habitable worlds.
📅 22 Sep 2026
🔗 https://www.skyatnightmagazine.com/news/radio-signals-detected-beta-pictoris-b
#RadioAstronomy #Astronomy #Space #Science -
📡 First confirmed radio signal from a single exoplanet! The MeerKAT array caught variable radio bursts from the gas giant Beta Pictoris b (63 light-years away) – an aurora much like Jupiter's. From it, astronomers derived a magnetic field thousands of times stronger than Earth's. Magnetospheres are key to finding habitable worlds.
📅 22 Sep 2026
🔗 https://www.skyatnightmagazine.com/news/radio-signals-detected-beta-pictoris-b
#RadioAstronomy #Astronomy #Space #Science -
https://www.europesays.com/africa/440774/ South Africa’s MeerKAT array detects the first radio signal directly from an exoplanet #Astronomy #aurora #BetaPictoris #BetaPictorisB #Cosmology #ElectronCyclotronMaser #exoplanet #ExoplanetMagneticField #ExtraterrestrialPlanets #GiantPlanets #MagneticField #magnetosphere #MeerKAT #NewDiscoveries #PlanetaryScience #RadioAstronomy #RadioBursts #research #science #SouthAfrica #SpaceNews
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South Africa’s MeerKAT array detects the first radio signal directly from an exoplanet
Astronomers report the first radio emission directly lo…
#NewsBeep #News #Science #Astronomy #AU #aurora #Australia #BetaPictoris #BetaPictorisb #Cosmology #electroncyclotronmaser #Exoplanet #exoplanetmagneticfield #extraterrestrialplanets #giantplanets #Magneticfield #Magnetosphere #meerKAT #NewDiscoveries #PlanetaryScience #RadioAstronomy #radiobursts #research #SpaceNews
https://www.newsbeep.com/au/902783/ -
Here's a recording of the presentation I gave to the Austin Astronomical Society. In it I lay out the observatory's goals, give a tour of the platform, and introduce the newest member of the team, Jon Richards, who will be developing an open-source telescope controller for the observatory and the community!
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Really nice write-up in IFLS by Dr Alfredo Carpineti on our new PSR J0437-4715 double-profile change event results!
👏👏👏
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Really nice write-up in IFLS by Dr Alfredo Carpineti on our new PSR J0437-4715 double-profile change event results!
👏👏👏
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Really nice write-up in IFLS by Dr Alfredo Carpineti on our new PSR J0437-4715 double-profile change event results!
👏👏👏
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Really nice write-up in IFLS by Dr Alfredo Carpineti on our new PSR J0437-4715 double-profile change event results!
👏👏👏
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Astronomers Detect a Faint Hydrogen Signal From Billions of Light-Years Away
A faint hydrogen signal from billions of light-years away could help astronomers build a new 3D map of…
#NewsBeep #News #Space #astronomy #Cosmology #MeerKATRadioTelescope #radioastronomy #Science #UK #UnitedKingdom #UniversityOfManchester
https://www.newsbeep.com/uk/774447/ -
https://www.europesays.com/ie/694244/ Astronomers Detect a Faint Hydrogen Signal From Billions of Light-Years Away #Astronomy #cosmology #Éire #IE #Ireland #MeerKATRadioTelescope #RadioAstronomy #Science #Space #UniversityOfManchester
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*** EXCITING NEW ASTRONOMY ***
'Discovery of Two Consecutive Profile Change Events on PSR J0437-4715'
I’m so excited to finally share my second PhD paper!
About a year ago, I discovered something interesting in the closest and brightest millisecond pulsar (MSP) to Earth, PSR J0437-4715.
It appeared there were not one, but two long-term profile change events occurring one after the other. These events are extremely rare in the MSP population. I reported on another one about a year ago.
We used to think these objects were stable over the long term and ran our precision timing experiments on them. However, these new findings are now challenging that idea. New studies are emerging showing that many MSPs have variable profiles.
The exciting thing is that we see only certain parts of the profile affected, along with the polarisations, confirming a magnetospheric origin. What is really fascinating is how similar both events are - it’s like the magnetosphere becomes disrupted but re-organises itself into its original configuration.
Here’s my feature article in #SpaceAustralia with these exciting findings!
📸Mandow et al. 2026 / NASA SVS / STScI
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*** EXCITING NEW ASTRONOMY ***
'Discovery of Two Consecutive Profile Change Events on PSR J0437-4715'
I’m so excited to finally share my second PhD paper!
About a year ago, I discovered something interesting in the closest and brightest millisecond pulsar (MSP) to Earth, PSR J0437-4715.
