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The National Hospital Ambulatory Medical Care Survey (NHAMCS) defines an emergency department as a hospital facility that is staffed 24 hours a day, 7 days a week, and provides unscheduled outpatient services to patients whose condition requires immediate care. Emergency services provided under the “hospital as landlord” arrangement, in which the hospital rents space to a physician group, are also eligible to participate in NHAMCS. An emergency department is in scope for the survey if it was staffed 24 hours a day. If an in-scope emergency department had an emergency service area that was open less than 24 hours a day, that area is included under the emergency department. If an emergency department is staffed less than 24 hours a day, that department is considered an outpatient clinic. (Also see Sources and Definitions, Emergency department or emergency room visit.)
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Milky Way
The Milky Way[b] is the galaxy that includes our Solar System, with the name describing the galaxy's appearance from Earth: a hazy band of light seen in the night sky formed from stars that cannot be individually distinguished by the naked eye. The term Milky Way is a translation of the Latin via lactea, from the Greek γαλακτικός κύκλος (galaktikos kýklos), meaning "milky circle".[18][19][20] From Earth, the Milky Way appears as a band because its disk-shaped structure is viewed from within. Galileo Galilei first resolved the band of light into individual stars with his telescope in 1610. Until the early 1920s, most astronomers thought that the Milky Way contained all the stars in the Universe.[21] Following the 1920 Great Debate between the astronomers Harlow Shapley and Heber Curtis,[22] observations by Edwin Hubble showed that the Milky Way is just one of many galaxies.
The Milky Way is a barred spiral galaxy with an estimated D25 isophotal diameter of 26.8 ± 1.1 kiloparsecs (87,400 ± 3,590 light-years),[8] but only about 1,000 light years thick at the spiral arms (more at the bulge). Recent simulations suggest that a dark matter area, also containing some visible stars, may extend up to a diameter of almost 2 million light-years (613 kpc).[23][24] The Milky Way has several satellite galaxies and is part of the Local Group of galaxies, which form part of the Virgo Supercluster, which is itself a component of the Laniakea Supercluster.[25][26]
It is estimated to contain 100–400 billion stars[27][28] and at least that number of planets.[29][30] The Solar System is located at a radius of about 27,000 light-years (8.3 kpc) from the Galactic Center,[31] on the inner edge of the Orion Arm, one of the spiral-shaped concentrations of gas and dust. The stars in the innermost 10,000 light-years form a bulge and one or more bars that radiate from the bulge. The Galactic Center is an intense radio source known as Sagittarius A*, a supermassive black hole of 4.100 (± 0.034) million solar masses.[32][33] Stars and gases at a wide range of distances from the Galactic Center orbit at approximately 220 kilometers per second. The constant rotational speed appears to contradict the laws of Keplerian dynamics and suggests that much (about 90%)[34][35] of the mass of the Milky Way is invisible to telescopes, neither emitting nor absorbing electromagnetic radiation. This conjectural mass has been termed "dark matter".[36] The rotational period is about 212 million years at the radius of the Sun.[13]
The Milky Way as a whole is moving at a velocity of approximately 600 km per second with respect to extragalactic frames of reference. The oldest stars in the Milky Way are nearly as old as the Universe itself and thus probably formed shortly after the Dark Ages of the Big Bang.[37]
Etymology and mythology[edit]
In the Babylonian epic poem Enūma Eliš, the Milky Way is created from the severed tail of the primeval salt water dragoness Tiamat, set in the sky by Marduk, the Babylonian national god, after slaying her.[38][39] This story was once thought to have been based on an older Sumerian version in which Tiamat is instead slain by Enlilof Nippur,[40][41] but is now thought to be purely an invention of Babylonian propagandists with the intention to show Marduk as superior to the Sumerian deities.[41]
In Greek mythology, Zeus places his son born by a mortal woman, the infant Heracles, on Hera's breast while she is asleep so the baby will drink her divine milk and thus become immortal. Hera wakes up while breastfeeding and then realizes she is nursing an unknown baby: she pushes the baby away, some of her milk spills, and it produces the band of light known as the Milky Way. In another Greek story, the abandoned Heracles is given by Athena to Hera for feeding, but Heracles' forcefulness causes Athena to rip him from her breast in pain.[42][43][44]
Llys Dôn (literally "The Court of Dôn") is the traditional Welsh name for the constellation Cassiopeia. At least three of Dôn's children also have astronomical associations: Caer Gwydion ("The fortress of Gwydion") is the traditional Welsh name for the Milky Way,[45][46] and Caer Arianrhod ("The Fortress of Arianrhod") being the constellation of Corona Borealis.[47][48]
In western culture, the name "Milky Way" is derived from its appearance as a dim un-resolved "milky" glowing band arching across the night sky. The term is a translation of the Classical Latin via lactea, in turn derived from the Hellenistic Greek γαλαξίας, short for γαλαξίας κύκλος (galaxías kýklos), meaning "milky circle". The Ancient Greek γαλαξίας (galaxias) – from root γαλακτ-, γάλα ("milk") + -ίας (forming adjectives) – is also the root of "galaxy", the name for our, and later all such, collections of stars.[18][49][50][51]
The Milky Way, or "milk circle", was just one of 11 "circles" the Greeks identified in the sky, others being the zodiac, the meridian, the horizon, the equator, the tropics of Cancer and Capricorn, the Arctic Circleand the Antarctic Circle, and two colure circles passing through both poles.[52]
Appearance[edit]
The Milky Way is visible as a hazy band of white light, some 30° wide, arching the night sky.[53] Although all the individual naked-eye stars in the entire sky are part of the Milky Way Galaxy, the term "Milky Way" is limited to this band of light.[54][55] The light originates from the accumulation of unresolved stars and other material located in the direction of the galactic plane. Brighter regions around the band appear as soft visual patches known as star clouds. The most conspicuous of these is the Large Sagittarius Star Cloud, a portion of the central bulge of the galaxy.[56] Dark regions within the band, such as the Great Rift and the Coalsack, are areas where interstellar dust blocks light from distant stars. Peoples of the southern hemisphere, including the Inca and Australian aborigines, identified these regions as dark cloud constellations.[57] The area of sky that the Milky Way obscures is called the Zone of Avoidance.[58]
The Milky Way has a relatively low surface brightness. Its visibility can be greatly reduced by background light, such as light pollution or moonlight. The sky needs to be darker than about 20.2 magnitude per square arcsecond in order for the Milky Way to be visible.[59] It should be visible if the limiting magnitude is approximately +5.1 or better and shows a great deal of detail at +6.1.[60] This makes the Milky Way difficult to see from brightly lit urban or suburban areas, but very prominent when viewed from rural areas when the Moon is below the horizon.[c] Maps of artificial night sky brightness show that more than one-third of Earth's population cannot see the Milky Way from their homes due to light pollution.[61]
As viewed from Earth, the visible region of the Milky Way's galactic plane occupies an area of the sky that includes 30 constellations.[d] The Galactic Center lies in the direction of Sagittarius, where the Milky Way is brightest. From Sagittarius, the hazy band of white light appears to pass around to the galactic anticenter in Auriga. The band then continues the rest of the way around the sky, back to Sagittarius, dividing the sky into two roughly equal hemispheres.[citation needed]
The galactic plane is inclined by about 60° to the ecliptic (the plane of Earth's orbit). Relative to the celestial equator, it passes as far north as the constellation of Cassiopeia and as far south as the constellation of Crux, indicating the high inclination of Earth's equatorial plane and the plane of the ecliptic, relative to the galactic plane. The north galactic pole is situated at right ascension 12h 49m, declination +27.4° (B1950) near β Comae Berenices, and the south galactic pole is near α Sculptoris. Because of this high inclination, depending on the time of night and year, the Milky Way arch may appear relatively low or relatively high in the sky. For observers from latitudes approximately 65° north to 65° south, the Milky Way passes directly overhead twice a day.[citation needed]
Astronomical history[edit]
In Meteorologica, Aristotle (384–322 BC) states that the Greek philosophers Anaxagoras (c. 500–428 BC) and Democritus (460–370 BC) proposed that the Milky Way is the glow of stars not directly visible due to Earth's shadow, while other stars receive their light from the Sun (but have their glow obscured by solar rays).[62] Aristotle himself believed that the Milky Way was part of the Earth's upper atmosphere (along with the stars), and that it was a byproduct of stars burning that did not dissipate because of its outermost location in the atmosphere (composing its great circle). He also said that the Milky appearance of the Milky Way galaxy was due to the refraction of the earth's atmosphere.[63][64][65] The Neoplatonist philosopher Olympiodorus the Younger (c. 495–570 AD) criticized this view, arguing that if the Milky Way were sublunary, it should appear different at different times and places on Earth, and that it should have parallax, which it does not. In his view, the Milky Way is celestial. This idea would be influential later in the Muslim world.[66]
