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List of supernova remnants

From Wikipedia, the free encyclopedia

This is a list of observedsupernova remnants (SNRs) in theMilky Way, as well as galaxies nearby enough to resolve individual nebulae, such as theLarge andSmall Magellanic Clouds and theAndromeda Galaxy and some nearby galaxies.

Supernova remnants typically only survive for a few tens of thousands of years, making all known SNRs fairly young compared to many other astronomical objects.

ImageNameRight ascensionDeclinationFirst visible
from Earth
Peak
magnitude
Distance (ly)TypeGalaxyRemnant
Sh2-264 or
Lambda Orionis Ring
05h 37m+09° 30′~1 million years ago?1,100?Milky Way?
SNR G000.3+00.017 46 15.0-28 38 00500,000 years ago?27,200-27,700?Milky Way?
Sagittarius A East17h 45m 41s−29° 00′ 48″100,000−35,000
years ago
?26,000tidal disruptionMilky Way?
SNR J045546-68384804 55 37-68 38 47~86,000 years ago?163,000CC?Milky Way?
Monogem Ring
(SNR G201.1+08.3)
06h 59m+13° 56′~86,000 years ago?900?Milky Wayneutron star
PSR B0656+14
SNR J0450.4-705004h 50m 27s−70° 50′ 15″~45,000 years ago?165,000core-collapse?Milky Way?
Simeis 147 or
Spaghetti Nebula
05h 39m+27° 50′~40,000 years ago6.53,000?Milky Wayneutron star
PSR J0538+2817
IC 443 also known as jellyfish nebulae06h 18m 02.7s+22° 39′ 36″~30,000 years ago?3,000IIMilky Wayneutron star
CXOU J061705.3+222127
SNR J0454.6-671304 54 33.67 13 13~30,000 years ago?163,000IaMilky Way?
SNR G132.6+01.502h 17m 40s+62° 45′ 00″33,000–27,000
years ago
?7,200?Milky Way?
W50 or
Manatee Nebula
19h 12m 20s+04° 55′ 00″~20,000 years ago?18,000?Milky Wayblack hole/neutron star
SS 433
W4418h 56m 10.65s+01° 13′ 21.3″20,000–16,000
years ago
?10,400?Milky Wayneutron star
PSR B1853+01
SNR G359.0-0.917h 45m 30s−29° 57′ 0″18,000 years ago?11,000?Milky Way?
SNR 0453-68.504 53 38-68 29 2717,000-13,000 years ago?163,000IIMilky Way?
SNR J045447-66252804 54 49-65 66 3211,000 years ago?163,000CC?Milky Way?
Vela SNR08h 34m−45° 50′10,300−9,000 BCE12815±98IIMilky Wayneutron star
Vela Pulsar
SNR G359.1-0.517h 46m 5s−30° 16′ca. 8,000 BCE[1]?10,500?Milky Way?
SNR 0534-69.905 34 02-69 55 03ca. 8,000 BCE?163,000IaMilky Way?
CTB 1 or
Abell 85
23h 59m 13s+62° 26′ 12″9,000–5,500 BCE?10,100?Milky Wayneutron star
PSR J0002+6216
Kesteven 7918h 52m 29s+00° 38′ 42″8600–7000 BCE?23,000?Milky Wayneutron star
PSR J1852+0040

Cygnus Loop,
includingVeil Nebula
20h 51m+30° 40′6,000−3,000 BCE71,470?Milky Waypossible neutron star
2XMM J204920.2+290106
SNR J050555-68015005 05 55-68 01 47~6,200 BCE?163,000?Milky Way?
3C 5802h 05m 37.0s+64° 49′ 42″3500−1500 BCE?8,000?Milky Waypulsar
3C 58
LMC N4905h 26m 00.4s−66° 05′ 02″~3,000 BCE?160,000CCLMCneutron star
PSR B0525-66
G299.2-2.9[2]12h 15m 13s−65° 30′ 00″~2,500 BCE?16,000IasMilky Waynone
DEM L7105 05 42-62 52 39~2,300 BCE?160,000IaMilky Way?
SNR G000.9+00.117 47 18.0-28 09 001,900 years ago?27,000-33,000?Milky Wayneutron star

