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10pt Polaris, designated Ursae Minoris (Latinized to Alpha Ursae Minoris, abbreviated Alpha UMi), commonly the North Star or Pole Star, is the brightest star in the constellation of Ursa Minor. It is very close to the north celestial pole, making it the current northern pole star. The revis ed Hipparcos parallax gives a distance to Polaris of about 433 light-years, while calculations by other methods derive distances around 30% closer. Polaris is a triple star system, compo sed of the primary star, Polaris Aa, in orbit with a smaller companion (Polaris Ab); the pair in orbit with Polaris B (discovered in August 1779 by William Herschel). There were once thought to be two more distant components—Polaris C and Polaris D—but these have been shown n ot to be physically associated with the Polaris system. Polaris Aa is a 5.4 solar mass F7 yell ow supergiant of spectral type Ib. It is the first classical Cepheid to have a mass determined from its orbit.

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10pt Polaris B can be seen even with a modest telescope. William Herschel discovered the star i n August 1779 using a reflecting telescope of his own, one of the best telescopes of the time. B y examining the spectrum of Polaris A, it was also discovered in 1929 that it was a very close bi nary, with the secondary being a dwarf, which had been theorized in earlier observations. In Ja nuary 2006, NASA released images, from the Hubble telescope, that showed the three membe rs of the Polaris ternary system. Ab, the nearby dwarf star, is in an orbit of 18.5 AU from Polaris Aa, about the distance between the Sun and Uranus, which explains why its light is swamped b y its close and much brighter companion. Because Polaris lies nearly in a direct line with the Ea rth’s rotational axis above the North Pole—the north celestial pole—Polaris stands almost mo tionless in the sky, and all the stars of the northern sky appear to rotate around it. Therefore, it makes an excellent fixed point to draw measurements for celestial navigation.

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10pt The moving of Polaris towards and, in the future, away from the celestial pole, is due to the pr ecession of the equinoxes. The celestial pole will move away from UMi after the 21st century, pas sing close by Gamma Cephei by about the 41st century, moving towards Deneb by about the 91s t century. The celestial pole was close to Thuban around 2750 BC, and during classical antiquity i t was closer to Kochab than to Polaris. It was about the same angular distance from UMi as to U Mi by the end of late antiquity. The Greek navigator Pytheas in ca. 320 BC described the celestia l pole as devoid of stars. However, as one of the brighter stars close to the celestial pole, Polaris was used for navigation at least from late antiquity, and described as “always visible” by Stobaeu s, and it could reasonably be described as stella polaris from about the High Middle Ages. In Sha kespeare’s play Julius Caesar, written around 1599, Caesar describes himself as being "as const ant as the northern star,” though in Caesar’s time there was no constant northern star.

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10pt In the Hindu Puranas, it became personified under the name Dhruva. In the later medieval perio d, it became associated with the Marian title of Stella Maris “Star of the Sea” (so in Bartholomeus Anglicus, c. 1270s). An older English name, attested since the 14th century, is lodestar, cognate wi th the Old Norse leiðarstjarna, Middle High German leitsterne. The ancient name of the constella tion Ursa Minor, Cynosura, became associated with the pole star in particular by the early modern period. An explicit identification of Mary as stella maris with the polar star (Stella Polaris), as well as the use of Cyonsura as a name of the star, is evident in the title Cynosura seu Mariana Stella P olaris, a collection of Marian poetry published by Nicolaus Lucensis (Niccolo Barsotti de Lucca) in 1655. It was invoked as a symbol of steadfastness in poetry, as “steadfast star” by Spenser. Shak espeare’s sonnet 116 is an example of the symbolism of the north star as a guiding principle: “[Lov e]is the star to every wandering bark / Whose worth's unknown, although his height be taken.”

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8.5pt The Hipparcos spacecraft used stellar paralla on launched in 2013 and intended to measure s x to take measurements from 1989 and 1993 w tellar parallax to within 25 microarcseconds. Al ith the accuracy of 0.97 milliarcseconds, and it though it was originally planned to limit Gaia’s o obtained accurate measurements for stellar di bservations to stars fainter than magnitude 5. stances up to 1,000 pc away. The Hipparcos da 7, tests carried out during the commissioning p ta was examined again with more advanced err hase indicated that Gaia could autonomously id or correction and statistical techniques. Despi entify stars as bright as magnitude 3. When G te the advantages of Hipparcos astrometry, th aia entered regular scientific operations in July e uncertainty in its Polaris data has been point 2014, it was configured to routinely process sta ed out and some researchers have questioned rs in the magnitude range 3–20. Beyond that li the accuracy of Hipparcos when measuring bin mit, special procedures are used to download r ary Cepheids like Polaris. The Hipparcos reduct aw scanning data for the remaining 230 stars b ion specifically for Polaris has been re-examine righter than magnitude 3; methods to reduce a d and reaffirmed but there is still not widespre nd analyse these data are being developed; and ad agreement about the distance. The next ma it is expected that there will be “complete sky c jor step in high precision parallax measuremen overage at the bright end” with standard errors ts comes from Gaia, a space astrometry missio of “a few dozen Uas.”