The Persian astronomer Al-Biruni (973–1048) proposed that the Milky Way is "a collection of countless fragments of the nature of nebulous stars".[67] The Andalusianastronomer Avempace (d 1138) proposed the Milky Way to be made up of many stars but appears to be a continuous image in the Earth's atmosphere, citing his observation of a conjunction of Jupiter and Mars in 1106 or 1107 as evidence.[64] The Persian astronomer Nasir al-Din al-Tusi (1201–1274) in his Tadhkira wrote: "The Milky Way, i.e. the Galaxy, is made up of a very large number of small, tightly clustered stars, which, on account of their concentration and smallness, seem to be cloudy patches. Because of this, it was likened to milk in color."[68] Ibn Qayyim al-Jawziyya (1292–1350) proposed that the Milky Way is "a myriad of tiny stars packed together in the sphere of the fixed stars".[69]
Proof of the Milky Way consisting of many stars came in 1610 when Galileo Galilei used a telescope to study the Milky Way and discovered that it is composed of a huge number of faint stars. Galileo also concluded that the appearance of the Milky Way was due to refraction of the Earth's atmosphere .[70][71][63] In a treatise in 1755, Immanuel Kant, drawing on earlier work by Thomas Wright,[72] speculated (correctly) that the Milky Way might be a rotating body of a huge number of stars, held together by gravitational forces akin to the Solar System but on much larger scales.[73] The resulting disk of stars would be seen as a band on the sky from our perspective inside the disk. Wright and Kant also conjectured that some of the nebulae visible in the night sky might be separate "galaxies" themselves, similar to our own. Kant referred to both the Milky Way and the "extragalactic nebulae" as "island universes", a term still current up to the 1930s.[74][75][76]
The first attempt to describe the shape of the Milky Way and the position of the Sun within it was carried out by William Herschel in 1785 by carefully counting the number of stars in different regions of the visible sky. He produced a diagram of the shape of the Milky Way with the Solar System close to the center.[77]
In 1845, Lord Rosse constructed a new telescope and was able to distinguish between elliptical and spiral-shaped nebulae. He also managed to make out individual point sources in some of these nebulae, lending credence to Kant's earlier conjecture.[78][79]
In 1904, studying the proper motions of stars, Jacobus Kapteyn reported that these were not random, as it was believed in that time; stars could be divided into two streams, moving in nearly opposite directions.[80] It was later realized that Kapteyn's data had been the first evidence of the rotation of our galaxy,[81] which ultimately led to the finding of galactic rotation by Bertil Lindblad and Jan Oort.[citation needed]
In 1917, Heber Curtis had observed the nova S Andromedae within the Great Andromeda Nebula (Messier object 31). Searching the photographic record, he found 11 more novae. Curtis noticed that these novae were, on average, 10 magnitudes fainter than those that occurred within the Milky Way. As a result, he was able to come up with a distance estimate of 150,000 parsecs. He became a proponent of the "island universes" hypothesis, which held that the spiral nebulae were independent galaxies.[82][83] In 1920 the Great Debate took place between Harlow Shapley and Heber Curtis, concerning the nature of the Milky Way, spiral nebulae, and the dimensions of the Universe. To support his claim that the Great Andromeda Nebula is an external galaxy, Curtis noted the appearance of dark lanes resembling the dust clouds in the Milky Way, as well as the significant Doppler shift.[84]
The controversy was conclusively settled by Edwin Hubble in the early 1920s using the Mount Wilson observatory 2.5 m (100 in) Hooker telescope. With the light-gathering power of this new telescope, he was able to produce astronomical photographs that resolved the outer parts of some spiral nebulae as collections of individual stars. He was also able to identify some Cepheid variables that he could use as a benchmark to estimate the distance to the nebulae. He found that the Andromeda Nebula is 275,000 parsecs from the Sun, far too distant to be part of the Milky Way.[85][86]
Astrography[edit]
The ESA spacecraft Gaia provides distance estimates by determining the parallax of a billion stars and is mapping the Milky Way with four planned releases of maps in 2016, 2018, 2021 and 2024.[87][88] Data from Gala has been described as "transformational". It has been estimated that Gaia has expanded the number of observations of stars from about 2 million stars as of the 1990s to 2 billion. It has expanded the measurable volume of space by a factor of 100 in radius and a factor of 1,000 in precision.[89] A study in 2020 concluded that Gaia detected a wobbling motion of the galaxy, which might be caused by "torques from a misalignment of the disc's rotation axis with respect to the principal axis of a non-spherical halo, or from accreted matter in the halo acquired during late infall, or from nearby, interacting satellite galaxies and their consequent tides".[90]
Sun's location and neighborhood[edit]
The Sun is near the inner rim of the Orion Arm, within the Local Fluff of the Local Bubble, between the Radcliffe waveand Split linear structures (formerly Gould Belt).[91] Based upon studies of stellar orbits around Sgr A* by Gillessen et al.(2016), the Sun lies at an estimated distance of 27.14 ± 0.46 kly (8.32 ± 0.14 kpc)[31] from the Galactic Center. Boehle et al. (2016) found a smaller value of 25.64 ± 0.46 kly (7.86 ± 0.14 kpc), also using a star orbit analysis.[92] The Sun is currently 5–30 parsecs (16–98 ly) above, or north of, the central plane of the Galactic disk.[93] The distance between the local arm and the next arm out, the Perseus Arm, is about 2,000 parsecs (6,500 ly).[94] The Sun, and thus the Solar System, is located in the Milky Way's galactic habitable zone.[95][96]
There are about 208 stars brighter than absolute magnitude 8.5 within a sphere with a radius of 15 parsecs (49 ly) from the Sun, giving a density of one star per 69 cubic parsecs, or one star per 2,360 cubic light-years (from List of nearest bright stars). On the other hand, there are 64 known stars (of any magnitude, not counting 4 brown dwarfs) within 5 parsecs (16 ly) of the Sun, giving a density of about one star per 8.2 cubic parsecs, or one per 284 cubic light-years (from List of nearest stars). This illustrates the fact that there are far more faint stars than bright stars: in the entire sky, there are about 500 stars brighter than apparent magnitude 4 but 15.5 million stars brighter than apparent magnitude 14.[97]
The apex of the Sun's way, or the solar apex, is the direction that the Sun travels through space in the Milky Way. The general direction of the Sun's Galactic motion is towards the star Vega near the constellation of Hercules, at an angle of roughly 60 sky degrees to the direction of the Galactic Center. The Sun's orbit about the Milky Way is expected to be roughly elliptical with the addition of perturbations due to the Galactic spiral arms and non-uniform mass distributions. In addition, the Sun passes through the Galactic plane approximately 2.7 times per orbit.[98] This is very similar to how a simple harmonic oscillator works with no drag force (damping) term. These oscillations were until recently thought to coincide with mass lifeform extinction periods on Earth.[99] A reanalysis of the effects of the Sun's transit through the spiral structure based on CO data has failed to find a correlation.[100]
It takes the Solar System about 240 million years to complete one orbit of the Milky Way (a galactic year),[101] so the Sun is thought to have completed 18–20 orbits during its lifetime and 1/1250 of a revolution since the origin of humans. The orbital speed of the Solar System about the center of the Milky Way is approximately 220 km/s (490,000 mph) or 0.073% of the speed of light. The Sun moves through the heliosphere at 84,000 km/h (52,000 mph). At this speed, it takes around 1,400 years for the Solar System to travel a distance of 1 light-year, or 8 days to travel 1 AU (astronomical unit).[102] The Solar System is headed in the direction of the zodiacal constellation Scorpius, which follows the ecliptic.[103]
Galactic quadrants[edit]
A galactic quadrant, or quadrant of the Milky Way, refers to one of four circular sectors in the division of the Milky Way. In astronomical practice, the delineation of the galactic quadrants is based upon the galactic coordinate system, which places the Sun as the origin of the mapping system.[104]
Quadrants are described using ordinals – for example, "1st galactic quadrant",[105] "second galactic quadrant",[106] or "third quadrant of the Milky Way".[107] Viewing from the north galactic pole with 0° (zero degrees) as the ray that runs starting from the Sun and through the Galactic Center, the quadrants are:
with the galactic longitude (ℓ) increasing in the counter-clockwise direction (positive rotation) as viewed from north of the Galactic Center (a view-point several hundred thousand light-years distant from Earth in the direction of the constellation Coma Berenices); if viewed from south of the Galactic Center (a view-point similarly distant in the constellation Sculptor), ℓ would increase in the clockwise direction (negative rotation).