It appeared there were not one, but two long-term profile change events occurring one after the other. These events are extremely rare in the MSP population. I reported on another one about a year ago.
We used to think these objects were stable over the long term and ran our precision timing experiments on them. However, these new findings are now challenging that idea. New studies are emerging showing that many MSPs have variable profiles.
The exciting thing is that we see only certain parts of the profile affected, along with the polarisations, confirming a magnetospheric origin. What is really fascinating is how similar both events are - it’s like the magnetosphere becomes disrupted but re-organises itself into its original configuration.
Here’s my feature article in #SpaceAustralia with these exciting findings!
📸Mandow et al. 2026 / NASA SVS / STScI
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*** EXCITING NEW ASTRONOMY ***
'Discovery of Two Consecutive Profile Change Events on PSR J0437-4715'
I’m so excited to finally share my second PhD paper!
About a year ago, I discovered something interesting in the closest and brightest millisecond pulsar (MSP) to Earth, PSR J0437-4715.
It appeared there were not one, but two long-term profile change events occurring one after the other. These events are extremely rare in the MSP population. I reported on another one about a year ago.
We used to think these objects were stable over the long term and ran our precision timing experiments on them. However, these new findings are now challenging that idea. New studies are emerging showing that many MSPs have variable profiles.
The exciting thing is that we see only certain parts of the profile affected, along with the polarisations, confirming a magnetospheric origin. What is really fascinating is how similar both events are - it’s like the magnetosphere becomes disrupted but re-organises itself into its original configuration.
Here’s my feature article in #SpaceAustralia with these exciting findings!
📸Mandow et al. 2026 / NASA SVS / STScI
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*** EXCITING NEW ASTRONOMY ***
'Discovery of Two Consecutive Profile Change Events on PSR J0437-4715'
I’m so excited to finally share my second PhD paper!
About a year ago, I discovered something interesting in the closest and brightest millisecond pulsar (MSP) to Earth, PSR J0437-4715.
It appeared there were not one, but two long-term profile change events occurring one after the other. These events are extremely rare in the MSP population. I reported on another one about a year ago.
We used to think these objects were stable over the long term and ran our precision timing experiments on them. However, these new findings are now challenging that idea. New studies are emerging showing that many MSPs have variable profiles.
The exciting thing is that we see only certain parts of the profile affected, along with the polarisations, confirming a magnetospheric origin. What is really fascinating is how similar both events are - it’s like the magnetosphere becomes disrupted but re-organises itself into its original configuration.
Here’s my feature article in #SpaceAustralia with these exciting findings!
📸Mandow et al. 2026 / NASA SVS / STScI
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📡 ESO has signed a contract with France's CNRS to develop a wideband intermediate frequency processor (WIFP) for ALMA. It will digitise the receiver signal from each of the 66 antennas at 40 billion samples per second — ten times today's rate. ESO says the throughput gain is like adding six antennas. Due mid-2028.
📅 24 Aug 2026
🔗 https://www.eso.org/public/announcements/ann26005/
#RadioAstronomy #Astronomy #Space #Science -
📡 ESO has signed a contract with France's CNRS to develop a wideband intermediate frequency processor (WIFP) for ALMA. It will digitise the receiver signal from each of the 66 antennas at 40 billion samples per second — ten times today's rate. ESO says the throughput gain is like adding six antennas. Due mid-2028.
📅 24 Aug 2026
🔗 https://www.eso.org/public/announcements/ann26005/
#RadioAstronomy #Astronomy #Space #Science -
🌠 The September ε Perseids produced a short outburst on 10 Sep 2026: ZHR ~73 near 06:22 UT, with unusually bright meteors (population index r≈2.0 instead of 2.5). Visual counts were confirmed by radio data and the Global Meteor Network (CBET 5736, peak 06:33 UT). Amateur networks verifying a model prediction.
📅 14 Sep 2026
🔗 https://www.emeteornews.net/2026/09/14/september-%CE%B5-perseiden-spe-outburst-are-there-any-more-observations/ -
🌠 The September ε Perseids produced a short outburst on 10 Sep 2026: ZHR ~73 near 06:22 UT, with unusually bright meteors (population index r≈2.0 instead of 2.5). Visual counts were confirmed by radio data and the Global Meteor Network (CBET 5736, peak 06:33 UT). Amateur networks verifying a model prediction.
📅 14 Sep 2026
🔗 https://www.emeteornews.net/2026/09/14/september-%CE%B5-perseiden-spe-outburst-are-there-any-more-observations/ -
🌠 The September ε Perseids produced a short outburst on 10 Sep 2026: ZHR ~73 near 06:22 UT, with unusually bright meteors (population index r≈2.0 instead of 2.5). Visual counts were confirmed by radio data and the Global Meteor Network (CBET 5736, peak 06:33 UT). Amateur networks verifying a model prediction.