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8.5pt Ursa Minor, also known as the Little Bear, is a c an orange giant with an apparent magnitude of 2. onstellation in the Northern Sky. Like the Great B 08—only slightly fainter than Polaris. Kochab an ear, the tail of the Little Bear may also be seen as d magnitude 3 Gamma Ursae Minoris have been the handle of a ladle, hence the North American called the “guardians of the pole star.” Planets ha name, Little Dipper—seven stars with four in its ve been detected orbiting four of the stars, incl bowl like its partner the Big Dipper. It was one of uding Kochab. The constellation also contains an the 48 constellations listed by the 2nd-century isolated neutron star—Calvera—and H1504+6 astronomer Ptolemy, and remains one of the eig 5, the hottest white dwarf yet discovered, with a hty-eight modern constellations. Ursa Minor has surface temperature of 200,000 K. In the Babylo

VILLAGE traditionally been important for navigation, part nian star catalogues, Ursa Minor was known as t icularly by mariners, because of Polaris being the he “Wagon of Heaven” (also associated with the North Star. Polaris, the brightest star in the const goddess Damkina). It is listed in the MUL.APIN c ellation, is a yellow-white supergiant and the brig atalogue, compiled around 1000 BC among the S htest Cepheid variable star in the night sky, rang tars of Enlil—that is, the northern sky. According ing from an apparent magnitude of 1.97 to 2.00. B to Diogenes Laërtius, citing Callimachus, Thales eta Ursae Minoris, also known as Kochab, is an a of Miletus “measured the stars of the Wagon by w ging star that has swollen and cooled to become hich the Phoenicians sail.”

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8.5pt The tradition of naming the northern constellati as coined only in the early modern period. The an ons “bears” appears to be genuinely Greek, althou cient name of the constellation is Cynosura. The o ough Homer refers to just a single “bear.” The orig rigin of this name is unclear (Ursa Minor being a d inal “bear” is thus Ursa Major, and Ursa Minor was og’s tail would imply that another constellation ne admitted as second, or Phoenician Bear (Ursa Ph arby is the dog, but no such constellation is know oenicia, hence, Phoenice) only later, according to S n). Instead, the mythographic tradition of Cataste trabo (I.1.6, C3) due to a suggestion by Thales, who ismi makes Cynosura the name of an Oread nymp suggested it as a navigation aid to the Greeks, w h described as a nurse of Zeus, honoured by the g ho had been navigating by Ursa Major. In classica od with a place in the sky. There are various propo l antiquity, the celestial pole was somewhat closer sed explanations for the name Cynosura. One sugg to Beta Ursae Minoris than to Alpha Ursae Minor estion connects it to the myth of Callisto, with her is, and the entire constellation was taken to indic son Arcas replaced by her dog being placed in the ate the northern direction. Since the medieval per sky by Zeus. Others have suggested that an arch iod, it has become convenient to use Alpha Ursa aic interpretation of Ursa Major was that of a cow e Minoris (or Polaris) as the north star, even thoug forming a group with Bootes as herdsman, and Ur h it was still several degrees away from the celes sa Minor as a dog. George William Cox explained i stial pole. Its New Latin name of stella polaris w t as a “wolf's tail.”

WWW.VLLG.COM 7 Constellation / Galaxie Copernicus Heavy & Heavy Italic 64pt Ursae Minoris

32pt Commonly called the North Star or the Pole Star, Alpha Ursae Minoris is the brightest star in the constellation of Ursa Minor.

24pt VILLAGE THE MOVING OF POLARIS TOWARDS AND, IN THE FUTURE, AWAY FROM THE CELESTIAL POLE, IS DUE TO THE PRECESSION OF THE EQUINOXES. IT WILL MOVE AWAY AFTER 2199.

18pt Because Polaris lies nearly in a direct line with the Earth’s rotational axis “above” the North Pole—the north celestial pole—Polaris stands almost motionless in the sky, and all the stars of the northern sky appear to rotate around it. Therefore, it makes an excellent fixed point from which to draw measurements for celestial navigation and for astrometry.