Size and mass[edit]
Size[edit]
The Milky Way is one of the two largest galaxies in the Local Group (the other being the Andromeda Galaxy), although the size for its galactic disc and how much it defines the isophotal diameter is not well understood.[109] It is estimated that the significant bulk of stars in the galaxy lies within the 26 kiloparsecs (80,000 light-years) diameter, and that the number of stars beyond the outermost disc dramatically reduces to a very low number, with respect to an extrapolation of the exponential disk with the scale length of the inner disc.[110][109]
There are several methods being used in astronomy in defining the size of a galaxy, and each of them can yield different results with respect to one another. The most commonly employed method is the D25 standard – the isophote where the photometric brightness of a galaxy in the B-band (445 nm wavelength of light, in the blue part of the visible spectrum) reaches 25 mag/arcsec2.[111] An estimate from 1997 by Goodwin and others compared the distribution of Cepheid variable stars in 17 other spiral galaxies to the ones in the Milky Way, and modelling the relationship to their surface brightnesses. This gave an isophotal diameter for the Milky Way at 26.8 ± 1.1 kiloparsecs (87,400 ± 3,590 light-years), by assuming that the galactic disc is well represented by an exponential disc and adopting a central surface brightness of the galaxy (µ0) of 22.1±0.3 B-mag/arcsec−2 and a disk scale length (h) of 5.0 ± 0.5 kpc (16,000 ± 1,600 ly).[112][8][113] This is significantly smaller than the Andromeda Galaxy's isophotal diameter, and slightly below the mean isophotal sizes of the galaxies being at 28.3 kpc (92,000 ly).[8] The paper concludes that the Milky Way and Andromeda Galaxy were not overly large spiral galaxies and as well as one of the largest known (if the former not being the largest) as previously widely believed, but rather average ordinary spiral galaxies.[114] To compare the relative physical scale of the Milky Way, if the Solar System out to Neptune were the size of a US quarter (24.3 mm (0.955 in)), the Milky Way would be approximately at least the greatest north–south line of the contiguous United States.[115] An even older study from 1978 gave a lower diameter for Milky Way about 23 kpc (75,000 ly).[8]
A 2015 paper discovered that there is a ring-like filament of stars called Triangulum–Andromeda Ring (TriAnd Ring) rippling above and below the relatively flat galactic plane, which alongside Monoceros Ring were both suggested to be primarily the result of disk oscillations and wrapping around the Milky Way, at a diameter of at least 50 kpc (160,000 ly),[116] which may be part of the Milky Way's outer disk itself, hence making the stellar disk larger by increasing to this size.[117] However, a more recent 2018 paper later somewhat ruled out this hypothesis, and supported a conclusion that the Monoceros Ring, A13 and TriAnd Ring were stellar overdensities rather kicked out from the main stellar disk, with the velocity dispersion of the RR Lyrae stars found to be higher and consistent with halo membership.[118] Another 2018 study revealed the very probable presence of disk stars at 26–31.5 kpc (84,800–103,000 ly) from the Galactic Center or perhaps even farther, significantly beyond approximately 13–20 kpc (40,000–70,000 ly), in which it was once believed to be the abrupt drop-off of the stellar density of the disk, meaning that few or no stars were expected to be above this limit, save for stars that belong to the old population of the galactic halo.[109][119][120]
A 2020 study predicted the edge of the Milky Way's dark matter halo being around 292 ± 61 kpc (952,000 ± 199,000 ly), which translates to a diameter of 584 ± 122 kpc (1.905 ± 0.3979 Mly).[23][24] The Milky Way's stellar disk is also estimated to be approximately up to 1.35 kpc (4,000 ly) thick.[121][122]
Mass[edit]
The Milky Way is approximately 890 billion to 1.54 trillion times the mass of the Sun in total (8.9×1011 to 1.54×1012 solar masses),[34][35][123] although stars and planets make up only a small part of this. Estimates of the mass of the Milky Way vary, depending upon the method and data used. The low end of the estimate range is 5.8×1011 solar masses (M☉), somewhat less than that of the Andromeda Galaxy.[124][125][126] Measurements using the Very Long Baseline Array in 2009 found velocities as large as 254 km/s (570,000 mph) for stars at the outer edge of the Milky Way.[127] Because the orbital velocity depends on the total mass inside the orbital radius, this suggests that the Milky Way is more massive, roughly equaling the mass of Andromeda Galaxy at 7×1011 M☉ within 160,000 ly (49 kpc) of its center.[128] In 2010, a measurement of the radial velocity of halo stars found that the mass enclosed within 80 kiloparsecs is 7×1011 M☉.[129] According to a study published in 2014, the mass of the entire Milky Way is estimated to be 8.5×1011 M☉,[130] but this is only half the mass of the Andromeda Galaxy.[130] A recent 2019 mass estimate for the Milky Way is 1.29×1012 M☉.[131]
Much of the mass of the Milky Way seems to be dark matter, an unknown and invisible form of matter that interacts gravitationally with ordinary matter. A dark matter halo is conjectured to spread out relatively uniformly to a distance beyond one hundred kiloparsecs (kpc) from the Galactic Center. Mathematical models of the Milky Way suggest that the mass of dark matter is 1–1.5×1012 M☉.[132][133][134] 2013 and 2014 studies indicate a range in mass, as large as 4.5×1012 M☉[135] and as small as 8×1011 M☉.[136] By comparison, the total mass of all the stars in the Milky Way is estimated to be between 4.6×1010 M☉[137]and 6.43×1010 M☉.[132] In addition to the stars, there is also interstellar gas, comprising 90% hydrogen and 10% helium by mass,[138] with two thirds of the hydrogen found in the atomic form and the remaining one-third as molecular hydrogen.[139] The mass of the Milky Way's interstellar gas is equal to between 10%[139] and 15%[138] of the total mass of its stars. Interstellar dust accounts for an additional 1% of the total mass of the gas.[138]
In March 2019, astronomers reported that the virial mass of the Milky Way galaxy is 1.54 trillion solar masses within a radius of about 39.5 kpc (130,000 ly), over twice as much as was determined in earlier studies, and suggesting that about 90% of the mass of the galaxy is dark matter.[34][35]
Contents[edit]
The Milky Way contains between 100 and 400 billion stars[9][10] and at least that many planets.[140] An exact figure would depend on counting the number of very-low-mass stars, which are difficult to detect, especially at distances of more than 300 ly (90 pc) from the Sun. As a comparison, the neighboring Andromeda Galaxy contains an estimated one trillion (1012) stars.[141] The Milky Way may contain ten billion white dwarfs, a billion neutron stars, and a hundred million stellar black holes.[e][142][143] Filling the space between the stars is a disk of gas and dust called the interstellar medium. This disk has at least a comparable extent in radius to the stars,[144] whereas the thickness of the gas layer ranges from hundreds of light-years for the colder gas to thousands of light-years for warmer gas.[145][146]
The disk of stars in the Milky Way does not have a sharp edge beyond which there are no stars. Rather, the concentration of stars decreases with distance from the center of the Milky Way. For reasons that are not understood, beyond a radius of roughly 40,000 light years (13 kpc) from the center, the number of stars per cubic parsec drops much faster with radius.[110] Surrounding the galactic disk is a spherical galactic halo of stars and globular clusters that extends farther outward, but is limited in size by the orbits of two Milky Way satellites, the Large and Small Magellanic Clouds, whose closest approach to the Galactic Center is about 180,000 ly (55 kpc).[147] At this distance or beyond, the orbits of most halo objects would be disrupted by the Magellanic Clouds. Hence, such objects would probably be ejected from the vicinity of the Milky Way. The integrated absolute visual magnitude of the Milky Way is estimated to be around −20.9.[148][149][f]
Both gravitational microlensing and planetary transit observations indicate that there may be at least as many planets bound to stars as there are stars in the Milky Way,[29][150] and microlensing measurements indicate that there are more rogue planets not bound to host stars than there are stars.[151][152] The Milky Way contains at least one planet per star, resulting in 100–400 billion planets, according to a January 2013 study of the five-planet star system Kepler-32 by the Kepler space observatory.[30] A different January 2013 analysis of Kepler data estimated that at least 17 billion Earth-sized exoplanets reside in the Milky Way.[153] On November 4, 2013, astronomers reported, based on Kepler space mission data, that there could be as many as 40 billion Earth-sized planets orbiting in the habitable zones of Sun-like stars and red dwarfs within the Milky Way.[154][155][156] 11 billion of these estimated planets may be orbiting Sun-like stars.[157] The nearest exoplanet may be 4.2 light-years away, orbiting the red dwarf Proxima Centauri, according to a 2016 study.[158] Such Earth-sized planets may be more numerous than gas giants,[29] though harder to detect at great distances given their small size. Besides exoplanets, "exocomets", comets beyond the Solar System, have also been detected and may be common in the Milky Way.[159] More recently, in November 2020, over 300 million habitable exoplanets are estimated to exist in the Milky Way Galaxy.[160]
Structure[edit]
The Milky Way consists of a bar-shaped core region surrounded by a warped disk of gas, dust and stars.[162][163] The mass distribution within the Milky Way closely resembles the type Sbc in the Hubble classification, which represents spiral galaxies with relatively loosely wound arms.[5] Astronomers first began to conjecture that the Milky Way is a barred spiral galaxy, rather than an ordinary spiral galaxy, in the 1960s.[164][165][166] These conjectures were confirmed by the Spitzer Space Telescope observations in 2005 that showed the Milky Way's central bar to be larger than previously thought.[167]
Galactic Center[edit]
The Sun is 25,000–28,000 ly (7.7–8.6 kpc) from the Galactic Center. This value is estimated using geometric-based methods or by measuring selected astronomical objects that serve as standard candles, with different techniques yielding various values within this approximate range.[168][92][31][169][170][171]In the inner few kiloparsecs (around 10,000 light-years radius) is a dense concentration of mostly old stars in a roughly spheroidal shape called the bulge.[172] It has been proposed that the Milky Way lacks a bulge due to a collision and merger between previous galaxies, and that instead it only has a pseudobulge formed by its central bar.[173] However, confusion in the literature between the (peanut shell)-shaped structure created by instabilities in the bar, versus a possible bulge with an expected half-light radius of 0.5 kpc, abounds.[174]
