Uploaded May 2026 | Updated September 2026, 2 weeks ago
A volcano more than 1.3 kilometers underwater is doing something scientists
say should not happen.
Titan Ridge — located beneath the Bismarck Sea near Papua New Guinea — is
forcing ash, steam, and volcanic material nearly 28,000 feet into the
atmosphere despite extreme ocean pressure that normally suppresses explosive
eruptions at these depths.
I'm Cosmic Ray. In this investigation, we examine:
- Why deep submarine eruptions are usually suppressed
- The physics behind ~130-bar ocean pressure at 1.3 km depth
- The SOFAR acoustic system beneath the Pacific
- Hydrophone networks and what they detected — including a strange 1972 signal
- Eyewitness footage from the eruption zone
- Satellite observations of the massive plume
- Whether Titan Ridge could eventually build a new volcanic island
This is not just another eruption story. It may represent one of the most
unusual deep-water volcanic events observed in modern times.
📍 Location: Bismarck Sea, near Manus Island, Papua New Guinea
🌋 NASA designation: Titan Ridge (provisional)
📡 Plume height: ~28,000 ft (FL280)
🌊 Vent depth: ~1,300 m
⏱️ CHAPTERS
00:00 A volcano that broke the rules
01:08 Where this is happening
02:56 The 1972 SOFAR signal
06:13 Fisherman captures the eruption
08:53 NASA satellite confirms
10:08 The physics — why this shouldn't happen
14:21 Could a new island form?
📡 Topics: Submarine volcanoes • Deep ocean eruptions • Hydrostatic pressure
- SOFAR channel • Hydrophones • Ocean acoustics • Plate tectonics
- Papua New Guinea volcanoes
Sources: NASA Earth Observatory, GVP Smithsonian, eyewitness footage
(Kennedy Masis), aerial photography (Stanis Yohang), ocean acoustic research.
🔭 I'm Cosmic Ray — amateur astronomer and Earth science researcher covering
breaking space and earth science. Subscribe for more.
#Volcano #PapuaNewGuinea #TitanRidge #SubmarineVolcano #Geology #SOFAR
#OceanScience #EarthScience #VolcanicEruption #ScienceNews #BreakingScience
A volcano more than 1.3 kilometers underwater is doing something scientists
say should not happen.
Titan Ridge — located beneath the Bismarck Sea near Papua New Guinea — is
forcing ash, steam, and volcanic material nearly 28,000 feet into the
atmosphere despite extreme ocean pressure that normally suppresses explosive
eruptions at these depths.
I'm Cosmic Ray. In this investigation, we examine:
- Why deep submarine eruptions are usually suppressed
- The physics behind ~130-bar ocean pressure at 1.3 km depth
- The SOFAR acoustic system beneath the Pacific
- Hydrophone networks and what they detected — including a strange 1972 signal
- Eyewitness footage from the eruption zone
- Satellite observations of the massive plume
- Whether Titan Ridge could eventually build a new volcanic island
This is not just another eruption story. It may represent one of the most
unusual deep-water volcanic events observed in modern times.
📍 Location: Bismarck Sea, near Manus Island, Papua New Guinea
🌋 NASA designation: Titan Ridge (provisional)
📡 Plume height: ~28,000 ft (FL280)
🌊 Vent depth: ~1,300 m
⏱️ CHAPTERS
00:00 A volcano that broke the rules
01:08 Where this is happening
02:56 The 1972 SOFAR signal
06:13 Fisherman captures the eruption
08:53 NASA satellite confirms
10:08 The physics — why this shouldn't happen
14:21 Could a new island form?
📡 Topics: Submarine volcanoes • Deep ocean eruptions • Hydrostatic pressure
- SOFAR channel • Hydrophones • Ocean acoustics • Plate tectonics
- Papua New Guinea volcanoes
Sources: NASA Earth Observatory, GVP Smithsonian, eyewitness footage
(Kennedy Masis), aerial photography (Stanis Yohang), ocean acoustic research.
🔭 I'm Cosmic Ray — amateur astronomer and Earth science researcher covering
breaking space and earth science. Subscribe for more.
#Volcano #PapuaNewGuinea #TitanRidge #SubmarineVolcano #Geology #SOFAR
#OceanScience #EarthScience #VolcanicEruption #ScienceNews #BreakingScience