WWW.VLLG.COM 8 Constellation / Galaxie Copernicus Bold & Bold Italic 64pt Supergiants

32pt Supergiants are among the most massive and most luminous stars. The term giant star was first coined by Hertzsprung.

24pt VILLAGE THESE STARS CAN BE IDENTIFIED ON THE BASIS OF THEIR SPECTRA, WITH DISTINCTIVE LINES SENSITIVE TO HIGH LUMINOSITY AND LOW SURFACE GRAVITY.

18pt Supergiants can also be defined as a specific phase in the evolutionary history of certain stars. Stars with initial masses above 8–10 M quickly and smoothly initiate helium core fusion after they have exhausted their hydrogen, and continue fusing heavier elements after helium exhaustion until they develop an iron core, at which point the core collapses to produce a Type 2 supernova.

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16pt The supergiants lie more or less on a horizontal band occupying the entire upper portion of the HR diagram, but there are some variations at different spectral types. These variations are due partly to different methods for assigning luminosity classes at different spectral types, and partly to actual physical differences in the stars. The bolometric luminosity of a star reflects its total output of electromagnetic radiation at all wavelengths.

14pt All supergiants are larger and more luminous than main sequence stars of the same temperature. This means that hot supergiants lie on a relatively narrow band above bright main sequence stars. A B0 main sequence star has an absolute magnitude of about −5, meaning that all B0 supergiants are significantly brighter than absolute magnitude −5. Bolometric luminosities for even the faintest blue supergiants are tens of thousands of times the sun. The brightest can be over a million and are often unstable.

VILLAGE 12pt WHILE MOST SUPERGIANTS SUCH AS ALPHA CYGNI VARIABLES, SEMI REGULAR VARIABLES, AND IRREGULAR VARIABLES SHOW SOME DEGREE OF PHOTOMETRIC VARIABILITY, CERTAIN TYPES OF VARIABLES AMONGST THE SUPERGIANTS ARE WELL DEFINED. THE INSTABILITY STRIP CROSSES THE REGION OF SUPERGIANTS, AND SPECIFICALLY MANY YELLOW SUPERGIANTS ARE CLASSICAL CEPHEID VARIABLES. THE SAME REGION OF INSTABILITY EXTENDS TO INCLUDE THE EVEN MORE LUMINOUS YELLOW HYPERGIANTS.

10pt Cool supergiants show enhanced helium and nitrogen at the surface due to convection of th ese fusion products to the surface during the main sequence of very massive stars, to dred ge-ups during shell burning, and to the loss of the outer layers of the star. Helium is formed i n the core and shell by fusion of hydrogen and nitrogen which accumulates relative to carbo n and oxygen during CNO cycle fusion. At the same time, carbon and oxygen abundances ar e reduced. Red supergiants can be distinguished from luminous but less massive AGB stars by unusual chemicals at the surface, enhancement of carbon from deep third dredge-ups, a s well as carbon-13, lithium and s-process elements. Late-phase AGB stars can become high ly oxygen-enriched, producing OH masers. Hotter supergiants show differing levels of nitro gen enrichment. This may be due to different levels of mixing on the main sequence due to r otation or because some blue supergiants are newly evolved from the main sequence while others have previously been through a red supergiant phase. Post-red supergiant stars hav e a generally higher level of nitrogen relative to carbon due to convection of CNO-processed material to the surface and the complete loss of the outer layers.

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32pt Polaris is near the north celestial pole for only a small fraction of the 25,700-year precession cycle. It will stay there for about 1,000 years.

24pt VILLAGE TO FIND POLARIS, FROM A POINT IN THE NORTHERN HEMISPHERE, FACE NORTH AND THEM YOU CAN LOCATE THE BIG DIPPER & LITTLE DIPPER ASTERISMS.

18pt Looking at the “cup” part of the Big Dipper, imagine that the two stars at the outside edge of the cup form a line pointing upward out of the cup. This line points directly at the star at the tip of the Little Dipper’s handle. That star is Polaris, the North Star. The south celestial pole is visible only from the Southern Hemisphere. It lies in the dim constellation Octans, the Octant.

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16pt An analogous concept applies to other planets: a planet’s celestial poles are the points in the sky where the projec- tion of the planet’s axis of rotation intersects the celestial sphere. These points vary because different planets’ axes are oriented differently (the apparent positions of the stars also change slightly because of parallax effects). The north celestial pole currently is within one degree of the bright star Polaris.

14pt Over the course of Earth’s 26,000-year axial precession cycle, a series of bright naked eye stars (an apparent magnitude up to +6; a full moon is −12.9) in the northern hemisphere will hold the transitory title of North Star. While other stars might line up with the north celestial pole during the 26,000 year cycle, they do not necessarily meet the naked eye limit needed to serve as a useful indicator of north to an Earth-based observer, resulting in periods of time during the cycle.

