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{{DISPLAYTITLE:2010 SO<sub>16</sub>}}
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{{Infobox planet
| width = 25em
| bgcolour = #FFFFC0
| name = {{mp|2010 SO|16}}
| discovery = yes
| discoverer= [[Wide-field Infrared Survey Explorer]]
| orbit_ref = <ref name="arxiv"/>
| epoch = January 4, 2010 (2455200.5)
| aphelion = 1.058 [[Astronomical unit|AU]] (Q)
| semimajor = 1.00039 AU (a)
| eccentricity = 0.075188
| inclination = 14.536[[degree (angle)|°]]
| asc_node = 40.523°
| mean_anomaly = 137.831° (M)
| arg_peri = 108.283°
| dimensions = 200–400 metres
| albedo =
| abs_magnitude = 20.7
}}
'''{{mp|2010 SO|16}}''' is a [[Near-Earth object|near-Earth asteroid]] discovered by the [[Wide-field Infrared Survey Explorer]] [[space telescope]]. The orbit was described by [[Christou Apostolos]] and [[David Asher]] at the [[Armagh Observatory]] in [[Northern Ireland]].<ref name="arxiv">{{cite arxiv|date=2011-03-31|title=A long-lived horseshoe companion to the Earth|eprint=1104.0036|author1=Christou|author2=Asher|class=astro-ph.EP}}</ref> The object has a [[Magnitude (astronomy)|magnitude]] of 20.7 and is several hundred meters in diameter.
 
{{mp|2010 SO|16}} has a "[[horseshoe orbit]]" that allows it to stably share Earth's orbital neighborhood without colliding with it.  It is one of a handful of known asteroids with such an orbit, a group that includes [[3753 Cruithne]]. It is, however, neither an [[Aten asteroid]] nor an [[Apollo asteroid]] because the [[semi-major axis]] of its orbit is neither less than nor greater than 1 AU, but oscillates between approximately 0.996 and 1.004 AU, with a period of about 350 yr.<ref name="arxiv"/> In its ~350 yr horseshoe cycle, it never approaches the Earth more closely than about 0.15 AU, alternately trailing and leading.
 
According to various simulations {{mp|2010 SO|16}} will remain in this orbit for at least 120,000 years and possibly for more than a million years, which is unusually stable compared to other similar objects.<ref name=techreview>[http://www.technologyreview.com/blog/arxiv/26608/Earth-Companion Asteroid Discovered in Horseshoe-Shaped Orbit], The Physics arXiv Blog, ''[[Technology Review]]'', 4/05/2011</ref>  One reason for this stability is its low [[orbital eccentricity]], <math>< 0.084</math>.<ref name="arxiv"/>
 
==See also==
*[[3753 Cruithne]] – a [[horseshoe orbit|horseshoe]] companion of the Earth
*{{mpl|2006 RH|120}} – a small asteroid that sometimes temporarily gets caught in Earth orbit
*{{mpl|2002 AA|29}} – a horseshoe companion of the Earth
*[[Natural satellite]]
 
==References and footnotes==
{{Reflist}}
 
==External links==
*[http://ssd.jpl.nasa.gov/sbdb.cgi?sstr=2010+SO16&orb=1 JPL SO16 orbit simulation]
 
{{Small Solar System bodies}}
 
{{DEFAULTSORT:2010 So16}}
[[Category:Astronomical objects discovered in 2010]]
[[Category:Earth-crosser asteroids]]
[[Category:Co-orbital minor planets]]

Revision as of 13:03, 3 March 2014

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