📅 14 Sep 2026
🔗 https://www.emeteornews.net/2026/09/14/september-%CE%B5-perseiden-spe-outburst-are-there-any-more-observations/ -
🌠 The September ε Perseids produced a short outburst on 10 Sep 2026: ZHR ~73 near 06:22 UT, with unusually bright meteors (population index r≈2.0 instead of 2.5). Visual counts were confirmed by radio data and the Global Meteor Network (CBET 5736, peak 06:33 UT). Amateur networks verifying a model prediction.
📅 14 Sep 2026
🔗 https://www.emeteornews.net/2026/09/14/september-%CE%B5-perseiden-spe-outburst-are-there-any-more-observations/ -
Friends!
I've got a very neat new science paper out and will post an article about it tomorrow!
It's the second paper from my PhD and something we've never seen before (a discovery of sorts!)
Watch this space tomorrow for the #SpaceAustralia feature article
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Friends!
I've got a very neat new science paper out and will post an article about it tomorrow!
It's the second paper from my PhD and something we've never seen before (a discovery of sorts!)
Watch this space tomorrow for the #SpaceAustralia feature article
-
Friends!
I've got a very neat new science paper out and will post an article about it tomorrow!
It's the second paper from my PhD and something we've never seen before (a discovery of sorts!)
Watch this space tomorrow for the #SpaceAustralia feature article
-
Friends!
I've got a very neat new science paper out and will post an article about it tomorrow!
It's the second paper from my PhD and something we've never seen before (a discovery of sorts!)
Watch this space tomorrow for the #SpaceAustralia feature article
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The Echoing Universe: How Radio Astronomy Helps Us See the Invisible Cosmos by Emma Chapman, 2026
How learning to "listen" to the universe using radio waves has revolutionized our understanding of everything from gravity to little green men. "Passionate and witty" Publishers Weekly
In space, no one can hear you scream. But the universe is far from silent. It's been speaking all along, broadcasting its stories and secrets, for those who know how to listen.
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The Echoing Universe: How Radio Astronomy Helps Us See the Invisible Cosmos by Emma Chapman, 2026
How learning to "listen" to the universe using radio waves has revolutionized our understanding of everything from gravity to little green men. "Passionate and witty" Publishers Weekly
In space, no one can hear you scream. But the universe is far from silent. It's been speaking all along, broadcasting its stories and secrets, for those who know how to listen.
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The Echoing Universe: How Radio Astronomy Helps Us See the Invisible Cosmos by Emma Chapman, 2026
How learning to "listen" to the universe using radio waves has revolutionized our understanding of everything from gravity to little green men. "Passionate and witty" Publishers Weekly
In space, no one can hear you scream. But the universe is far from silent. It's been speaking all along, broadcasting its stories and secrets, for those who know how to listen.
-
The Echoing Universe: How Radio Astronomy Helps Us See the Invisible Cosmos by Emma Chapman, 2026
How learning to "listen" to the universe using radio waves has revolutionized our understanding of everything from gravity to little green men. "Passionate and witty" Publishers Weekly
In space, no one can hear you scream. But the universe is far from silent. It's been speaking all along, broadcasting its stories and secrets, for those who know how to listen.
