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Ring of Fire in 92 days

Annular solar eclipse ·

4 of the last 10 solar eclipses, Bitcoin was higher 7 days later. 6 times, lower. That’s 40%.

4 up, 6 down: Last 10 solar eclipses4 of 10 highernormal for any 10: 3–8

Apr 30−6.6%Oct 25+5.9%Apr 20−1.4%Oct 14+10.7%Apr 8−5.4%Oct 2+2.1%Mar 29−0.6%Sep 21−5.3%Feb 17−5.9%Aug 12+1.8%Feb 6next

Feb 6 · in 92 days: all 10 past weeks on the chart

Clean

Data provided by CoinMarketCap.com · History: Coin Metrics, CC BY-NC 4.0 · Sky: NASA (sources below)

Bitcoin after every solar eclipse since 2010

Since July 2010, Bitcoin was higher a week after 20 of 36 solar eclipses (56%). Any week: 55%.

See all 36 solar eclipses

For any 36 weeks, 15 to 25 up is normal.

Updated , after the Aug 12 solar eclipse.

Every solar eclipse since July 2010, and Bitcoin over the 7 days from each
When (ET)EventWindowBitcoinPrice (USD)
2027
Feb 6, 202710:56 AM ETRing of Fire7 daysStarts in 92 days
2026 1 of 2 up
Aug 12, 20261:37 PM ETTotal Solar Eclipse7 days+1.8%63.5K to 64.7K
Feb 17, 20267:01 AM ETRing of Fire7 days−5.9%68.7K to 64.7K
2025 0 of 2 up
Sep 21, 20253:54 PM ETPartial Solar Eclipse7 days−5.3%115.8K to 109.6K
Mar 29, 20256:58 AM ETPartial Solar Eclipse7 days−0.6%84.3K to 83.8K
2024 1 of 2 up
Oct 2, 20242:49 PM ETRing of Fire7 days+2.1%60.9K to 62.1K
Apr 8, 20242:21 PM ETTotal Solar Eclipse7 days−5.4%69.4K to 65.6K
2023 1 of 2 up
Oct 14, 20231:55 PM ETRing of Fire7 days+10.7%26.8K to 29.7K
Apr 20, 202312:12 AM ETHybrid Eclipse7 days−1.4%28.8K to 28.4K
2022 1 of 2 up
Oct 25, 20226:49 AM ETPartial Solar Eclipse7 days+5.9%19.3K to 20.5K
Apr 30, 20224:28 PM ETPartial Solar Eclipse7 days−6.6%38.6K to 36.0K
2021 1 of 2 up
Dec 4, 20212:43 AM ETTotal Solar Eclipse7 days−11.6%53.7K to 47.4K
Jun 10, 20216:53 AM ETRing of Fire7 days+2.4%37.4K to 38.3K
2020 1 of 2 up
Dec 14, 202011:17 AM ETTotal Solar Eclipse7 days+22.8%19.2K to 23.5K
Jun 21, 20202:41 AM ETRing of Fire7 days−3.8%9.4K to 9.0K
2019 1 of 3 up
Dec 26, 201912:13 AM ETRing of Fire7 days−0.3%7.2K to 7.2K
Jul 2, 20193:16 PM ETTotal Solar Eclipse7 days+16.6%10.6K to 12.3K
Jan 5, 20198:28 PM ETPartial Solar Eclipse7 days−4.8%3.8K to 3.6K
2018 3 of 3 up
Aug 11, 20185:58 AM ETPartial Solar Eclipse7 days+7.0%6.1K to 6.6K
Jul 12, 201810:48 PM ETPartial Solar Eclipse7 days+21.2%6.2K to 7.5K
Feb 15, 20184:05 PM ETPartial Solar Eclipse7 days+10.5%9.5K to 10.5K
2017 2 of 2 up
Aug 21, 20172:30 PM ETTotal Solar Eclipse7 days+6.3%4.1K to 4.3K
Feb 26, 20179:58 AM ETRing of Fire7 days+10.2%1.2K to 1.3K
2016 2 of 2 up
Sep 1, 20165:03 AM ETRing of Fire7 days+7.6%572.3 to 615.7
Mar 8, 20168:54 PM ETTotal Solar Eclipse7 days+0.9%411.4 to 415.3
2015 0 of 2 up
Sep 13, 20152:41 AM ETPartial Solar Eclipse7 days−1.7%236.4 to 232.2
Mar 20, 20155:36 AM ETTotal Solar Eclipse7 days−4.8%262.1 to 249.5
2014 0 of 2 up
Oct 23, 20145:57 PM ETPartial Solar Eclipse7 days−12.4%380.8 to 333.6
Apr 29, 20142:14 AM ETRing of Fire7 days−2.1%441.5 to 432.3
2013 2 of 2 up
Nov 3, 20137:50 AM ETHybrid Eclipse7 days+61.7%204.8 to 331.1
May 9, 20138:29 PM ETRing of Fire7 days+0.8%112.0 to 112.9
2012 1 of 2 up
Nov 13, 20125:08 PM ETTotal Solar Eclipse7 days+6.5%11.0 to 11.8
May 20, 20127:47 PM ETRing of Fire7 days−0.2%5.11 to 5.10
2011 3 of 4 up
Nov 25, 20111:10 AM ETPartial Solar Eclipse7 days+26.4%2.44 to 3.08
Jul 1, 20114:54 AM ETPartial Solar Eclipse7 days−8.6%16.2 to 14.8
Jun 1, 20115:03 PM ETPartial Solar Eclipse7 days+166.4%8.72 to 23.2
Jan 4, 20114:03 AM ETPartial Solar Eclipse7 days+10.7%0.29 to 0.33

Not a forecast or advice. How we count

How we count: Bitcoin’s daily closes (UTC), from the day before the event to 6 days after, compared with every 7-day stretch since July 2010. Event times: USNO, NASA.

Sources

Sources · Moon images: NASA's Scientific Visualization Studio · Solar eclipses: Eclipse Predictions by Fred Espenak (NASA's GSFC) · Lunar eclipses: Eclipse Predictions by Fred Espenak and Jean Meeus (NASA's GSFC) · Eclipse photos: NASA/GRC/Jordan Salkin, NASA/Bill Ingalls, NASA/Jim Spann, NASA/Joel Kowsky · Mercury (enhanced color, PIA16853): NASA/Johns Hopkins University Applied Physics Laboratory/Carnegie Institution of Washington; 3D map: MESSENGER MDIS mosaic, USGS Astrogeology · Sky geometry (crescents, Mercury’s phase): computed with Astronomy Engine (Don Cross, MIT) · Venus: NASA/JPL-Caltech · Mars: NASA, ESA, the Hubble Heritage Team (STScI/AURA), J. Bell (ASU), and M. Wolff (Space Science Institute)