Månens faser under Februari

• 2025-02-02: Månen närmast jorden (367500 km)
• 2025-02-05: Växande halvmåne
• 2025-02-12: Fullmåne
• 2025-02-18: Månen längst från jorden (404900 km)
• 2025-02-20: Avtagande halvmåne
• 2025-02-28: Nymåne
• 2025-03-06: Växande halvmåne

Kvällshimlen under Februari

• 2025-01-03: Månen 1.4° söder om Venus
• 2025-01-04: Kvadrantiderna i maximum, radianten i Björnvaktaren
• 2025-01-04: Solen närmast, 0.983 a.e.
• 2025-01-04: Månen 0.7° norr om Saturnus.
• 2025-01-10: Månen 0.3° norr om Pleiaderna (Alcyone).
• 2025-01-10: Venus i max östlig elongation, 47°
• 2025-01-10: Månen 10° norr om Aldebaran
• 2025-01-11: Månen 5° norr om Jupiter
• 2025-01-12: Mars närmast jorden, 0.6423 a.e.
• 2025-01-13: Månen 2° söder om Pollux
• 2025-01-14: Månen 0.2° norr om Mars. Ockultation, synlig i Nordamerika och Afrika
• 2025-01-16: Mars i opposition
• 2025-01-16: Månen 2° norr om Regulus
• 2025-01-20: Venus 3° norr om Saturnus
• 2025-01-21: Månen 0.1° söder om Spica.
• 2025-01-21: Pluto i konjunktion med solen
• 2025-01-21: Mars 2° söder om Pollux
• 2025-01-25: Månen 0.3° söder om Antares.
• 2025-02-01: Månen 1.1° norr om Saturnus.
• 2025-02-01: Månen 2° söder om Venus
• 2025-02-03: Venus 4° norr om Neptunus
• 2025-02-06: Månen 0.5° norr om Pleiaderna (Alcyone).
• 2025-02-07: Månen 11° norr om Aldebaran
• 2025-02-07: Månen 5° norr om Jupiter
• 2025-02-09: Merkurius i övre konjunktion med solen
• 2025-02-09: Månen 0.8° norr om Mars.
• 2025-02-10: Månen 2° norr om Pollux
• 2025-02-13: Månen 2° norr om Regulus
• 2025-02-14: Venus lyser klarast
• 2025-02-17: Månen 0.3° norr om Spica.
• 2025-02-21: Månen 0.4° norr om Antares.

Rymdfartshistoria under Februari

• 1958-02-01: Explorer 1, Cospar-ID 1958-001A
• 1960-02-04: Discoverer 9, Cospar-ID DISC9
• 1961-02-04: Tyazhely Sputnik, Cospar-ID 1961-002A
• 1958-02-05: Vanguard TV3 Backup, Cospar-ID VAGT3B
• 1999-02-07: Stardust, Cospar-ID 1999-003A
• 2010-02-11: Solar Dynamics Observatory, Cospar-ID 2010-005A
• 2015-02-11: Deep Space Climate Observatory, Cospar-ID 2015-007A
• 1961-02-12: Venera 1, Cospar-ID 1961-003A
• 1961-02-16: Explorer 9, Cospar-ID 1961-004A
• 1965-02-16: Pegasus 1, Cospar-ID 1965-009A
• 1959-02-17: Vanguard 2, Cospar-ID 1959-001A
• 1965-02-17: Ranger 8, Cospar-ID 1965-010A
• 1996-02-17: NEAR Shoemaker, Cospar-ID 1996-008A
• 1960-02-19: Discoverer 10, Cospar-ID DISC10
• 1962-02-20: Mercury Atlas 6, Cospar-ID 1962-003A
• 2001-02-20: Odin, Cospar-ID 2001-007A
• 1961-02-21: Mercury Atlas 2, Cospar-ID MERCA2
• 2006-02-21: Akari, Cospar-ID 2006-005A
• 1961-02-22: Transit 3B, Cospar-ID 1961-007A
• 1986-02-22: Viking, Cospar-ID 1986-019B
• 1961-02-24: Explorer S45, Cospar-ID EXS-451
• 1969-02-25: Mariner 6, Cospar-ID 1969-014A
• 1966-02-26: AS-201, Cospar-ID APST201
• 2014-02-27: Global Precipitation Measurement Core Observatory, Cospar-ID 2014-009C
• 1959-02-28: Discoverer 1, Cospar-ID 1959-002A