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Gadget Review:
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Starlink’s Signal Leakage Is Threatening Radio Astronomy’s Most Critical Frequencies
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"Curtin University study finds SpaceX hardware leakage up to 10,000 times stronger than the cosmic signals SKA-Low must detect"9.9.2026
#Astronomie #Astronony #CurtinUniversity #Radioastronomie #RadioAstronomy #Raumfahrt #Satelliten #Spaceflight #Spacex #SKA #Starlink
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Gadget Review:
"
Starlink’s Signal Leakage Is Threatening Radio Astronomy’s Most Critical Frequencies
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"Curtin University study finds SpaceX hardware leakage up to 10,000 times stronger than the cosmic signals SKA-Low must detect"9.9.2026
#Astronomie #Astronony #CurtinUniversity #Radioastronomie #RadioAstronomy #Raumfahrt #Satelliten #Spaceflight #Spacex #SKA #Starlink
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Gadget Review:
"
Starlink’s Signal Leakage Is Threatening Radio Astronomy’s Most Critical Frequencies
"
"Curtin University study finds SpaceX hardware leakage up to 10,000 times stronger than the cosmic signals SKA-Low must detect"9.9.2026
#Astronomie #Astronony #CurtinUniversity #Radioastronomie #RadioAstronomy #Raumfahrt #Satelliten #Spaceflight #Spacex #SKA #Starlink
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Gadget Review:
"
Starlink’s Signal Leakage Is Threatening Radio Astronomy’s Most Critical Frequencies
"
"Curtin University study finds SpaceX hardware leakage up to 10,000 times stronger than the cosmic signals SKA-Low must detect"9.9.2026
#Astronomie #Astronony #CurtinUniversity #Radioastronomie #RadioAstronomy #Raumfahrt #Satelliten #Spaceflight #Spacex #SKA #Starlink
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📡 MeerKAT has extracted the neutral hydrogen 21 cm signal from 4–5 billion light years away using radio data alone, with no optical galaxy survey to lean on. A Manchester / Univ. of the Western Cape team analysed ~96 hours of observations taken back in 2018. Hydrogen intensity mapping is becoming a practical cosmology tool — and a key method for SKAO. (1 Sep 2026)
#RadioAstronomy #Astronomy #Space
https://www.manchester.ac.uk/about/news/astronomers-use-meerkat-to-directly-detect-faint-hydrogen-signal-from-the-distant-universe -
📡 MeerKAT has extracted the neutral hydrogen 21 cm signal from 4–5 billion light years away using radio data alone, with no optical galaxy survey to lean on. A Manchester / Univ. of the Western Cape team analysed ~96 hours of observations taken back in 2018. Hydrogen intensity mapping is becoming a practical cosmology tool — and a key method for SKAO. (1 Sep 2026)
#RadioAstronomy #Astronomy #Space
https://www.manchester.ac.uk/about/news/astronomers-use-meerkat-to-directly-detect-faint-hydrogen-signal-from-the-distant-universe -
📡 MeerKAT has extracted the neutral hydrogen 21 cm signal from 4–5 billion light years away using radio data alone, with no optical galaxy survey to lean on. A Manchester / Univ. of the Western Cape team analysed ~96 hours of observations taken back in 2018. Hydrogen intensity mapping is becoming a practical cosmology tool — and a key method for SKAO. (1 Sep 2026)
#RadioAstronomy #Astronomy #Space
https://www.manchester.ac.uk/about/news/astronomers-use-meerkat-to-directly-detect-faint-hydrogen-signal-from-the-distant-universe -
📡 MeerKAT has extracted the neutral hydrogen 21 cm signal from 4–5 billion light years away using radio data alone, with no optical galaxy survey to lean on. A Manchester / Univ. of the Western Cape team analysed ~96 hours of observations taken back in 2018. Hydrogen intensity mapping is becoming a practical cosmology tool — and a key method for SKAO. (1 Sep 2026)
#RadioAstronomy #Astronomy #Space
https://www.manchester.ac.uk/about/news/astronomers-use-meerkat-to-directly-detect-faint-hydrogen-signal-from-the-distant-universe -
After years of silence, a pulsar suddenly changes its spin three times
ⓘ NASA – Unsplash An artist’s illustration showing a neutron star …
#NewsBeep #News #Science #acceleration #Astronomy #Astrophysics #AU #Australia #benchmarks #Cosmos #Glitch #graphicscard #laptop #Murriyang #NASA #netbook #neutronstar #notebook #processor #PSRJ1637−4642 #pulsar #RadioAstronomy #reports #review #reviews #rotation #Sciencenews #Space #SpaceNews #spin #telescope #test #tests
https://www.newsbeep.com/au/883548/ -
📡 For the first time the ITU-R EPFD regulatory framework has been applied directly to radio telescope measurements. All-sky interferometric data show unintended emission from satellite mega-constellations exceeding the radio astronomy interference threshold in 50–70% of samples — against a 2% tolerance. Margins are negative: −18.6 to −16.3 dB. Preprint, 2 Sep 2026.
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📡 For the first time the ITU-R EPFD regulatory framework has been applied directly to radio telescope measurements. All-sky interferometric data show unintended emission from satellite mega-constellations exceeding the radio astronomy interference threshold in 50–70% of samples — against a 2% tolerance. Margins are negative: −18.6 to −16.3 dB. Preprint, 2 Sep 2026.
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📡 For the first time the ITU-R EPFD regulatory framework has been applied directly to radio telescope measurements. All-sky interferometric data show unintended emission from satellite mega-constellations exceeding the radio astronomy interference threshold in 50–70% of samples — against a 2% tolerance. Margins are negative: −18.6 to −16.3 dB. Preprint, 2 Sep 2026.
