2026-09-05 15:43:55 UTC
JD 2461289.16
STATION 04 · MULTI-MESSENGER OBSERVATORY WIRE

High-Energy Transient Alert Desk

Continuous verification desk for extreme cosmological transients: gravitational waves from compact mergers, millisecond fast radio bursts, ultra-relativistic gamma-ray jets, and astrophysical PeV neutrinos.

Indexed Transients ⚡
14
Multi-messenger events catalogued
Deepest Cosmic Horizon REDSHIFT
z = 1.19
AT 2022cmc · 8.5 Billion light-years
Shortest Coherent Pulse DURATION
0.33 ms
FRB 20220610A · ASKAP detection
Max Photon Energy ENERGY
18 TeV
GRB 221009A · LHAASO gamma-ray
All Wire (14) Gravitational Wave (3) Fast Radio Burst (3) Gamma-Ray Burst (3) Supernova / Optical (2) Tidal Disruption Event (1) High-Energy Neutrino (2)
FRB 20220610A
ASKAP (Australian Square Kilometre Array Pathfinder)
Fast Radio Burst
Sky Coordinates
21h 22m 57.0s · -45° 24' 30"
Luminosity Distance
8.0 Billion ly (z = 1.016)
Constellation
Grus
Redshift
z = 1.0160

Record-Breaking Cosmological Burst at Redshift z = 1.016

FRB 20220610A is the most distant and energetic fast radio burst ever recorded. Detected by ASKAP in Western Australia, its extreme dispersion measure (DM = 1458.1 pc cm⁻³) pointed to a deep cosmological origin. Follow-up imaging with ESO's Very Large Telescope (VLT) localized the burst to a dense group of at least five interacting galaxies 8 billion light-years away.

ESO VLT (FORS2) Hubble Space Telescope ATCA
FRB 200428
CHIME/FRB & STARE2
Fast Radio Burst
Sky Coordinates
19h 34m 55.5s · +21° 53' 47"
Luminosity Distance
30,000 ly (9.0 kpc)
Constellation
Vulpecula (SGR 1935+2154)
Redshift
z = 0.0000

First Galactic FRB: Direct Magnetar Engine Confirmation

A paradigm-shifting event in transient astrophysics. FRB 200428 was detected by CHIME and STARE2 originating from the active Galactic magnetar SGR 1935+2154 inside the Milky Way (approx. 30,000 light-years away). Simultaneous hard X-ray bursts observed by HXMT, INTEGRAL, and Konus-Wind proved beyond doubt that magnetars are capable of producing FRB-scale coherent radio emissions.

Insight-HXMT INTEGRAL (IBIS) FAST 500m Telescope
FRB 20121102A
Arecibo Observatory / Karl G. Jansky VLA
Fast Radio Burst
Sky Coordinates
05h 33m 06.0s · +33° 08' 50"
Luminosity Distance
3.0 Billion ly (z = 0.193)
Constellation
Auriga
Redshift
z = 0.1930

The Original Repeating FRB with Extreme Faraday Magneto-Ionic Medium

FRB 20121102A was the first repeating fast radio burst ever discovered, shattering the theory that all FRBs are cataclysmic one-off events. Localized by the VLA to a low-mass, low-metallicity dwarf galaxy at z = 0.193, it exhibits one of the highest Faraday rotation measures ever observed (|RM| ~ 10^5 rad m⁻²), pointing to an environment near a massive black hole or dense supernova remnant.

EVN (European VLBI) Gemini North Chandra / XMM-Newton