VILLAGE 12pt CURRENTLY, THERE IS NO SOUTH STAR AS USEFUL AS POLARIS. SIGMA OCTANTIS IS THE CLOSEST NAKED-EYE STAR TO THE SOUTH CELESTIAL POLE, BUT AT APPARENT MAGNITUDE 5.45 IT IS BARELY VISIBLE ON A CLEAR NIGHT, MAKING IT UNUSABLE FOR NAVIGATIONAL PURPOSES. IT IS A YELLOW GIANT 275 LIGHT YEARS FROM EARTH. ITS ANGULAR SEPARATION FROM THE POLE IS ABOUT 1°. THE SOUTHERN CROSS CONSTELLATION FUNCTIONS AS AN APPROXIMATE SOUTHERN POLE CONSTELLATION.

9pt Polaris was associated with Marian veneration from aphor. In the medieval period, Polaris was also known an early time, Our Lady, Star of the Sea being a title as stella maris “star of the sea” (from its use for navi of the Blessed Virgin. This tradition goes back to a gation at sea), as in e.g. Bartholomeus Anglicus (d. 12 misreading of Saint Jerome’s translation of Eusebiu 72), in the translation of John Trevisa (1397): “by the s’ Onomasticon, De nominibus hebraicis (written ca. place of this sterre place and stedes and boundes of 390). Jerome gave stilla maris “drop of the sea” as a the other sterres and of cercles of heven ben know (false) Hebrew etymology of the name Maria. This st en: therefore astronomers beholde mooste this ste illa maris was later misread as stella maris; the misr rre. Then this ster is dyscryved of the moste shorte eading is also found in the manuscript tradition of Is cercle; for he is ferre from the place that we ben in; h idore’s Etymologiae (7th century); it probably arises e hydeth the hugenesse of his quantite for unmevab in the Carolingian era; a late 9th-century manuscrip lenes of his place, and he doth cerfifie men moste c t of Jerome’s text still has stilla, not stella, but Pasch ertenly, that beholde and take hede therof; and therf asius Radbertus, also writing in the 9th century, ma ore he is called stella maris, the sterre of the see, for kes an explicit reference to the “Star of the Sea” met he ledeth in the see men that saylle.”

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32pt A timekeeping system that astronomers use to locate celestial objects. It is possible to point a telescope to the coordinates in the night sky.

24pt VILLAGE VIEWED FROM THE SAME LOCATION, A STAR SEEN AT ONE POSITION IN THE SKY WILL BE SEEN AT THE SAME POSITION ON ANOTHER NIGHT AT THE SAME SIDEREAL TIME.

18pt Just as the Sun and Moon appear to rise in the east and set in the west due to the rotation of Earth, so do the stars. Both solar time and sidereal time make use of the regularity of Earth’s rotation about its polar axis, solar time following the Sun while sidereal time roughly follows the stars. A sidereal day is measured in approximately 23 hours, 56 minutes, and 4.0905 SI seconds.

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16pt Solar time is measured by the apparent diurnal motion of the Sun, and local noon in apparent solar time is the mo- ment when the Sun is exactly due south or north (depending on the observer’s latitude and the season). A mean solar day (what we normally measure as a “day”) is the average time between local solar noons (“average” since this varies slightly over the year). Earth makes one rotation around its axis in a sidereal day.

14pt Earth’s rotation is not a simple rotation around an axis that would always remain parallel to itself. Earth’s rotational axis itself rotates about a second axis, orthogonal to Earth’s orbit, taking about 25,800 years to perform a complete rotation. This phenomenon is called the precession of the equinoxes. Because of this precession, the stars appear to move around Earth in a manner more complicated than a simple constant rotation. In this reference frame, Earth’s rotation is close to constant.

VILLAGE 12pt IN THE PAST, TIME WAS MEASURED BY OBSERVING STARS WITH INSTRU- MENTS SUCH AS PHOTOGRAPHIC ZENITH TUBES AND DANJON ASTRO- LABES, AND THE PASSAGE OF STARS ACROSS DEFINED LINES WOULD BE TIMED WITH THE OBSERVATORY CLOCK. THEN, USING THE RIGHT ASCENSION OF THE STARS FROM A STAR CATALOG, THE TIME WHEN THE STAR SHOULD HAVE PASSED THROUGH THE MERIDIAN OF THE OBSERVA- TORY WAS COMPUTED, AND A CORRECTION TO THE TIME KEPT BY THE OBSERVATORY CLOCK WAS COMPUTED.

