Star Pollux Sunset View May 15 2020


#asmallorange David Williams alsforums.com – I was an A Small Orange (ASO) customer for over 7 years. Originally, they were very good, however, once sold to a parent company their service deteriorated quickly. Over Christmas of 2015 I had 4 days of downtime without a single response from support. They did post that they were having troubles and were full of apologies, but 4 days of outage is relatively unheard of in hosting circles. However, despite these issues I kept my VPS and a few shared servers with ASO. I hoped it was a one-off occurrence and that it would be an isolated issue. Over the next few months I would have periodic downtime as measured by a monitoring service; support requests would be file and the average response time was a few hours. Live chat is relatively quick to respond, quick to apologize, but very slow to help. From my experiences I don’t think they’re very tech savvy; just offshore people kept on-hand to provice the illusion of support. Every issue I had for the past six months always needed to be “escalated”, which takes half a day or more. This past week I had to cancel all my services with them when my VPS went offline for 5 days. We noticed the server offline within 30 minutes and placed multiple support requests. All requests were ignored for 5 days. Live chat finally responded and for another 36 hours gave me the run around. Empty promises and excuses about “having a high volume of support requests”. After 6 days of the VPS server being completely unresponsive and offline we had to urgently move all our websites to a different hosting company and cancel our services with ASO. Please, save yourself a lot of headaches and grief and avoid this company at all costs. I can honestly say that the experience has been the worst business ordeal in my twenty years plus of dealing with online properties.


21:15 EU Clock
Pollux /ˈpɒləks/,] designated β Geminorum (Latinised to Beta Geminorum, abbreviated Beta Gem, β Gem), is an orange-hued evolved giant star about 34 light-years from the Sun in the constellation of Gemini. It is the brightest star in Gemini and the closest giant star to the Sun.

Since 1943, the spectrum of this star has served as one of the stable anchor points by which other stars are classified. In 2006 an extrasolar planet (designated Pollux b or β Geminorum b, later named Thestias) was confirmed to be orbiting it.
The traditional name Pollux refers to the twins Castor and Pollux in Greek and Roman mythology.] In 2016, the International Astronomical Union organized a Working Group on Star Names (WGSN) to catalog and standardize proper names for stars. The WGSN’s first bulletin of July 2016 included a table of the first two batches of names approved by the WGSN, which included Pollux for this star.
The Sun viewed from Pollux (in red circle) in the constellation Sagittarius. Made with Celestia.

Castor and Pollux are the two “heavenly twin” stars giving the constellation Gemini (Latin, ‘the twins’) its name. The stars, however, are quite different in detail. Castor is a complex sextuple system of hot, bluish-white A-type stars and dim red dwarfs, while Pollux is a single, cooler yellow-orange giant. In Percy Shelley’s 1818 poem Homer’s Hymn To Castor And Pollux, the star is referred to as “..mild Pollux, void of blame.”

Originally the planet was designated Pollux b. In July 2014 the International Astronomical Union launched a process for giving proper names to certain exoplanets and their host stars.] The process involved public nomination and voting for the new names. In December 2015, the IAU announced the winning name was Thestias for this planet. The winning name was based on that originally submitted by theSkyNet of Australia; namely Leda, Pollux’s mother. At the request of the IAU, ‘Thestias’ (the patronym of Leda, a daughter of Thestius) was substituted. This was because ‘Leda’ was already attributed to an asteroid and to one of Jupiter’s satellites.

In the catalogue of stars in the Calendarium of Al Achsasi Al Mouakket, this star was designated Muekher al Dzira, which was translated into Latin as Posterior Brachii, meaning the end in the paw.

In Chinese, 北河 (Běi Hé), meaning North River, refers to an asterism consisting of Pollux, ρ Geminorum, and Castor. Consequently, Pollux itself is known as 北河三 (Běi Hé sān, English: the Third Star of North River
At an apparent visual magnitude of 1.14, Pollux is the brightest star in its constellation, even brighter than its neighbor Castor (α Geminorum). Pollux is 6.7 degrees north of the ecliptic, too far north to be occulted by the moon and planets, but in the distant future it will be close enough.[citation needed]

Parallax measurements by the Hipparcos astrometry satelliteplace Pollux at a distance of about 33.78 light-years (10.36 parsecs) from the Sun.

The star is larger than the Sun, with about two times its mass and almost nine times its radius. Once an A-type main sequence star, Pollux has exhausted the hydrogen at its core and evolved into a giant star with a stellar classification of K0 III. The effective temperature of this star’s outer envelope is about 4666 K, which lies in the range that produces the characteristic orange hue of K-type stars. Pollux has a projected rotational velocity of 2.8 km·s−1. The abundance of elements other than hydrogen and helium, what astronomers term the star’s metallicity, is uncertain, with estimates ranging from 85% to 155% of the Sun’s abundance.

Evidence for a low level of magnetic activity came from the detection of weak X-ray emission using the ROSAT orbiting telescope. The X-ray emission from this star is about 1027 erg s−1, which is roughly the same as the X-ray emission from the Sun. A magnetic field with a strength below 1 Gauss has since been confirmed on the surface of Pollux; one of the weakest fields ever detected on a star. The presence of this field suggests that Pollux was once an Ap star with a much stronger magnetic field. The star displays small amplitude radial velocity variations, but is not photometrically variable.
Since 1993 scientists have suspected an extrasolar planet orbiting Pollux,] from measured radial velocity oscillations. The existence of the planet, Pollux b, was confirmed and announced on June 16, 2006. Pollux b is calculated to have a mass at least 2.3 times that of Jupiter. The planet is orbiting Pollux with a period of about 590 days

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