RSS feed source: Volcano Discovery.com--Global earthquake monitor

Date and TimeMag
DepthDistanceLocationDetailsMap Oct 11, 03:41 am (GMT +4:30)

4.1

203 km13 km (7.8 mi) to the NE Badakhshan, Afghanistan  I felt it InfoOct 9, 04:09 pm (GMT +4:30)

4.4

203 km53 km (33 mi) to the W 65 km south of Fayzabad, Badakhshan, Afghanistan  I felt it InfoOct 9, 02:24 pm (Kolkata)

4.1

124 km85 km (53 mi) to the NE 37 km northeast of Ishqoshim, Gorno-Badakhshan, Tajikistan  I felt it InfoOct 8, 09:09 am (Dushanbe)

4.3

133 km99 km (61 mi) to the NE 49 km northeast of Ishqoshim, Gorno-Badakhshan, Tajikistan  I felt it InfoOct 6, 02:08 am (GMT +4:30)

4.3

203 km30 km (19 mi) to the E Badakhshan, Afghanistan  I felt it InfoOct 5, 07:37 pm (GMT +4:30)

4.3

191 km37 km (23 mi) to the SW 75 km south of Fayzabad, Badakhshan, Afghanistan  I felt it InfoOct 5, 12:57 am (GMT +4:30)

4.8

249 km7.3 km (4.5 mi) to the S 33 km southeast of Jurm, Badakhshan, Afghanistan  I felt it – 17 reportsInfoJan 11, 2024 01:50 pm (GMT +4:30)

6.4

204 km41 km (26 mi) to the SW 69 km south of Fayzabad, Badakhshan, Afghanistan 86 reportsInfoMar 21, 2023 09:17 pm (GMT +4:30)

6.5

192 km18 km (11 mi) to the S 74 km southeast of Fayzabad, Badakhshan, Afghanistan 5510 reportsInfoApr 10, 2016 02:58 pm (GMT +4:30)

6.5

209 km31 km (19 mi) to the SE Afghanistan-Tajikistan Border Region 312 reportsInfoDec 7, 2015 12:50 pm (Dushanbe)

7.1

11 km230 km (143 mi) to the NE 137 km northeast of Khorugh, Gorno-Badakhshan, Tajikistan 136 reportsInfoOct 26, 2015 01:39 pm (GMT +4:30)

7.5

207 km23 km (15 mi) to the S 77 km southeast of Fayzabad, Badakhshan, Afghanistan

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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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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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