9pt All the solar planets more distant from the Sun than ormula its solar day is about 116.8 Earth days, and it Earth are similar to Earth in that, since they experie has about 1.9 solar days per orbital period. Similarly nce many rotations per revolution around the Sun, th to mean solar time, every location on Earth has its o ere is only a small difference between the length of t wn local sidereal time (LST), depending on the longit he sidereal day and that of the solar day—the ratio o ude of the point. Since it is not feasible to publish ta f the former to the latter never being less than Earth bles for every longitude, astronomical tables make u s ratio of 0.997. But the situation is quite different f se of Greenwich sidereal time (GST), which is sidere or Mercury and Venus. Mercury’s sidereal day is abo al time on the IERS Reference Meridian, less precise ut two-thirds of its orbital period, so by the prograde ly called the Greenwich, or prime meridian. There are formula its solar day lasts for two revolutions around two varieties, mean sidereal time if the mean equato the Sun—three times as long as its sidereal day. Ven r and equinox of date are used, or apparent sidereal us rotates retrograde with a sidereal day lasting abo time if the apparent equator and equinox of date are ut 243.0 Earth days, or about 1.08 times its orbital p used. The former ignores the effect of nutation while eriod of 224.7 Earth days; hence by the retrograde f the latter includes nutation.

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32pt Camelopardalis is not one of Ptolemy’s 48 constellations in the Almagest. It was created by Petrus Plancius in 1613. It first appeared in a globe.

24pt VILLAGE JOHANNES HEVELIUS DEPICTED THIS CONSTELLATION IN HIS WORKS WHICH WERE SO INFLUENTIAL THAT IT BECAME REFERRED TO AS CAMELOPARDALI HEVELII.

18pt Camelopardalis is a large but faint constellation of the northern sky representing a giraffe. The constellation was introduced in 1612 or 1613 by Petrus Plancius. Some older astronomy books give Camelopardalus or Camelopardus as alternative spellings of the name, but the official version recognized by the International Astronomical Union is Camelopardalis.

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Uppercase Cyrillic АБВГДЕЖЗИЙКЛМНОПРСТУФХЦЧШЩ ЪЫЬЮЯЁЂЃЄЅІЇЈЉЊЋЌЎЏҐ

Small Capital Cyrillic абвгдежзийклмнопрстуфхцчшщъы ьюяёђѓєѕіїјљњћќўџґ

Lowercase Cyrillic абвгдежзийклмнопрстуфхцчшщъыь юяёђѓєѕіїјљњћќўџґ

WWW.VLLG.COM 19 Constellation / Galaxie Copernicus Italic Character Set

Stylistic Set 01: aªáàăâãäåā Alternate lowercase a

Stylistic Set 02: Ļļ Ņņ Ŗŗ Şş Ţţ Alternate Cedilla Diacritics

Stylistic Set 03: ‟‛ ’” Reverse Quotes

Stylistic Set 04: Seriffed I IÍÌÎǏÏĨĪȈȊĬİĮỊ ІЇ Ĳ and Ĳ

Stylistic Set 05: ÄÖÜ Alternate Titling Diacritics

Standard Ligatures fi fl

Discretionary Ligatures ¿¡‽‽ VILLAGE

Punctuation & Symbols .,:;…!¡?¿‽¿¡‼‛‘’‚„‟“”&()[]{}〈〉/\|‖¦'"‴‹›«»@ ·•-–‒—―_*†‡§¶№©®℠™^°ªº

Case- Sensitive ·•-–‒—―‹›«»(){}[]〈〉/|‖¦\¿¡€$¢£¥ Punctuation & Symbols +−×÷±=≠≈≡¬<>≤≥#‰%

Currency €$¢ƒ £¥₡₢₣₤₦₧₨₩₪₮₱฿

Superscript abcdefghijklmⁿopqrstuvwxyz

Math Symbols +−×÷=≈≠≡±~¬ ∞<>≤≥|∂∆∏∑√∫♯ ⁄ ⁽⁺⁻⁼⁾₍₊₋₌₎‰←↑↓→

WWW.VLLG.COM 20 Constellation / Galaxie Copernicus Italic Character Set

Tabular Proportional Lining 00123456789 Lining 00123456789

Proportional Proportional Oldstyle 0123456789 Lining 0123456789

Numerators 0123456789⁽⁺⁻⁼⁾ Denominators ₀₁₂₃₄₅₆₇₈₉₍₊₋₌₎

Superiors ⁰¹²³⁴⁵⁶⁷⁸⁹⁽⁺⁻⁼⁾ Inferiors 0123456789(+−=)