PSR J1747-2809

Puppis A08h 24m 07s−42° 59′ 50″~1,700 BCE?7,000?Milky Wayneutron star
RX J0822−4300
G332.4+00.116h 15m 20s−50° 42′ 00″~1,000 BCE?16,800?Milky Wayneutron star
PSR J1614-5048
G54.1+0.3[3]19h 30m 30s+18° 52′ 14″~900 BCE?22,000?Milky Wayneutron star
PSR J1930+1852
G292.0+01.811h 24m 59s−59° 19′ 10″~800–400 BCE?17,600?Milky Wayneutron star
PSR J1124-5916
Kesteven 7518h 46m 25.5s−02° 59′ 14″1st millennium BCE?18,900?Milky Wayneutron star
PSR J1846-0258
G306.3-0.9[4]13h 21m 50.9s−63° 33′ 50″~400 BCE?26,000IaMilky Waynone
RCW 10316h 17m 33s−51° 02′ 00″1st century?10,000IIMilky Wayneutron star
1E 161348-5055
SN 18514h 43m 00s−62° 30′ 00″December 7, 185?8,200IaMilky Waynone
SN 38618h 11.5m−19° 25′April/May386?14000-23000IIMilky Wayneutron star
PSR J1811-1926
SN 39317h 14m−39.8°27 February 393?~9,700II/IbMilky Way?
CTB 37B17h 13m 43.0s−38° 10′ 12″~500 CE
(April 393?)
?43,000?Milky Wayneutron star
CXOU J171405.7-381031
E010201h 04m 01s−72° 01′ 52″1st millennium?190,000?Milky Wayneutron star
SNR 0540-69.305h 40m 10.8s−69° 19′ 54.2″350–1250 CE?160,000CCMilky Wayneutron star
PSR J0540−6919
W49B19h 11m 09s+09° 06′ 24″About 1000 CE?26,000Ib or IcMilky Wayunidentified black hole
SN 100615h 02m 22.1s−42° 05′ 49″May 1, 1006−7.57,200Ia[5]Milky Waynone
G350.1-0.317h 21m 06s−37° 26′ 50″1000–1100?15,000?Milky Wayneutron star
XMMU J172054.5-372652
SN 1054 or M1 or
Crab Nebula
05h 34m 31.94s+22° 00′ 52.2″July 4, 1054−66,300IIMilky Wayneutron star
Crab Pulsar
IRAS 00500+6713 (SN 1181)0h 53m 11.21s+67° 30′ 02.4″1181?8,000 ± 500IaxMilky Waynone
RX J0852.0-4622 or
Vela Junior
08h 52m 00s−46° 20′ 00″September 13, 1271[6]?700?Milky Wayneutron star
CXOU J085201.4–461753
SGR 1806-2018h 08m 39.32s−20° 24′ 40.1″1050–1650?42,000?Milky Wayneutron star
SGR 1806-20
SNR 0519-69.005h 19m 35.14s−69° 02′ 00.5″ca. 1350?164,000Ia[7]LMC?
SN 1572 or
Tycho's Nova
00h 25m 21.5s+64° 08′ 27″November 11, 1572−47,500Ia[5]Milky Waynone
SN 1604 or
Kepler's Nova
17h 30m 35.98s−21° 28′ 56.2″October 8, 1604−2.520,000IaMilky Waynone
SNR 0509-67.505h 09m 31s−67° 31′ 18″ca. 1600?160,000IaMilky Way?
Cassiopeia A23h 23m 24s+58° 48′ 54″circa 1667610,000IIb[8]Milky Wayneutron star
CXOU J232327.8+584842
NGC 2032 (ESO 56-EN160/Seagull Nebula)05h 35m 20.0s−67° 34′ 36″27 September 1826?165,000?II?LMC?
NGC 206005h 37m 51.6s−69° 10′ 23″1836?160,000IILMCneutron star
PSR J0537−6910
SN 1885A or
S Andromedae
00h 42m 43.12s+41° 16′ 03.2″August 20, 188562,500,000I pecAndromeda Galaxynone
G1.9+0.317h 48m 46.1s−27° 09′ 50.9″circa 1898?25,000IaMilky Waynone
3C 392 (SNR G034.6-00.5/W44/CTB 60)18h 56m 11s1958?~9,700II?Milky Wayneutron star
PSR B1853+01
SNR J0519–69021981?165,000IaLMC?
G290.1-0.8 (MSH 11-61A)10h 59m 25.36s−61° 18′ 42.6″???IIMilky Wayneutron star?
Honeycomb Nebula05h 35m 46.0s−69° 18′ 00″??150,000II?Milky Way?
N103B (SNR 0509–68.7)05h 08m 40.0s−68° 45′ 12.0″??168,000IaLMC?
SN 1987A05h 35m 28.02s−69° 16′ 11.1″February 24, 19873168,000II-PLMCneutron star
SN 1972E13 May 1972?10,900,000IaNGC 5253None
SN 1979C12h 22m 58.58s+15° 47′ 52.7″1979?50,000,000IIM100neutron star
SN 1998S11h 46m 06.25s+47° 28′ 55.5″2 March 1998?50,000,000IInNGC 3877?
SN 2003B02h 46.3m−30° 17′January 5, 2003?45,000,000IINGC 1097?
SN 2003gd01h 36m 42.65s+15° 44′ 20.9″12 June 2003?30,300,000II-PM74neutron star?
SN 2004gt12h 01m 50.37s−18° 52′ 12.7″December 12, 2004?63,000,000IcAntennae Galaxies?
SN 2007sr12h 01m 52.08s−18° 58′ 21.7″December 18, 2007?72,700,000IaAntennae Galaxies?
SN 2020jfo4h 28m 54.05s+12° 21′ 50.480″May 6, 2020?52,500,000IIM61?
SN 2020fqv12h 36m 33.260s+11° 13′ 53.87″March 31, 2020?60,000,000IIbNGC 4568neutron star
SN 2023rve02h 46m 18.13s−30° 14′ 22.2″September 8, 2023?45,000,000IINGC 1097?
G305.4–2.2 (Teleios)[9]?7,000 or25,000Milky Way