The Galactic Center is marked by an intense radio source named Sagittarius A* (pronounced Sagittarius A-star). The motion of material around the center indicates that Sagittarius A* harbors a massive, compact object.[175] This concentration of mass is best explained as a supermassive black hole[g][168][176](SMBH) with an estimated mass of 4.1–4.5 million times the mass of the Sun.[176] The rate of accretion of the SMBH is consistent with an inactive galactic nucleus, being estimated at 1×10−5 M☉ per year.[177] Observations indicate that there are SMBHs located near the center of most normal galaxies.[178][179]
The nature of the Milky Way's bar is actively debated, with estimates for its half-length and orientation spanning from 1 to 5 kpc (3,000–16,000 ly) and 10–50 degrees relative to the line of sight from Earth to the Galactic Center.[170][171][180] Certain authors advocate that the Milky Way features two distinct bars, one nestled within the other.[181] However, RR Lyrae-type stars do not trace a prominent Galactic bar.[171][182][183] The bar may be surrounded by a ring called the "5 kpc ring" that contains a large fraction of the molecular hydrogen present in the Milky Way, as well as most of the Milky Way's star formation activity. Viewed from the Andromeda Galaxy, it would be the brightest feature of the Milky Way.[184] X-ray emission from the core is aligned with the massive stars surrounding the central bar[177] and the Galactic ridge.[185]
Gamma rays and x-rays[edit]
Since 1970, various gamma-ray detection missions have discovered 511-keV gamma rays coming from the general direction of the Galactic Center. These gamma rays are produced by positrons (antielectrons) annihilating with electrons. In 2008 it was found that the distribution of the sources of the gamma rays resembles the distribution of low-mass X-ray binaries, seeming to indicate that these X-ray binaries are sending positrons (and electrons) into interstellar space where they slow down and annihilate.[186][187][188] The observations were both made by NASA and ESA's satellites. In 1970 gamma ray detectors found that the emitting region was about 10,000 light-years across with a luminosity of about 10,000 suns.[187]
In 2010, two gigantic spherical bubbles of high energy gamma-emission were detected to the north and the south of the Milky Way core, using data from the Fermi Gamma-ray Space Telescope. The diameter of each of the bubbles is about 25,000 light-years (7.7 kpc) (or about 1/4 of the galaxy's estimated diameter); they stretch up to Grus and to Virgo on the night-sky of the southern hemisphere.[189][190] Subsequently, observations with the Parkes Telescope at radio frequencies identified polarized emission that is associated with the Fermi bubbles. These observations are best interpreted as a magnetized outflow driven by star formation in the central 640 ly (200 pc) of the Milky Way.[191]
Later, on January 5, 2015, NASA reported observing an X-ray flare 400 times brighter than usual, a record-breaker, from Sagittarius A*. The unusual event may have been caused by the breaking apart of an asteroid falling into the black hole or by the entanglement of magnetic field lines within gas flowing into Sagittarius A*.[161]
Spiral arms[edit]
Outside the gravitational influence of the Galactic bar, the structure of the interstellar medium and stars in the disk of the Milky Way is organized into four spiral arms.[192] Spiral arms typically contain a higher density of interstellar gas and dust than the Galactic average as well as a greater concentration of star formation, as traced by H II regions[193][194] and molecular clouds.[195]
The Milky Way's spiral structure is uncertain, and there is currently no consensus on the nature of the Milky Way's arms.[196] Perfect logarithmic spiral patterns only crudely describe features near the Sun,[194][197] because galaxies commonly have arms that branch, merge, twist unexpectedly, and feature a degree of irregularity.[171][197][198] The possible scenario of the Sun within a spur / Local arm[194] emphasizes that point and indicates that such features are probably not unique, and exist elsewhere in the Milky Way.[197] Estimates of the pitch angle of the arms range from about 7° to 25°.[144][199] There are thought to be four spiral arms that all start near the Milky Way Galaxy's center.[200] These are named as follows, with the positions of the arms shown in the image below:
| Color | Arm(s) |
|---|---|
| turquoise | Near 3 kpc Arm and Perseus Arm |
| blue | Norma and Outer arm (Along with extension discovered in 2004[201]) |
| green | Scutum–Centaurus Arm |
| red | Carina–Sagittarius Arm |
| There are at least two smaller arms or spurs, including: | |
| orange | Orion–Cygnus Arm (which contains the Sun and Solar System) |
.jpg)
Two spiral arms, the Scutum–Centaurus arm and the Carina–Sagittarius arm, have tangent points inside the Sun's orbit about the center of the Milky Way. If these arms contain an overdensity of stars compared to the average density of stars in the Galactic disk, it would be detectable by counting the stars near the tangent point. Two surveys of near-infrared light, which is sensitive primarily to red giants and not affected by dust extinction, detected the predicted overabundance in the Scutum–Centaurus arm but not in the Carina–Sagittarius arm: the Scutum–Centaurus Arm contains approximately 30% more red giants than would be expected in the absence of a spiral arm.[199][202] This observation suggests that the Milky Way possesses only two major stellar arms: the Perseus arm and the Scutum–Centaurus arm. The rest of the arms contain excess gas but not excess old stars.[196] In December 2013, astronomers found that the distribution of young stars and star-forming regions matches the four-arm spiral description of the Milky Way.[203][204][205] Thus, the Milky Way appears to have two spiral arms as traced by old stars and four spiral arms as traced by gas and young stars. The explanation for this apparent discrepancy is unclear.[205]
The Near 3 kpc Arm (also called the Expanding 3 kpc Arm or simply the 3 kpc Arm) was discovered in the 1950s by astronomer van Woerden and collaborators through 21 centimeter radio measurements of HI (atomic hydrogen).[206][207] It was found to be expanding away from the central bulge at more than 50 km/s. It is located in the fourth galactic quadrant at a distance of about 5.2 kpc from the Sun and 3.3 kpc from the Galactic Center. The Far 3 kpc Arm was discovered in 2008 by astronomer Tom Dame (Center for Astrophysics | Harvard & Smithsonian). It is located in the first galactic quadrant at a distance of 3 kpc (about 10,000 ly) from the Galactic Center.[207][208]
A simulation published in 2011 suggested that the Milky Way may have obtained its spiral arm structure as a result of repeated collisions with the Sagittarius Dwarf Elliptical Galaxy.[209]
It has been suggested that the Milky Way contains two different spiral patterns: an inner one, formed by the Sagittarius arm, that rotates fast and an outer one, formed by the Carina and Perseus arms, whose rotation velocity is slower and whose arms are tightly wound. In this scenario, suggested by numerical simulations of the dynamics of the different spiral arms, the outer pattern would form an outer pseudoring,[210] and the two patterns would be connected by the Cygnus arm.[211]
Outside of the major spiral arms is the Monoceros Ring (or Outer Ring), a ring of gas and stars torn from other galaxies billions of years ago. However, several members of the scientific community recently restated their position affirming the Monoceros structure is nothing more than an over-density produced by the flared and warped thick disk of the Milky Way.[212] The structure of the Milky Way's disk is warped along an "S" curve.[213]
Halo[edit]
The Galactic disk is surrounded by a spheroidal halo of old stars and globular clusters, of which 90% lie within 100,000 light-years (30 kpc) of the Galactic Center.[214] However, a few globular clusters have been found farther, such as PAL 4 and AM 1 at more than 200,000 light-years from the Galactic Center. About 40% of the Milky Way's clusters are on retrograde orbits, which means they move in the opposite direction from the Milky Way rotation.[215] The globular clusters can follow rosette orbits about the Milky Way, in contrast to the elliptical orbit of a planet around a star.[216]
Although the disk contains dust that obscures the view in some wavelengths, the halo component does not. Active star formation takes place in the disk (especially in the spiral arms, which represent areas of high density), but does not take place in the halo, as there is little cool gas to collapse into stars.[101] Open clusters are also located primarily in the disk.[217]
Discoveries in the early 21st century have added dimension to the knowledge of the Milky Way's structure. With the discovery that the disk of the Andromeda Galaxy (M31) extends much farther than previously thought,[218] the possibility of the disk of the Milky Way extending farther is apparent, and this is supported by evidence from the discovery of the Outer Arm extension of the Cygnus Arm[201][219] and of a similar extension of the Scutum–Centaurus Arm.[220] With the discovery of the Sagittarius Dwarf Elliptical Galaxy came the discovery of a ribbon of galactic debris as the polar orbit of the dwarf and its interaction with the Milky Way tears it apart. Similarly, with the discovery of the Canis Major Dwarf Galaxy, it was found that a ring of galactic debris from its interaction with the Milky Way encircles the Galactic disk.[citation needed]
The Sloan Digital Sky Survey of the northern sky shows a huge and diffuse structure (spread out across an area around 5,000 times the size of a full moon) within the Milky Way that does not seem to fit within current models. The collection of stars rises close to perpendicular to the plane of the spiral arms of the Milky Way. The proposed likely interpretation is that a dwarf galaxy is merging with the Milky Way. This galaxy is tentatively named the Virgo Stellar Stream and is found in the direction of Virgo about 30,000 light-years (9 kpc) away.[221]
Gaseous halo[edit]
In addition to the stellar halo, the Chandra X-ray Observatory, XMM-Newton, and Suzaku have provided evidence that there is a gaseous halo with a large amount of hot gas. The halo extends for hundreds of thousand of light-years, much farther than the stellar halo and close to the distance of the Large and Small Magellanic Clouds. The mass of this hot halo is nearly equivalent to the mass of the Milky Way itself.[222][223][224] The temperature of this halo gas is between 1 and 2.5 million K (1.8 and 4.5 million °F).[225]
Observations of distant galaxies indicate that the Universe had about one-sixth as much baryonic (ordinary) matter as dark matter when it was just a few billion years old. However, only about half of those baryons are accounted for in the modern Universe based on observations of nearby galaxies like the Milky Way.[226] If the finding that the mass of the halo is comparable to the mass of the Milky Way is confirmed, it could be the identity of the missing baryons around the Milky Way.[226]
Galactic rotation[edit]
.JPG)