Pre-built Fractions ½ ⅓ ⅔ ¼ ¾ ⅕ ⅖ ⅗ ⅘ ⅙ ⅚ ⅛ ⅜ ⅝ ⅞ 1/16 5/16 7/16 9/16 13/16 15/16 1/32 3/32 5/32 7/32 11/32 13/32 15/32 17/32 19/32 21/32 23/32 25/32 27/32 29/32 31/32

Graphic Symbols ●○⚫⚪■□⊠▪▫☒◄►▲▼◤◥◢◣◎★☼☾ ♻♼♽⌂☀☁☂☔☇☃♠♣♥♦ VILLAGE

Arrows ↙← ↖↑↓↗ →↘

WWW.VLLG.COM 21 Constellation / Galaxie Copernicus OpenType Features

CASE-SENSITIVE GLYPHS Activate with an All Caps text setting or via the glyph palette Off «Hola, ¿cómo estás?» On «HOLA, ¿CÓMO ESTÁS?»

SMALL CAPITALS Access via Opentype or the glyph table Off The Electric Circus On The Electric Circus

LIGATURES: fi fl Access via Opentype or the glyph table Off the first flower of spring On the first flower of spring

DISCRETIONARY LIGATURES: ¿¡ ‽ Access via Opentype or the glyph table Off Pfft—are you serious?! On Pfft. Are you serious‽

SCHOOLBOOK LOWERCASE a Access via Stylistic Set 01 or the glyph table Off arugula and anchovies On arugula and anchovies

CEDILLA DIACRITICS Ļļ, Ņņ, Ŗŗ, Şş & Ţţ Access via Stylistic Set 02 or the glyph table Off Laimīgu ceļuz, Ņujorkas! On Laimīgu ceļuz, Ņujorkas!

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REVERSE QUOTES Access via Stylistic Set 03 or the glyph table Off The ‘new kid’ said, “huh?” On The ‛new kid’ said, ‟huh?”

SERIFFED I AND Ĳ Access via Stylistic Set 04 or the glyph table Off Illinois, Iceland & India On Illinois, Iceland & IndІa

GERMAN TITLING ALTERNATES Access via Stylistic Set 05 or the glyph table Off FÄRBER, KÖSTER & DÜPPEL On FÄRBER, KÖSTER & DÜPPEL

№ SYMBOL Access via the glyph table Off 1234 5th Ave Apt No.6 On 1234 5th Ave Apt №6

FRACTIONS Access via OpenType or the glyph table Off 1/2 C coffee + 1/8 T cream On 1 C coffee + 1 T cream

TABULAR LINING NUMERALS These are the default numerals Default £3,456.78 growth in 2019

WWW.VLLG.COM 22 Constellation / Galaxie Copernicus OpenType Features

PROPORTIONAL LINING NUMERALS Access via OpenType or the glyph table Off £3,456.78 growth in 2019 On £3,456.78 growth in 2019

TABULAR OLDSTYLE NUMERALS Access via OpenType or the glyph table Off £3,456.78 growth in 2019 On £3,456.78 growth in 2019

PROPORTIONAL OLDSTYLE NUMERALS Access via OpenType or the glyph table Off £3,456.78 growth in 2019 On £3,456.78 growth in 2019

NUMERATORS & DENOMINATORS Activate via OpenType or the glyph table Off 1/2 + 3/4 + 5/6 On 1/2 + 3 + 5

SUPERIORS Activate via OpenType or the glyph table Off 8€50 per litre On 8€50 per litre

INFERIORS Activate via OpenType or the glyph table Off Elements: CO2 H2O On Elements: CO2 H2O

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WWW.VLLG.COM 23 Constellation / Galaxie Copernicus Selected Accented Language Texts

Cesky Všeobecnou deklaraci lidských práv jakožto společný cíl pro všechny národy a všechny státy za tí 9pt m účelem, aby se každý jednotlivec a každý orgán společnosti, maje tuto deklaraci stále na mysli, snaž il vyučováním a výchovou rozšířit úctu k těmto právům a svobodám a zajistit postupnými opatřeními vni trostátními i mezinárodními jejich všeobecné a účinné a uznávání a zachovávání jak mezi lidem členský ch států samých, tak i mezi lidem území, jež jsou pod jejich pravomocí. Všichni lidé rod í se svobodní a s obě rovní co do důstojnosti a práv. Jsou nadáni rozumem a svědomím a mají spolu jednat v duchu brat rství. Každý má všechna práva a všech y svobody, stanovené touto deklarací, bez jakéhokoli rozlišování zejména podle rasy, barvy, pohlaví, jazyka, nábozenství, politického nebo jiného smýšlení, národnostníh o nebo sociálního půvo du, majetku, rodu nebo jiného postavení. Žádný rozdíl nebude dále činěn z důvo du politickéko, právního nebo mezinárodního postavení zeě nebo území, k nimž určitá osoba přísluší, ať jde o zemi nebo území nezávislé nebo pod poručenstvím, nesamosprávné nebo podrobené.