See also

[edit]

References

[edit]
  1. ^Bamba, Aya; Yokogawa, Jun; Sakano, Masaaki; Koyama, Katsuji (1 April 2000). "Deep X-Ray Observations of Supernova Remnants G359.1–0.5 and G359.0–0.9 with ASCA".Publications of the Astronomical Society of Japan.52 (2):259–266.arXiv:astro-ph/0003057.doi:10.1093/pasj/52.2.259.
  2. ^Chandra X-Ray Observatory (2015-02-12)."G299.2-2.9: Exploded Star Blooms Like a Cosmic Flower". Retrieved2015-10-15.
  3. ^Rho, J; et al. (2018-10-01)."A dust twin of Cas A: cool dust and 21 μm silicate dust feature in the supernova remnant G54.1+0.3".Monthly Notices of the Royal Astronomical Society.479 (4):5101–5123.arXiv:1707.08230.doi:10.1093/mnras/sty1713.ISSN 0035-8711.
  4. ^Francis, Reddy."NASA's Swift, Chandra Explore a Youthful 'Star Wreck'".NASA. Retrieved2013-03-21.
  5. ^abSchaefer, B. E. (2004). Höflich, Peter; Kumar, Pawan; Wheeler, J. Craig (eds.).Cosmic explosions in three dimensions : asymmetries in supernovae and gamma-ray bursts. Cambridge Contemporary Astrophysics. p. 383.ISBN 0-521-84286-7.. Supernovae types discussed in contributed article "Types for the galactic supernovae" by B.E. Schaefer, pp. 81–84.
  6. ^Wade, Richard Peter (2 January 2019). "Polynesian origins of the Māori in New Zealand and the supernova RX J0852.0-4622 / G 266.2-1.2 or Mahutonga".Transactions of the Royal Society of South Africa.74 (1):67–85.Bibcode:2019TRSSA..74...67W.doi:10.1080/0035919X.2018.1555680.hdl:2263/76028.
  7. ^"Astronomers Determine Age of Supernova Remnant in Large Magellanic Cloud".Sci.News. 2022-09-14. Retrieved2025-01-01.
  8. ^Krause, O.; Birkmann, S.; Usuda, T.; Hattori, T.; Goto, M.; Rieke, G.; Misselt, K. (2008). "The Cassiopeia A supernova was of type IIb".Science.320 (5880):1195–1197.arXiv:0805.4557.Bibcode:2008Sci...320.1195K.doi:10.1126/science.1155788.PMID 18511684.S2CID 40884513.
  9. ^Filipovic, Miroslav D.; et al. (2025). "Teleios (G305.4-2.2) -- the mystery of a perfectly shaped new Galactic supernova remnant".arXiv:2505.04041 [astro-ph.HE].

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