The stars and gas in the Milky Way rotate about its center differentially, meaning that the rotation period varies with location. As is typical for spiral galaxies, the orbital speed of most stars in the Milky Way does not depend strongly on their distance from the center. Away from the central bulge or outer rim, the typical stellar orbital speed is between 210 ± 10 km/s (470,000 ± 22,000 mph).[229] Hence the orbital period of the typical star is directly proportional only to the length of the path traveled. This is unlike the situation within the Solar System, where two-body gravitational dynamics dominate, and different orbits have significantly different velocities associated with them. The rotation curve (shown in the figure) describes this rotation. Toward the center of the Milky Way the orbit speeds are too low, whereas beyond 7 kpcs the speeds are too high to match what would be expected from the universal law of gravitation.[citation needed]
If the Milky Way contained only the mass observed in stars, gas, and other baryonic (ordinary) matter, the rotational speed would decrease with distance from the center. However, the observed curve is relatively flat, indicating that there is additional mass that cannot be detected directly with electromagnetic radiation. This inconsistency is attributed to dark matter.[36] The rotation curve of the Milky Way agrees with the universal rotation curve of spiral galaxies, the best evidence for the existence of dark matter in galaxies. Alternatively, a minority of astronomers propose that a modification of the law of gravity may explain the observed rotation curve.[230]
Formation[edit]
History[edit]
The Milky Way began as one or several small overdensities in the mass distribution in the Universe shortly after the Big Bang 13.61 billion years ago.[231][232][233] Some of these overdensities were the seeds of globular clusters in which the oldest remaining stars in what is now the Milky Way formed. Nearly half the matter in the Milky Way may have come from other distant galaxies.[231] Nonetheless, these stars and clusters now comprise the stellar halo of the Milky Way. Within a few billion years of the birth of the first stars, the mass of the Milky Way was large enough so that it was spinning relatively quickly. Due to conservation of angular momentum, this led the gaseous interstellar medium to collapse from a roughly spheroidal shape to a disk. Therefore, later generations of stars formed in this spiral disk. Most younger stars, including the Sun, are observed to be in the disk.[234][235]
Since the first stars began to form, the Milky Way has grown through both galaxy mergers (particularly early in the Milky Way's growth) and accretion of gas directly from the Galactic halo.[235] The Milky Way is currently accreting material from several small galaxies, including two of its largest satellite galaxies, the Large and Small Magellanic Clouds, through the Magellanic Stream. Direct accretion of gas is observed in high-velocity clouds like the Smith Cloud.[236][237] Cosmological simulations indicate that, 11 billion years ago, it merged with a particularly large galaxy that has been labeled the Kraken.[238][239]However, properties of the Milky Way such as stellar mass, angular momentum, and metallicity in its outermost regions suggest it has undergone no mergers with large galaxies in the last 10 billion years. This lack of recent major mergers is unusual among similar spiral galaxies; its neighbour the Andromeda Galaxy appears to have a more typical history shaped by more recent mergers with relatively large galaxies.[240][241]
According to recent studies, the Milky Way as well as the Andromeda Galaxy lie in what in the galaxy color–magnitude diagram is known as the "green valley", a region populated by galaxies in transition from the "blue cloud" (galaxies actively forming new stars) to the "red sequence" (galaxies that lack star formation). Star-formation activity in green valley galaxies is slowing as they run out of star-forming gas in the interstellar medium. In simulated galaxies with similar properties, star formation will typically have been extinguished within about five billion years from now, even accounting for the expected, short-term increase in the rate of star formation due to the collision between both the Milky Way and the Andromeda Galaxy.[242] In fact, measurements of other galaxies similar to the Milky Way suggest it is among the reddest and brightest spiral galaxies that are still forming new stars and it is just slightly bluer than the bluest red sequence galaxies.[243]
Age and cosmological history[edit]
Globular clusters are among the oldest objects in the Milky Way, which thus set a lower limit on the age of the Milky Way. The ages of individual stars in the Milky Way can be estimated by measuring the abundance of long-lived radioactive elements such as thorium-232 and uranium-238, then comparing the results to estimates of their original abundance, a technique called nucleocosmochronology. These yield values of about 12.5 ± 3 billion years for CS 31082-001[245] and 13.8 ± 4 billion years for BD +17° 3248.[246] Once a white dwarf is formed, it begins to undergo radiative cooling and the surface temperature steadily drops. By measuring the temperatures of the coolest of these white dwarfs and comparing them to their expected initial temperature, an age estimate can be made. With this technique, the age of the globular cluster M4 was estimated as 12.7 ± 0.7 billion years. Age estimates of the oldest of these clusters gives a best fit estimate of 12.6 billion years, and a 95% confidence upper limit of 16 billion years.[247]
In November 2018, astronomers reported the discovery of one of the oldest stars in the universe. About 13.5 billion-years-old, 2MASS J18082002-5104378 B is a tiny ultra metal-poor (UMP) star made almost entirely of materials released from the Big Bang, and is possibly one of the first stars. The discovery of the star in the Milky Way galaxy suggests that the galaxy may be at least 3 billion years older than previously thought.[248][249][250]
Several individual stars have been found in the Milky Way's halo with measured ages very close to the 13.80-billion-year age of the Universe. In 2007, a star in the galactic halo, HE 1523-0901, was estimated to be about 13.2 billion years old. As the oldest known object in the Milky Way at that time, this measurement placed a lower limit on the age of the Milky Way.[251] This estimate was made using the UV-Visual Echelle Spectrograph of the Very Large Telescope to measure the relative strengths of spectral lines caused by the presence of thorium and other elements created by the R-process. The line strengths yield abundances of different elemental isotopes, from which an estimate of the age of the star can be derived using nucleocosmochronology.[251]Another star, HD 140283, is 14.5 ± 0.7 billion years old.[37][252]
According to observations utilizing adaptive optics to correct for Earth's atmospheric distortion, stars in the galaxy's bulge date to about 12.8 billion years old.[253]
The age of stars in the galactic thin disk has also been estimated using nucleocosmochronology. Measurements of thin disk stars yield an estimate that the thin disk formed 8.8 ± 1.7 billion years ago. These measurements suggest there was a hiatus of almost 5 billion years between the formation of the galactic halo and the thin disk.[254] Recent analysis of the chemical signatures of thousands of stars suggests that stellar formation might have dropped by an order of magnitude at the time of disk formation, 10 to 8 billion years ago, when interstellar gas was too hot to form new stars at the same rate as before.[255]
The satellite galaxies surrounding the Milky way are not randomly distributed but seem to be the result of a break-up of some larger system producing a ring structure 500,000 light-years in diameter and 50,000 light-years wide.[256] Close encounters between galaxies, like that expected in 4 billion years with the Andromeda Galaxy rips off huge tails of gas, which, over time can coalesce to form dwarf galaxies in a ring at an arbitrary angle to the main disc.[257]
Intergalactic neighbourhood[edit]
.png)
.png)
The Milky Way and the Andromeda Galaxy are a binary system of giant spiral galaxies belonging to a group of 50 closely bound galaxies known as the Local Group, surrounded by a Local Void, itself being part of the Local Sheet[258] and in turn the Virgo Supercluster. Surrounding the Virgo Supercluster are a number of voids, devoid of many galaxies, the Microscopium Void to the "north", the Sculptor Void to the "left", the Boötes Void to the "right" and the Canes-Major Void to the "south". These voids change shape over time, creating filamentous structures of galaxies. The Virgo Supercluster, for instance, is being drawn towards the Great Attractor,[259]which in turn forms part of a greater structure, called Laniakea.[260]
Two smaller galaxies and a number of dwarf galaxies in the Local Group orbit the Milky Way. The largest of these is the Large Magellanic Cloud with a diameter of 32,200 light-years.[261] It has a close companion, the Small Magellanic Cloud. The Magellanic Stream is a stream of neutral hydrogen gas extending from these two small galaxies across 100° of the sky. The stream is thought to have been dragged from the Magellanic Clouds in tidal interactions with the Milky Way.[262] Some of the dwarf galaxies orbiting the Milky Way are Canis Major Dwarf (the closest), Sagittarius Dwarf Elliptical Galaxy, Ursa Minor Dwarf, Sculptor Dwarf, Sextans Dwarf, Fornax Dwarf, and Leo I Dwarf. The smallest dwarf galaxies of the Milky Way are only 500 light-years in diameter. These include Carina Dwarf, Draco Dwarf, and Leo II Dwarf. There may still be undetected dwarf galaxies that are dynamically bound to the Milky Way, which is supported by the detection of nine new satellites of the Milky Way in a relatively small patch of the night sky in 2015.[263] There are also some dwarf galaxies that have already been absorbed by the Milky Way, such as the progenitor of Omega Centauri.[264]
In 2014 researchers reported that most satellite galaxies of the Milky Way lie in a very large disk and orbit in the same direction.[265] This came as a surprise: according to standard cosmology, the satellite galaxies should form in dark matter halos, and they should be widely distributed and moving in random directions. This discrepancy is still not fully explained.[266]
In January 2006, researchers reported that the heretofore unexplained warp in the disk of the Milky Way has now been mapped and found to be a ripple or vibration set up by the Large and Small Magellanic Clouds as they orbit the Milky Way, causing vibrations when they pass through its edges. Previously, these two galaxies, at around 2% of the mass of the Milky Way, were considered too small to influence the Milky Way. However, in a computer model, the movement of these two galaxies creates a dark matter wake that amplifies their influence on the larger Milky Way.[267]
Current measurements suggest the Andromeda Galaxy is approaching us at 100 to 140 km/s (220,000 to 310,000 mph). In 4.3 billion years, there may be an Andromeda–Milky Way collision, depending on the importance of unknown lateral components to the galaxies' relative motion. If they collide, the chance of individual stars colliding with each other is extremely low,[268] but instead the two galaxies will merge to form a single elliptical galaxy or perhaps a large disk galaxy[269] over the course of about six billion years.[270]
Velocity[edit]
Although special relativity states that there is no "preferred" inertial frame of reference in space with which to compare the Milky Way, the Milky Way does have a velocity with respect to cosmological frames of reference.