Händelser i Februari

• 2025-02-12: Nya material baserat på träråvara
• 2025-02-17: Materials for sustainability and Sweden-Japan academic partnership

Newsfeed

• 2025-01-27: NSF VLA Contributes Crucial Puzzle Piece to ’Peculiar’ High Energy Transient
• 2025-01-15: Super-Earth vs. Sub-Neptune? The Winner is Super-Venus!
• 2025-01-15: YoungInteracting Galaxies That Create Familiar Shapes Found with Citizen Astronomers
• 2025-01-15: Young Stars in the Milky Way’s Backyard Challenge Our Understanding of How They Form
• 2025-01-14: Scientists Make First-Ever Detection of Mid-IR Flares in Sgr A*
• 2025-01-13: Astronomers Catch Unprecedented Features at Brink of Active Black Hole
• 2025-01-02: Interacting Galaxy NGC 474
• 2024-12-18: Astronomers Detect Earliest and Most Distant Blazar in the Universe
• 2024-12-13: Planets Form Through Domino Effect
• 2024-12-13: CfA Astronomers Help Catch Rare Gamma-Ray Outburst from M87s Powerful Jet
• 2024-12-12: Black Hole Explorer Hopes to Reveal New Details of Supermassive Black Holes
• 2024-12-11: Astronomers Discover Magnetic Loops Around Supermassive Black Hole
• 2024-11-18: ALMA Reveals Planets Can Form Under Harsh Radiation
• 2024-10-25: Re-analysis of Data from Milky Way Central Supermassive Black Hole Observations
• 2024-10-24: A Cosmic Chemical Breakthrough: Astronomers Discover New Building Blocks for Complex Organic Matter
• 2024-10-22: Massive Stars Born from Violent Cosmic Collapse
• 2024-09-09: NASAs Hubble, Chandra Find Supermassive Black Hole Duo
• 2024-09-05: Outer Solar System More Populated than We Thought
• 2024-09-04: Structure of the Outer Solar System Revealed, The Subaru Telescope and New Horizons 20-Year Challenge
• 2024-09-04: ALMA Detects Hallmark ’Wiggle’ of Gravitational Instability in Planet-Forming Disk

2019-01-21 Blodmåne (Foto: Magnus Norden)

2014-11-25 Skymning över Brunnsviken (Foto: Magnus Norden)

2011-12-10 Månförmörkelse (Foto: Magnus Norden)

Månens faser under Januari

• 2025-01-07: Växande halvmåne
• 2025-01-08: Månen närmast jorden (370200 km)
• 2025-01-13: Fullmåne
• 2025-01-21: Avtagande halvmåne
• 2025-01-21: Månen längst från jorden (404300 km)
• 2025-01-29: Nymåne
• 2025-02-05: Växande halvmåne

Kvällshimlen under Januari

• 2025-01-03: Månen 1.4° söder om Venus
• 2025-01-04: Kvadrantiderna i maximum, radianten i Björnvaktaren
• 2025-01-04: Solen närmast, 0.983 a.e.
• 2025-01-04: Månen 0.7° norr om Saturnus.
• 2025-01-10: Månen 0.3° norr om Pleiaderna (Alcyone).
• 2025-01-10: Venus i max östlig elongation, 47°
• 2025-01-10: Månen 10° norr om Aldebaran
• 2025-01-11: Månen 5° norr om Jupiter
• 2025-01-12: Mars närmast jorden, 0.6423 a.e.
• 2025-01-13: Månen 2° söder om Pollux
• 2025-01-14: Månen 0.2° norr om Mars. Ockultation, synlig i Nordamerika och Afrika
• 2025-01-16: Mars i opposition
• 2025-01-16: Månen 2° norr om Regulus
• 2025-01-20: Venus 3° norr om Saturnus
• 2025-01-21: Månen 0.1° söder om Spica.
• 2025-01-21: Pluto i konjunktion med solen
• 2025-01-21: Mars 2° söder om Pollux
• 2025-01-25: Månen 0.3° söder om Antares.
• 2025-02-01: Månen 1.1° norr om Saturnus.
• 2025-02-01: Månen 2° söder om Venus
• 2025-02-03: Venus 4° norr om Neptunus