Dansk Plenarforsamlingen derfor nu denne derfor nu denne verdenserklæring om menneskerettighe 9pt derne som et fælles mål for alle folk og alle nationer med det formål, at ethvert menneske og ethvert s amfundsorgan stedse med denne erklæring for øje skal stræbe efter gennem undervisning og opdrage lse at fremme respekt for disse rettigheder og friheder og gennem fremadskridende nationale og inte rnationale foranstaltninger at sikre, at de anerkendes og overholdes overalt og effektivt, både blandt b efolkningerne i medlemsstaterne og blandt befolkningerne i de områder, der befinder sig under deres s tyre. Alle mennesker er født frie og lige i værdighed og rettigheder. De er udstyret med fornuft og sam vittighed, og de bør handle mod hverandre i en broderskabets ånd. Enhver har krav på alle de rettighed er og friheder, som nævnes i denne erklæring, uden forskelsbehandling af nogen art, f. eks. på grund af race, farve, køn, sprog, religion, politisk eller anden anskuelse, national eller social oprindelse, formuef orhold, fødsel eller anden samfundsmæssig stilling.

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Deutsch Verkündet die Generalversammlung diese Allgemeine Erklärung der Menschenrechte als das vo 9pt n allen Völkern und Nationen zu erreichende gemeinsame Ideal, damit jeder einzelne und alle Organe d er Gesellschaft sich diese Erklärung stets gegenwärtig halten und sich bemühen, durch Unterricht und Erziehung die Achtung vor diesen Rechten und Freiheiten zu fördern und durch fortshreitende nation ale und internationale Maßnahmen ihre allgemeine und tatsächliche Anerkennung und Einhaltung durc h die Bevölkerung der Mitgliedstaaten selbst wie auch durch die Bevölkerung der ihrer Hoheitsgewalt u nterstehenden Gebiete zu gewährleisten. Alle Menschen sind frei und gleich an Würde und Rechten ge boren. Sie sind mit Vernunft und Gewissen begabt und sollen einander im Geist der Brüderlichkeit. Jed er hat Anspruch auf die in dieser Erklärung verkündeten Rechte und Freiheiten ohne irgendeinen Unter schied, etwa nach Rasse, Hautfarbe, Geschlecht, Sprache, Religion, politischer oder sonstiger Überze ugung allein oder in Gemeinschaft mit anderen, in der Öffentlichkeit oder privat, durch Lehr.

Español Všeobecnou deklaraci lidských práv jakožto společný cíl pro všechny národy a všechny státy za 9pt tím účelem, aby se každý jednotlivec a každý orgán společnosti, maje tuto deklaraci stále namysli, snaž il vyučováním a výchovou rozšířit úctu k těmto právům a svobodám azajistit postupnými opatřeními v nitrostátními i mezinárodními jejich všeobecné a účinné uznávání a zachovávání jak mezi lidem členský ch států samých, tak i mezi lidem území, jež jsou pod jejich pravomocí. Všichni lidé rodí se svobodní a s obě rovní co do důstojnosti a práv. Jsou nadáni rozumem a svědomím a mají spolu jednat v duchu bratr ství. Každý má všechna práva a všechny svobody, stanovené touto deklarací, bez jakéhokoli rozlišování zejména podle rasy, barvy, pohlaví, jazyka, nábozenství, politického nebo jiného smýšlení, národnostní ho nebo sociálního původu, majetku, rodu nebo jiného postavení. Žádný rozdíl nebude dále činěn zdův odu politického, právního nebo mezinárodního postavení zeě nebo území, k nimž určitá osoba přísluší, a ť jde o zemi nebo území nezávislé nebo pod poručenstvím.