One such frame of reference is the Hubble flow, the apparent motions of galaxy clusters due to the expansion of space. Individual galaxies, including the Milky Way, have peculiar velocities relative to the average flow. Thus, to compare the Milky Way to the Hubble flow, one must consider a volume large enough so that the expansion of the Universe dominates over local, random motions. A large enough volume means that the mean motion of galaxies within this volume is equal to the Hubble flow. Astronomers believe the Milky Way is moving at approximately 630 km/s (1,400,000 mph) with respect to this local co-moving frame of reference.[271][272] The Milky Way is moving in the general direction of the Great Attractor and other galaxy clusters, including the Shapley Supercluster, behind it.[273] The Local Group (a cluster of gravitationally bound galaxies containing, among others, the Milky Way and the Andromeda Galaxy) is part of a supercluster called the Local Supercluster, centered near the Virgo Cluster: although they are moving away from each other at 967 km/s (2,160,000 mph) as part of the Hubble flow, this velocity is less than would be expected given the 16.8 million pc distance due to the gravitational attraction between the Local Group and the Virgo Cluster.[274]
Another reference frame is provided by the cosmic microwave background (CMB), in which the CMB temperature is least distorted by Doppler shift (zero dipole moment). The Milky Way is moving at 552 ± 6 km/s (1,235,000 ± 13,000 mph)[16] with respect to this frame, toward 10.5 right ascension, −24° declination (J2000 epoch, near the center of Hydra). This motion is observed by satellites such as the Cosmic Background Explorer (COBE) and the Wilkinson Microwave Anisotropy Probe (WMAP) as a dipole contribution to the CMB, as photons in equilibrium in the CMB frame get blue-shifted in the direction of the motion and red-shifted in the opposite direction.[16]
An Independent Mind, Knot Logic
Title: FBI
Peacock Dance Display - Peacocks Opening Feathers HD & Bird Sound Blade Runner - Voight-Kampff Test (HQ) Figure 1.1 The Voight-Kamp...
Karen A. Placek, aka Karen Placek, K.A.P., KAP
- Karen Placek
- Presents, a Life with a Plan. My name is Karen Anastasia Placek, I am the author of this Google Blog. This is the story of my journey, a quest to understanding more than myself. The title of my first blog delivered more than a million views!! The title is its work as "The Secret of the Universe is Choice!; know decision" will be the next global slogan. Placed on T-shirts, Jackets, Sweatshirts, it really doesn't matter, 'cause a picture with my slogan is worth more than a thousand words, it's worth??.......Know Conversation!!!
Know Decision of the Public: Popular Posts!!
It began on a mid of night News court. A freeway with flames shot the scene to Kaiser. In such the heat of each ember ran into the touc...
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Should I voe an egg to the hatch of it's clutch than the via is of the Turtle at it's bae'd, of that is the batch of Hu...
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USA to Russian Tsar: Stop Your Cruel Oppression of the Jews, 1904. Chromolithograph. https://commons.wikimedia.org/wiki/File:190...
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Friday, February 19, 2016
*The Story of Shep Fort Benton ~ The Birthplace of MontanaTM
The Story of Shep
Fort Benton
The Birthplace of MontanaTM
During the summer of 1936 a sheepherder fell ill while tending his flock and was brought to the St. Clare Hospital in Fort Benton, Montana. A nondescript sheep dog had followed the herder into town and soon set up a vigil at the hospital's door. A kind hearted nun who ran the hospital kitchen fed the dog during those few days before the man died. The herder's family in the East requested that his body be sent back home. On that August day the undertaker put the body on the east-bound train for shipment to his waiting relatives. As the gurney was rolled out onto the platform, a big gaunt shepherd dog with watchful eyes appeared out of nowhere and watched as the casket was loaded into the baggage car. Attendants later recalled the dog whining as the door slammed shut and the engine slowly started to pull away from the station, then head down, turning and trotting down the tracks. On that day the dog, later named Shep, began a five-and-a-half year vigil that was only broken by his death.
With renewed interest generated by the fiftieth anniversary of Shep's death, the community of Fort Benton organized a committee to produce a lasting memorial to their famous dog. The West's most renown sculptor, Bob Scriver, was contracted to create a heroic-sized bronze statue of Shep. Etched bricks and miniature bronze statues were sold to finance the project, at a cost of about $75,0000.00. From photograph's and a Shep "look-alike," Scriver developed an imposing resemblance to Shep, expectantly standing with ears cocked, tail up, and his two front paws on the rail. He gazes longingly down the track awaiting his master's return. A beautiful site along the levee of the Missouri River was Video Courtesy of the Fort Benton Chamber of Commerce selected for the memorial. Located in the park across from the Grand Union Hotel along Front Street, Shepherd's Court quickly became the town's focal point. The large bronze statue was placed on a rough granite stone from a local quarry. The stone is low enough to permit even small children to stand beside the faithful dog - for petting and for pictures. A thirty-foot brick octagon surrounds the statue, where over eight hundred people have already placed a memorial brick to a loved one or to a beloved pet. There is room for seventeen hundred bricks in the completed Shepherd's Court. The statue is a fitting tribute to the faithfulness of man's best friend, and a reminder of the wonderful story of Shep, Forever Faithful.
| Let Fort Benton.....its scenery, its history and its residents work their magic on you! |
For information on purchasing a memorial brick to be placed in Shepherd's Court contact: The Shep Committee, c/o The River & Plains Society PO Box 262 Fort Benton, Montana 59442-0262. Phone 406-622-5316 or email them .
© Studio S Designs 2013
Saturday, July 19, 2014
There Is No Dot In I
The task of an understanding takes the point to Mind in the thought of timely an answer came to me to sort,
I settled with the reason to begin building a structure rather than becoming torn to shreds by consumed,
greeting comprehension not burying the action for in the Feat the gain is the reins that control the turned,
supporting myself with kindness to purpose I swerve on lines that impulse towards what I would like not.
In a state of learn to engage the teach itself I have found that balance is in the seat of the leg productions foot,
a walk to drive or conversely a leg up to mount are both a revolution involving the creation of two in one,
the body of the mass in animation is energy in transfer to increase the impulsion of the movement to arrive,
either way the direction of the tangible is headed to of from the point of desire yet still are traveling compass.
The separation enters from disruption to the determination of the two looking for the completion of the one,
in that directive the respond is a horse is trainable and a car can be repaired by professionals in station stops,
seeking guidance from what I was in happenstance told I relate to a shoot that is thrown into the motion art,
hence the horse harnessed for driving his Wares are include Blinders to allow not focus but halt the spook.
The knowledge of 'Driving' incorporates shafts with Set pin points for the fluid movement removing the buck,
the strict Carriage of the stern harnessed to believe that ground is rolled by man can only encourage stature,
the plow is a disc that the Field is familiar dirt is alive for in the event of a drought it dries of thirst to dust,
top soil can be lost should the Farm not control the crops verses the rest of the field itself from no fertilizer.
Should the addition not be naturally from the Barn via mucking than man makes chemicals to mix into the dirt
the grounds than become poisoned but still will produce the Crops however the flavor will be the cost,
in the Market place the color may be held the fruit may be strong but slice the apple and the Orchard yards,
for your tongue will know immediately the difference between home grown and the factory processed food.
I wonder is the care of the love from personal attention to individual row crops that hands on involvement,
the touch of energy to the object of growing that creation has brought so that the produce is of caliber,
in the case of forced isolation in a life of evolution from birth to now the missing piece is seen in done,
could it thereby have been could it thereby actually be this simple to explain as the total price of my brain.
