Astrological calendar – May 2145
Astrological calendar for May 2145: planetary ingresses, stations, lunations and exact major aspects in the geocentric tropical zodiac.
| Date | Time | Event | Type | Position |
|---|---|---|---|---|
| 04:50 | First Quarter | ♌︎ 10°04′ | ||
| 1. Sat | 09:40 | Venus Neptune | Square 90° | ♓︎ 25°05′ / ♐︎ 25°05′ R |
| 2. Sun | 06:47 | Sun Uranus | Opposition 180° | ♉︎ 12°05′ / ♏︎ 12°05′ R |
| 4. Tue | 03:47 | Mercury Uranus | Opposition 180° | ♉︎ 12°00′ / ♏︎ 12°00′ R |
| 5. Wed | 00:04 | Saturn Neptune | Trine 120° | ♈︎ 25°01′ / ♐︎ 25°01′ R |
| 18:30 | Sun Mercury | Conjunction 0° | ♉︎ 15°28′ / ♉︎ 15°28′ | |
| 6. Thu | 05:54 | Venus → Aries | Sign ingress | ♈︎ 00°00′ |
| 7. Fri | 01:27 | Full Moon | ♏︎ 16°43′ | |
| 23:22 | Venus Jupiter | Trine 120° | ♈︎ 01°46′ / ♌︎ 01°46′ | |
| 9. Sun | 10:11 | Mars Neptune | Opposition 180° | ♊︎ 24°56′ / ♐︎ 24°56′ R |
| 10. Mon | 14:05 | Mars Saturn | Sextile 60° | ♊︎ 25°41′ / ♈︎ 25°41′ |
| 12. Wed | 12:03 | Mercury → Gemini | Sign ingress | ♊︎ 00°00′ |
| 13. Thu | 16:40 | Mercury Jupiter | Sextile 60° | ♊︎ 02°30′ / ♌︎ 02°30′ |
| 17:13 | Last Quarter | ♒︎ 23°10′ | ||
| 17. Mon | 04:28 | Mars → Cancer | Sign ingress | ♋︎ 00°00′ |
| 19. Wed | 08:01 | Mercury Venus | Sextile 60° | ♊︎ 13°47′ / ♈︎ 13°47′ |
| 20. Thu | 16:15 | Mercury Pluto | Conjunction 0° | ♊︎ 16°17′ / ♊︎ 16°17′ |
| 19:11 | Sun → Gemini | Sign ingress | ♊︎ 00°00′ | |
| 21. Fri | 15:49 | Venus Pluto | Sextile 60° | ♈︎ 16°18′ / ♊︎ 16°18′ |
| 17:45 | New Moon | ♊︎ 00°54′ | ||
| 25. Tue | 03:32 | Sun Jupiter | Sextile 60° | ♊︎ 04°11′ / ♌︎ 04°11′ |
| 12:56 | Mercury Neptune | Opposition 180° | ♊︎ 24°34′ / ♐︎ 24°34′ R | |
| 27. Thu | 13:10 | Mercury Saturn | Sextile 60° | ♊︎ 27°37′ / ♈︎ 27°37′ |
| 29. Sat | 02:47 | Venus Neptune | Trine 120° | ♈︎ 24°28′ / ♐︎ 24°28′ R |
| 05:06 | Mercury → Cancer | Sign ingress | ♋︎ 00°00′ | |
| 16:39 | First Quarter | ♍︎ 08°33′ | ||
| 10:12 | Venus Saturn | Conjunction 0° | ♈︎ 28°08′ / ♈︎ 28°08′ |
There are no events in this period.
Times are in UTC.
Eclipses are identified by proximity to the lunar node; their type and local visibility are not calculated.