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📡 For the first time the ITU-R EPFD regulatory framework has been applied directly to radio telescope measurements. All-sky interferometric data show unintended emission from satellite mega-constellations exceeding the radio astronomy interference threshold in 50–70% of samples — against a 2% tolerance. Margins are negative: −18.6 to −16.3 dB. Preprint, 2 Sep 2026.
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📡 Images from the Radio Galaxy Zoo citizen science project were used to pretrain very small vision models (~6M parameters) with LeJEPA. A University of Geneva team shows that self-supervised learning directly on radio astronomy data matches far larger models at radio galaxy morphology classification — cheaper and more scalable. Preprint, 31 Aug 2026.
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📡 Images from the Radio Galaxy Zoo citizen science project were used to pretrain very small vision models (~6M parameters) with LeJEPA. A University of Geneva team shows that self-supervised learning directly on radio astronomy data matches far larger models at radio galaxy morphology classification — cheaper and more scalable. Preprint, 31 Aug 2026.
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📡 Images from the Radio Galaxy Zoo citizen science project were used to pretrain very small vision models (~6M parameters) with LeJEPA. A University of Geneva team shows that self-supervised learning directly on radio astronomy data matches far larger models at radio galaxy morphology classification — cheaper and more scalable. Preprint, 31 Aug 2026.
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📡 Images from the Radio Galaxy Zoo citizen science project were used to pretrain very small vision models (~6M parameters) with LeJEPA. A University of Geneva team shows that self-supervised learning directly on radio astronomy data matches far larger models at radio galaxy morphology classification — cheaper and more scalable. Preprint, 31 Aug 2026.
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☀️ Solar radio astronomy, seen from Czechia: Dr Miroslav Bárta of the Solar Department at the Astronomical Institute of the Czech Academy of Sciences explains what ALMA in the Chilean Andes reveals about our nearest star, what Czech researchers focus on, and which upgrades will sharpen observations for other fields too. (In Czech.)
📅 4 Sep 2026
🔗 https://www.astro.cz/clanky/multimedia/hlubinami-vesmiru-s-dr-miroslavem-bartou-alma-a-nejblizsi-hvezda.html -
☀️ Solar radio astronomy, seen from Czechia: Dr Miroslav Bárta of the Solar Department at the Astronomical Institute of the Czech Academy of Sciences explains what ALMA in the Chilean Andes reveals about our nearest star, what Czech researchers focus on, and which upgrades will sharpen observations for other fields too. (In Czech.)
📅 4 Sep 2026
🔗 https://www.astro.cz/clanky/multimedia/hlubinami-vesmiru-s-dr-miroslavem-bartou-alma-a-nejblizsi-hvezda.html -
📡 The MIDAS survey is the deepest MWA map so far — the GAMA9 and GAMA23 fields at 215.7 MHz. Over 2,100 deg² of sky, nearly 100 hours of observing and a catalogue of 133,826 radio components above 5σ. Mosaics, RMS maps, catalogues and the full imaging pipeline are all released publicly.
📅 1 Sep 2026
🔗 https://arxiv.org/abs/2609.01405 -
📡 The MIDAS survey is the deepest MWA map so far — the GAMA9 and GAMA23 fields at 215.7 MHz. Over 2,100 deg² of sky, nearly 100 hours of observing and a catalogue of 133,826 radio components above 5σ. Mosaics, RMS maps, catalogues and the full imaging pipeline are all released publicly.
📅 1 Sep 2026
🔗 https://arxiv.org/abs/2609.01405 -
📡 The MIDAS survey is the deepest MWA map so far — the GAMA9 and GAMA23 fields at 215.7 MHz. Over 2,100 deg² of sky, nearly 100 hours of observing and a catalogue of 133,826 radio components above 5σ. Mosaics, RMS maps, catalogues and the full imaging pipeline are all released publicly.
📅 1 Sep 2026
🔗 https://arxiv.org/abs/2609.01405 -
📡 The MIDAS survey is the deepest MWA map so far — the GAMA9 and GAMA23 fields at 215.7 MHz. Over 2,100 deg² of sky, nearly 100 hours of observing and a catalogue of 133,826 radio components above 5σ. Mosaics, RMS maps, catalogues and the full imaging pipeline are all released publicly.
📅 1 Sep 2026
🔗 https://arxiv.org/abs/2609.01405 -
📻 Radio meteors, August 2026: Felix Verbelen's monthly report of reflections recorded at Kampenhout (BE) on the VVS beacon frequency of 49.99 MHz. The Perseids peaked on 13 Aug; 52 reflections lasting over a minute were logged across the month. Raw hourly counts are published as CSV, ready for your own analysis.
📅 4 Sep 2026
🔗 https://www.emeteornews.net/2026/09/04/radio-meteors-august-2026/