Counter Courting
Saturday, June 28, 2014
Ware Is My Mind
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Friday, June 27, 2014
Balloon Art Sky Charts
Monday, April 4, 2016
Don't Worry About The Letter For Love Is Honest To The Show As Just Love Is All The Way To The Best Guys In The Whole Wide World!!!
Armstrong & Getty ~ http://www.iheart.com/live/talk-650-kste-229/
 Hosts Joe Getty and Jack Armstrong, speaking at the 2010 Tax Day Tea Party Rally | |
| Genre | Talk show |
|---|---|
| Running time | 4 hours |
| Country | United States |
| Language(s) | English |
| Home station | KSTE |
| Syndicates | KWSX, KION, KFMB, KEIB,KFYI, KTTH, KEX |
| Host(s) | Jack Armstrong, Joe Getty |
| Senior editor(s) | Marshall Philips |
| Producer(s) | Michael Angelo, Sean Thomas |
| Exec. producer(s) | Vincent Nicholas |
| Recording studio | Sacramento, California |
| Air dates | since August 31, 1998 |
| Opening theme | Greatest-clips compilation |
| Other themes | "Monday" by Wilco |
| Ending theme | Greatest-clips compilation |
| Website | armstrongandgettyradio.com |
| Podcast | Free here |
The show[edit]
Doug Stephan incident[edit]
Monday, May 19, 2025
Words Title tittle to state word Film They Live (1988) on VHS
VHS is able to be word associated word to Utube[Youtube]: They Live Official Trailer #1 - Keith David Movie (1988)
Cantore Arithmetic is able to state word teeth is able to word set in word probable to equated word tooth at word named number 3.1415 as the word so equated word named Bob Ross, Inc. as word palette and not word easel[sole[soul[Saul[paranoid[painted]!!]]] a tripod of word stool[pool].
So Desta taught to look and find:
1. Word Thank you Wikipedia..👇
Part of a series of articles on the mathematical constant π3.1415926535897932384626433...UsesPropertiesValuePeople
HistoryIn cultureRelated topics
- Archimedes
- Liu Hui
- Zu Chongzhi
- Aryabhata
- Madhava
- Jamshīd al-Kāshī
- Ludolph van Ceulen
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- Yasumasa Kanada
Desta Garrett has a sole responder named Kathryn Garrett and her monies owed by the United States of America and the World for this information is word look. Channel 4 equated word met as I sent word them a FedEx Package from Sausalito, California and word they ignored along with the Potus mail that I sent to the President’ of the United States of america and this word equated words Pan AM[SFO[airport] to be known as aka in Cantore Arithmetic.
Meet the Team
You searched for
"MET" in the KJV Bible
45 Instances - Page 1 of 2 - Sort by Book Order - Feedback
- Hebrews 7:10chapter context similar meaning copy save
- For he was yet in the loins of his father, when Melchisedec met him.
- Acts 20:14chapter context similar meaning copy save
- And when he met with us at Assos, we took him in, and came to Mitylene.
- Genesis 32:1chapter context similar meaning copy save
- And Jacob went on his way, and the angels of God met him.
- Luke 17:12chapter context similar meaning copy save
- And as he entered into a certain village, there met him ten men that were lepers, which stood afar off:
- Psalms 85:10chapter context similar meaning copy save
- Mercy and truth are met together; righteousness and peace have kissed each other.
- Proverbs 7:10chapter context similar meaning copy save
- And, behold, there met him a woman with the attire of an harlot, and subtil of heart.
- John 11:20chapter context similar meaning copy save
- Then Martha, as soon as she heard that Jesus was coming, went and met him: but Mary sat still in the house.
- Acts 16:16chapter context similar meaning copy save
- And it came to pass, as we went to prayer, a certain damsel possessed with a spirit of divination met us, which brought her masters much gain by soothsaying:
- John 11:30chapter context similar meaning copy save
- Now Jesus was not yet come into the town, but was in that place where Martha methim.
- Luke 9:37chapter context similar meaning copy save
- And it came to pass, that on the next day, when they were come down from the hill, much people met him.
- Exodus 5:20chapter context similar meaning copy save
- And they met Moses and Aaron, who stood in the way, as they came forth from Pharaoh:
- John 4:51chapter context similar meaning copy save
- And as he was now going down, his servants met him, and told him, saying, Thy son liveth.
- Numbers 23:16chapter context similar meaning copy save
- And the LORD met Balaam, and put a word in his mouth, and said, Go again unto Balak, and say thus.
- Mark 5:2chapter context similar meaning copy save
- And when he was come out of the ship, immediately there met him out of the tombs a man with an unclean spirit,
- Genesis 33:8chapter context similar meaning copy save
- And he said, What meanest thou by all this drove which I met? And he said, These are to find grace in the sight of my lord.
- Joshua 11:5chapter context similar meaning copy save
- And when all these kings were met together, they came and pitched together at the waters of Merom, to fight against Israel.
- Hebrews 7:1chapter context similar meaning copy save
- For this Melchisedec, king of Salem, priest of the most high God, who met Abraham returning from the slaughter of the kings, and blessed him;
- Acts 10:25chapter context similar meaning copy save
- And as Peter was coming in, Cornelius met him, and fell down at his feet, and worshipped him.
- John 12:18chapter context similar meaning copy save
- For this cause the people also met him, for that they heard that he had done this miracle.
- Numbers 23:4chapter context similar meaning copy save
- And God met Balaam: and he said unto him, I have prepared seven altars, and I have offered upon every altar a bullock and a ram.
- Luke 8:27chapter context similar meaning copy save
- And when he went forth to land, there met him out of the city a certain man, which had devils long time, and ware no clothes, neither abode in any house, but in the tombs.
- Mark 11:4chapter context similar meaning copy save
- And they went their way, and found the colt tied by the door without in a place where two ways met; and they loose him.
- Exodus 4:24chapter context similar meaning copy save
- And it came to pass by the way in the inn, that the LORD met him, and sought to kill him.
- Amos 5:19chapter context similar meaning copy save
- As if a man did flee from a lion, and a bear met him; or went into the house, and leaned his hand on the wall, and a serpent bit him.
- 1 Kings 18:7chapter context similar meaning copy save
- And as Obadiah was in the way, behold, Elijah met him: and he knew him, and fell on his face, and said, Art thou that my lord Elijah?
- Matthew 28:9chapter context similar meaning copy save
- And as they went to tell his disciples, behold, Jesus met them, saying, All hail. And they came and held him by the feet, and worshipped him.
- Matthew 8:28chapter context similar meaning copy save
- And when he was come to the other side into the country of the Gergesenes, there met him two possessed with devils, coming out of the tombs, exceeding fierce, so that no man might pass by that way.
- Deuteronomy 25:18chapter context similar meaning copy save
- How he met thee by the way, and smote the hindmost of thee, even all that were feeble behind thee, when thou wast faint and weary; and he feared not God.
- Joshua 17:10chapter context similar meaning copy save
- Southward it was Ephraim's, and northward it was Manasseh's, and the sea is his border; and they met together in Asher on the north, and in Issachar on the east.
- 1 Samuel 10:10chapter context similar meaning copy save
- And when they came thither to the hill, behold, a company of prophets met him; and the Spirit of God came upon him, and he prophesied among them.
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You searched for
"LOOK" in the KJV Bible
153 Instances - Page 1 of 6 - Sort by Book Order - Feedback
- Proverbs 4:25chapter context similar meaning copy save
- Let thine eyes look right on, and let thine eyelids look straight before thee.
- Leviticus 13:3chapter context similar meaning copy save
- And the priest shall look on the plague in the skin of the flesh: and when the hair in the plague is turned white, and the plague in sight be deeper than the skin of his flesh, it is a plague of leprosy: and the priest shall look on him, and pronounce him unclean.
- Isaiah 42:18chapter context similar meaning copy save
- Hear, ye deaf; and look, ye blind, that ye may see.
- Lamentations 3:50chapter context similar meaning copy save
- Till the LORD look down, and behold from heaven.
- Psalms 22:17chapter context similar meaning copy save
- I may tell all my bones: they look and stare upon me.
- Job 6:28chapter context similar meaning copy save
- Now therefore be content, look upon me; for it is evident unto you if I lie.
- Proverbs 6:17chapter context similar meaning copy save
- A proud look, a lying tongue, and hands that shed innocent blood,
- Psalms 84:9chapter context similar meaning copy save
- Behold, O God our shield, and look upon the face of thine anointed.
- Acts 3:4chapter context similar meaning copy save
- And Peter, fastening his eyes upon him with John, said, Look on us.
- Matthew 11:3chapter context similar meaning copy save
- And said unto him, Art thou he that should come, or do we look for another?
- Exodus 25:40chapter context similar meaning copy save
- And look that thou make them after their pattern, which was shewed thee in the mount.
- Psalms 25:18chapter context similar meaning copy save
- Look upon mine affliction and my pain; and forgive all my sins.
- Proverbs 27:23chapter context similar meaning copy save
- Be thou diligent to know the state of thy flocks, and look well to thy herds.
- John 19:37chapter context similar meaning copy save
- And again another scripture saith, They shall look on him whom they pierced.
- Psalms 85:11chapter context similar meaning copy save
- Truth shall spring out of the earth; and righteousness shall look down from heaven.
