RSS feed source: Global Disaster Alert and Coordination Systems (GDACS).
On 07/10/2026, a flood started in China, lasting until 10/10/2026 (last update). The flood caused 0 deaths and 5748 displaced .
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RSS feed source: Global Disaster Alert and Coordination Systems (GDACS).
Sunday, Oct 11, 2026 06:20 | 10 mins ago | By: EarthquakeMonitor
Worldwide earthquakes above magnitude 3 during the past 24 hours on 11 Oct 2026
Summary: 3 quakes 5.0+, 126 quakes 4.0+, 199 quakes 3.0+, 295 quakes 2.0+ (623 total)This report is being updated every hour.
Magnitude 5+: 3 earthquakes
Magnitude 4+: 126 earthquakes
Magnitude 3+: 199 earthquakes
Magnitude 2+: 295 earthquakes
No quakes of magnitude 6 or higherTotal seismic energy estimate: 5.1 x 1013 joules (14.3 gigawatt hours, equivalent to 12267 tons of TNT or 0.8 atomic bombs!) | equivalent to ONE quake of magnitude 5.9 learn more10 largest earthquakes in the world (past 24 hours)#1: Mag 5.3 Southeast of Easter IslandSaturday, Oct 10, 2026, at 09:34 pm (Universal Time) – #2: Mag 5.2 180 km S of Pelabuhanratu, IndonesiaSunday, Oct 11, 2026, at 10:30 am (GMT +7) – #3: Mag 5.0 3 km NW of Flores, PanamaSunday, Oct 11, 2026, at 01:50 am (Universal Time) – #4: Mag 4.9 South OF PanamaSaturday, Oct 10, 2026, at 04:48 am (Panama time) – #5: Mag 4.9 26 km SSE of Pedasí, PanamaSaturday, Oct 10, 2026, at 01:30 am (GMT -5) – #6: Mag 4.9 Kermadec Islands RegionSaturday, Oct 10, 2026, at 08:35 pm (Universal Time) – #7: Mag 4.8 PanamaSaturday, Oct 10, 2026, at 06:06 pm (Panama time) – #8: Mag 4.8 11 km SSW of
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RSS feed source: Global Disaster Alert and Coordination Systems (GDACS).
Scientists in Vienna have achieved a major breakthrough in timekeeping by creating the world’s first self-stabilizing nuclear clock, a technology that could eventually surpass even the most precise atomic clocks. Instead of relying on electrons in atoms, the clock uses the tiny nuclei of thorium atoms, which are far less sensitive to outside disturbances.
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RSS feed source: Global Disaster Alert and Coordination Systems (GDACS).
Princeton Plasma Physics Laboratory may have found a dramatically more efficient route to fusion energy by reversing the traditional approach: heating plasma first, then increasing its density. Their calculations could help future reactors reach self-sustaining fusion with far less energy while avoiding hidden problems that make ignition harder.
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