Rymdfartshistoria under Januari

• 1959-01-02: Luna 1, Cospar-ID 1959-012A
• 1963-01-04: Luna E-6 No.2, Cospar-ID 1963-001A
• 1969-01-05: Venera 5, Cospar-ID 1969-001A
• 1985-01-08: Sakigake, Cospar-ID 1985-001A
• 1969-01-10: Venera 6, Cospar-ID 1969-002A
• 2005-01-12: Deep Impact, Cospar-ID 2005-001A
• 1969-01-14: Soyuz 4, Cospar-ID 1969-004A
• 1969-01-15: Soyuz 5, Cospar-ID 1969-005A
• 1965-01-19: Gemini 2, Cospar-ID GEMINI2
• 1974-01-19: Skynet 2A, Cospar-ID 1974-002A
• 2006-01-19: New Horizons, Cospar-ID 2006-001A
• 1960-01-21: Little Joe 1B, Cospar-ID LILJOE-1B
• 1968-01-22: Apollo 5, Cospar-ID 1968-007A
• 1995-01-24: Astrid 1, Cospar-ID 1995-002B
• 1983-01-25: IRAS, Cospar-ID 1983-004A
• 1962-01-26: Ranger 3, Cospar-ID 1962-001A
• 1964-01-29: Saturn SA-5, Cospar-ID 1964-005A
• 1964-01-30: Ranger 6, Cospar-ID 1964-007A
• 1961-01-31: SAMOS 2, Cospar-ID 1961-001A
• 1961-01-31: Mercury Redstone 2, Cospar-ID MERCR2
• 1966-01-31: Luna 9, Cospar-ID 1966-006A
• 1971-01-31: Apollo 14, Cospar-ID 1971-008A

Händelser i Januari

• 2025-01-04: Kvadrantiderna i maximum
• 2025-01-15: Iskärnor och trädringar: Nyckeln till solens dolda förflutna

Newsfeed

• 2024-12-18: Astronomers Detect Earliest and Most Distant Blazar in the Universe
• 2024-12-13: Planets Form Through Domino Effect
• 2024-12-13: CfA Astronomers Help Catch Rare Gamma-Ray Outburst from M87s Powerful Jet
• 2024-12-12: Black Hole Explorer Hopes to Reveal New Details of Supermassive Black Holes
• 2024-12-11: Astronomers Discover Magnetic Loops Around Supermassive Black Hole
• 2024-11-18: ALMA Reveals Planets Can Form Under Harsh Radiation
• 2024-10-25: Re-analysis of Data from Milky Way Central Supermassive Black Hole Observations
• 2024-10-24: A Cosmic Chemical Breakthrough: Astronomers Discover New Building Blocks for Complex Organic Matter
• 2024-10-22: Massive Stars Born from Violent Cosmic Collapse
• 2024-09-09: NASAs Hubble, Chandra Find Supermassive Black Hole Duo
• 2024-09-05: Outer Solar System More Populated than We Thought
• 2024-09-04: Structure of the Outer Solar System Revealed, The Subaru Telescope and New Horizons 20-Year Challenge
• 2024-09-04: ALMA Detects Hallmark ’Wiggle’ of Gravitational Instability in Planet-Forming Disk

2019-01-21 Blodmåne (Foto: Magnus Norden)

2014-11-25 Skymning över Brunnsviken (Foto: Magnus Norden)

2011-12-10 Månförmörkelse (Foto: Magnus Norden)