- Genesis 40:7chapter context similar meaning copy save
- And he asked Pharaoh's officers that were with him in the ward of his lord's house, saying, Wherefore look ye so sadly to day?
- Luke 9:38chapter context similar meaning copy save
- And, behold, a man of the company cried out, saying, Master, I beseech thee, lookupon my son: for he is mine only child.
- Acts 18:15chapter context similar meaning copy save
- But if it be a question of words and names, and of your law, look ye to it; for I will be no judge of such matters.
- 2 Peter 3:13chapter context similar meaning copy save
- Nevertheless we, according to his promise, look for new heavens and a new earth, wherein dwelleth righteousness.
- Jonah 2:4chapter context similar meaning copy save
- Then I said, I am cast out of thy sight; yet I will look again toward thy holy temple.
- Psalms 80:14chapter context similar meaning copy save
- Return, we beseech thee, O God of hosts: look down from heaven, and behold, and visit this vine;
- Psalms 35:17chapter context similar meaning copy save
- Lord, how long wilt thou look on? rescue my soul from their destructions, my darling from the lions.
- 2 John 1:8chapter context similar meaning copy save
- Look to yourselves, that we lose not those things which we have wrought, but that we receive a full reward.
- Job 40:12chapter context similar meaning copy save
- Look on every one that is proud, and bring him low; and tread down the wicked in their place.
- 2 Samuel 9:8chapter context similar meaning copy save
- And he bowed himself, and said, What is thy servant, that thou shouldest look upon such a dead dog as I am?
- Revelation 5:4chapter context similar meaning copy save
- And I wept much, because no man was found worthy to open and to read the book, neither to look thereon.
- Luke 7:19chapter context similar meaning copy save
- And John calling unto him two of his disciples sent them to Jesus, saying, Art thou he that should come? or look we for another?
- Genesis 41:33chapter context similar meaning copy save
- Now therefore let Pharaoh look out a man discreet and wise, and set him over the land of Egypt.
- Isaiah 22:4chapter context similar meaning copy save
- Therefore said I, Look away from me; I will weep bitterly, labour not to comfort me, because of the spoiling of the daughter of my people.
- 2 Peter 3:14chapter context similar meaning copy save
- Wherefore, beloved, seeing that ye look for such things, be diligent that ye may be found of him in peace, without spot, and blameless.
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You searched for
"POOL" in the KJV Bible
20 Instances - Page 1 of 1 - Sort by Book Order - Feedback
- 2 Samuel 2:13chapter context similar meaning copy save
- And Joab the son of Zeruiah, and the servants of David, went out, and met together by the pool of Gibeon: and they sat down, the one on the one side of the pool, and the other on the other side of the pool.
- John 5:2chapter context similar meaning copy save
- Now there is at Jerusalem by the sheep market a pool, which is called in the Hebrew tongue Bethesda, having five porches.
- John 9:7chapter context similar meaning copy save
- And said unto him, Go, wash in the pool of Siloam, (which is by interpretation, Sent.) He went his way therefore, and washed, and came seeing.
- Isaiah 22:9chapter context similar meaning copy save
- Ye have seen also the breaches of the city of David, that they are many: and ye gathered together the waters of the lower pool.
- John 5:7chapter context similar meaning copy save
- The impotent man answered him, Sir, I have no man, when the water is troubled, to put me into the pool: but while I am coming, another steppeth down before me.
- Nehemiah 2:14chapter context similar meaning copy save
- Then I went on to the gate of the fountain, and to the king's pool: but there was no place for the beast that was under me to pass.
- Isaiah 7:3chapter context similar meaning copy save
- Then said the LORD unto Isaiah, Go forth now to meet Ahaz, thou, and Shearjashub thy son, at the end of the conduit of the upper pool in the highway of the fuller's field;
- John 5:4chapter context similar meaning copy save
- For an angel went down at a certain season into the pool, and troubled the water: whosoever then first after the troubling of the water stepped in was made whole of whatsoever disease he had.
- John 9:11chapter context similar meaning copy save
- He answered and said, A man that is called Jesus made clay, and anointed mine eyes, and said unto me, Go to the pool of Siloam, and wash: and I went and washed, and I received sight.
- Isaiah 22:11chapter context similar meaning copy save
- Ye made also a ditch between the two walls for the water of the old pool: but ye have not looked unto the maker thereof, neither had respect unto him that fashioned it long ago.
- Isaiah 35:7chapter context similar meaning copy save
- And the parched ground shall become a pool, and the thirsty land springs of water: in the habitation of dragons, where each lay, shall be grass with reeds and rushes.
- Isaiah 36:2chapter context similar meaning copy save
- And the king of Assyria sent Rabshakeh from Lachish to Jerusalem unto king Hezekiah with a great army. And he stood by the conduit of the upper pool in the highway of the fuller's field.
- Nahum 2:8chapter context similar meaning copy save
- But Nineveh is of old like a pool of water: yet they shall flee away. Stand, stand, shall they cry; but none shall look back.
- Isaiah 41:18chapter context similar meaning copy save
- I will open rivers in high places, and fountains in the midst of the valleys: I will make the wilderness a pool of water, and the dry land springs of water.
- 2 Kings 20:20chapter context similar meaning copy save
- And the rest of the acts of Hezekiah, and all his might, and how he made a pool, and a conduit, and brought water into the city, are they not written in the book of the chronicles of the kings of Judah?
- Nehemiah 3:16chapter context similar meaning copy save
- After him repaired Nehemiah the son of Azbuk, the ruler of the half part of Bethzur, unto the place over against the sepulchres of David, and to the pool that was made, and unto the house of the mighty.
- 1 Kings 22:38chapter context similar meaning copy save
- And one washed the chariot in the pool of Samaria; and the dogs licked up his blood; and they washed his armour; according unto the word of the LORD which he spake.
- 2 Samuel 4:12chapter context similar meaning copy save
- And David commanded his young men, and they slew them, and cut off their hands and their feet, and hanged them up over the pool in Hebron. But they took the head of Ishbosheth, and buried it in the sepulchre of Abner in Hebron.
- Nehemiah 3:15chapter context similar meaning copy save
- But the gate of the fountain repaired Shallun the son of Colhozeh, the ruler of part of Mizpah; he built it, and covered it, and set up the doors thereof, the locks thereof, and the bars thereof, and the wall of the pool of Siloah by the king's garden, and unto the stairs that go down from the city of David.
- 2 Kings 18:17chapter context similar meaning copy save
- And the king of Assyria sent Tartan and Rabsaris and Rabshakeh from Lachish to king Hezekiah with a great host against Jerusalem. And they went up and came to Jerusalem. And when they were come up, they came and stood by the conduit of the upper pool, which is in the highway of the fuller's field.
An Independent Mind, Knot Logic
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- Karen Placek
- Presents, a Life with a Plan. My name is Karen Anastasia Placek, I am the author of this Google Blog. This is the story of my journey, a quest to understanding more than myself. The title of my first blog delivered more than a million views!! The title is its work as "The Secret of the Universe is Choice!; know decision" will be the next global slogan. Placed on T-shirts, Jackets, Sweatshirts, it really doesn't matter, 'cause a picture with my slogan is worth more than a thousand words, it's worth??.......Know Conversation!!!
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You searched for
"CONVENIENT" in the KJV Bible
9 RESULTS - PAGE 1 OF 1 - SORT BY BOOK ORDER - FEEDBACK
- Philemon 1:8chapter context similar meaning copy save
- Wherefore, though I might be much bold in Christ to enjoin thee that which is convenient,
- Ephesians 5:4chapter context similar meaning copy save
- Neither filthiness, nor foolish talking, nor jesting, which are not convenient: but rather giving of thanks.
- Proverbs 30:8chapter context similar meaning copy save
- Remove far from me vanity and lies: give me neither poverty nor riches; feed me with food convenient for me:
- Mark 6:21chapter context similar meaning copy save
- And when a convenient day was come, that Herod on his birthday made a supper to his lords, high captains, and chief estates of Galilee;
- Acts 24:25chapter context similar meaning copy save
- And as he reasoned of righteousness, temperance, and judgment to come, Felix trembled, and answered, Go thy way for this time; when I have a convenientseason, I will call for thee.
- Romans 1:28chapter context similar meaning copy save
- And even as they did not like to retain God in their knowledge, God gave them over to a reprobate mind, to do those things which are not convenient;
- 1 Corinthians 16:12chapter context similar meaning copy save
- As touching our brother Apollos, I greatly desired him to come unto you with the brethren: but his will was not at all to come at this time; but he will come when he shall have convenient time.
- Jeremiah 40:5chapter context similar meaning copy save
- Now while he was not yet gone back, he said, Go back also to Gedaliah the son of Ahikam the son of Shaphan, whom the king of Babylon hath made governor over the cities of Judah, and dwell with him among the people: or go wheresoever it seemeth convenient unto thee to go. So the captain of the guard gave him victuals and a reward, and let him go.
- Jeremiah 40:4chapter context similar meaning copy save
- And now, behold, I loose thee this day from the chains which were upon thine hand. If it seem good unto thee to come with me into Babylon, come; and I will look well unto thee: but if it seem ill unto thee to come with me into Babylon, forbear: behold, all the land is before thee: whither it seemeth good and convenient for thee to go, thither go.
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