Eclipse Roadmap
Every $SYZYGY milestone maps to a real total solar eclipse. August 12, 2026 is complete. August 2, 2027 is next.
Saros 126: A Shadow Crosses the World
12 August 2026. One alignment. Many vantage points.
A total solar eclipse is not one event. It is a shadow cast by the Moon, moving across the surface of the Earth at speed. Today that shadow moves west to east, from the Atlantic into Europe, and every location along its path records a different phase of the same alignment.
The mechanics are fixed. Sun, Moon, and Earth fall into a single line. Syzygy. The timing of that line was calculable centuries before today, and it will remain calculable centuries after.
Timeline (CEST)
Spain
The path of totality crosses Spain at a width of roughly 290 kilometers, entering from the northern coastline and reaching the Balearic Islands. It passes just outside Madrid and just outside Barcelona.
Totality here falls in the evening, with the Sun low on the western horizon. Observation teams have positioned themselves near León and on the island of Mallorca to secure a clear sightline west. The lower the Sun sits above the horizon, the more atmosphere its light must pass through, which increases the chance that cloud cover interferes with the view.
The Mediterranean
The Moon's shadow, moving in from the west, meets the sunset line just past the Balearic Islands. This is the point where the path of totality for Saros 126 ends. Beyond it, the eclipse is no longer total anywhere on Earth.
Iceland
The path clips the western edge of the country, including Reykjavik. For the duration of totality, Reykjavik becomes the northernmost national capital positioned inside a path of totality.
Norway
Kristiansand, on the southern coast, records a partial eclipse covering most of the Sun's disk, beginning in the early evening as the Moon takes its first bite from the Sun. Farther north, Stavanger hosts a compact telescope aimed at the sky for the same event.
Germany
Kassel, in the center of the country, and Oldenburg, in the north, both record a partial eclipse covering most of the Sun's disk. Both begin observation in the early evening local time.
Italy
Genoa records a near total partial eclipse. Maximum eclipse falls only minutes before local sunset, which means an unobstructed western view is required to observe it at all.
Canada
Saint John, on the eastern coast, records a modest partial eclipse in the early afternoon, hours ahead of the European timeline. After dark, the same sky hosts the Perseid meteor shower.
United States
New York City records a brief, small partial eclipse around midday, the furthest phase of the event from totality on this list.
Why Saros 126. Eclipses repeat in cycles. A Saros cycle is a period of approximately 18 years and 11 days after which the Sun, Moon, and Earth return to almost the same relative geometry, producing a closely related eclipse. Today's alignment belongs to Saros series 126.
The previous eclipse in this series occurred in August 2008. The next will occur in August 2044. Each recurrence shifts slightly westward and changes in duration, a predictable drift built into the geometry of the cycle itself.
Viewing safely. Outside totality, direct viewing of the Sun requires certified solar filters at every point in the sequence, including the partial phases before and after totality. Ordinary sunglasses do not provide adequate protection. Only within the path of totality, and only during the period of full totality itself, is it safe to view the eclipse without a filter.
Every location above is observing the same line. Sun, Moon, Earth. Fixed centuries in advance, independent of where anyone happens to be standing.
A recording of the official NASA coverage of this alignment is available on the live stream page.
Often called one of the most significant eclipses of the decade. Totality reaches 6 minutes 23 seconds — nearly three times the 2026 event. The path crosses Southern Spain, Gibraltar, Morocco, Algeria, Tunisia, Libya, Egypt, Saudi Arabia, Yemen and Somalia, passing directly over Luxor.
The last alignment already happened. The next one is on the calendar. Not a prediction. Not a promise. Orbital mechanics.
On July 22, 2028, the path of totality crosses Australia and New Zealand with a maximum totality of 5 minutes and 10 seconds. This marks $SYZYGY Phase 6 — the alignment continues its journey around the globe.
On November 25, 2030, totality crosses Namibia, South Africa, and Australia — a maximum of 3 minutes and 44 seconds. The alignment is a cycle, not an event.
The Sun, Moon, and Earth align on a schedule set millions of years ago. $SYZYGY follows that schedule. Each eclipse is a milestone. Each one builds on the last.
| Date | Type | Saros series | Notes |
|---|---|---|---|
| 08 Apr 2024 | Total Solar Eclipse | Saros 139 | Historical reference |
| 12 Aug 2026 | Total Solar Eclipse | Saros 126 | Complete — main SYZYGY event |
| 02 Aug 2027 | Total Solar Eclipse | Saros 136 | Next alignment |
| 22 Jul 2028 | Total Solar Eclipse | Saros 126 | Australia / New Zealand |
| 25 Nov 2030 | Total Solar Eclipse | Saros 152 | Southern Africa |