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Finnish Yleiskokous Antaa tämän ihmisoikeuksien yleismaailmallisen julistuksen kaikkien kansojen ja kai 9pt kkien kansakuntien tavoiteltavaksi yhteiseksi ohjeeksi, jotta kukin yksilö ja kukin y hteiskuntaelin pyrkis i, pitäen alati mielessään tämän julistuksen, valistamalla ja opettamalla edistämään näiden oikeuksien j a vapauksien kunnioittamista sekä turvaamaan jatkuvin kansallisin ja kansainvälisin toimenpitein niid en yleisen ja tehokkaan tunnustamisen ja noudattamisen sekä itse jäsenvaltioiden kansojen että niiden oikeuspiirissä olevien alueiden kansojen keskuudessa. Kaikki ihmiset syntyvät vapaina ja tasavertaisin a arvoltaan ja oikeuksiltaan. Heille on annettu järki ja omatunto, ja heidän on toimittava toisiaan kohtaa n veljeyden hengessä. Jokainen on oikeutettu kaikkiin tässä julistuksessa esitettyihin oikeuksiin ja vapa uksiin ilman minkäänlaista rotuun, väriin, sukupuoleen, kieleen, uskontoon, polittiseen tai muuhun mieli piteeseen, kansalliseen tai yhteiskunnalliseen alkuperään, omaisuuteen, syntyperään tai muuhun tekijä än perustuvaa erotusta.

Français L’Assemblée générale proclame la présente Déclaration universelle des droits de l’homme com 9pt me l’idéal commun à atteindre par tous les peuples et toutes les nations afin que tous les individus et t ous les organes de la société, ayant cette Déclaration constamment à l’esprit, s’efforcent, par l’enseign ement et l’éducation, de développer le respect de ces droits et libertés et d’en assurer, par des mesure s progressives d’ordre national et international, la reconnaissance et l’application universelles eteffecti ves, tant parmi les populations des Etats Membres eux-même que parmi celles des territoires placés sous leur juridiction. Tous les êtres humains naissent libres et égaux en dignitité et en droits. Ils sont d oués de raison et de conscience et doivent agir les uns envers les autres dans un esprit de fraternité. D e plus, il ne sera fait aucune distinction fondée sur le statut politique, juridique ou international du pays ou du territoire dont une personne est ressortissante, que ce pays ou territoire soit indépendant, sous tutelle, non autonome ou soumis.

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Íslenska Fyrir því hefur allsherjarþing Sameinuðu þjóðanna fallizt á mannréttindayfirlýsingu þá, sem hér 9pt með er birt öllum þjóðum og ríkjum til fyrirmyndar. Skulu einstaklingar og yfirvöld jafnan hafa yfirlýsing u þessa í huga og kappkosta með fræðslu og uppeldi að efla virðingu fyrir réttindum Þeim og frjálstræÞ i, sem hér er að stefnt. Ber og hverjum einum að stuðla Þeim framförum, innan ríkis og ríkja í milli, er að markmiðum yfirlýsingarinnar stefna, tryggja almenna og virka viðurkenningu á grundvallaratriðum hena r og sjá um, að Þau verði í heiðri höfó, bæði meðal Þjóða aðildarríkjanna sjálfra og meðal Þjóða á lands væðum Þeim, er hlita lögsögu aðildarríkja. Hver maður er borinn frjáls og jafn öðrum að virðingu og rétt indum. Menn eru gæddir vitsmunum og samvizku, og ber þeim að breyta bróðurlega hverjum við. Hver m aður skal eiga kröfu á réttindum þeim og því frjálsræði, sem fólgin eru í yfirlýsingu þessari, og skal þare ngan greinarmun gera vegna kynþáttar, litarháttar, kynferðis, tungu, trúar, stjórnmálaskoðana eða ann arra skoðana.

Polski Przeto zgromadzenie ogólne Ogłasza Uroczyście niniejszą Powszechną Deklarację Praw Człow 9pt ieka jako wspólny najwyższy cel wszystkich ludów i wszystkich narodów, aby wszyscy ludzie i wszystk ie organy społeczeństwa mając stale w pamięci niniejszą Deklarację—dążyły w drodze nauczania i w ychowywania do rozwijania poszanowania tych praw i wolności i aby zapewniły za pomocą postępowy ch środków o zasięgu krajowym i międzynarodowym powszechne i skuteczne uznanie i stosowanie tej Deklaracji zarówno wśród narodów Państw Członkowskich, jak i wśród narodów zamieszkujących podl egłe ich władzy. Wszyscy ludzie rodzą się wolni i równipod względem swej godności i swych praw. Są o ni obdarzeni rozumem i sumieniem i powinni postępować wobec innych w duchu braterstwa. Każdy czł owiek posiada wszystkie prawa i wolności zawarte w niniejszej Deklaracji bez względu na jakiekolwiek różnice rasy, koloru, płci, języka, wyznania, poglądów politycznych i innych, narodowości, pochodzenia społecznego.

WWW.VLLG.COM 25 Constellation / Galaxie Copernicus Selected Accented Language Texts

Nyorsk Då det å godkjenne det naturlege menneskeverdet med like og umissande rettar for alle mennes 9pt ke på jorda er grunnlaget for fridom, rettferd og fred i verda, og då hån og vørdsløyse mot menneskeret tane har ført til barbariske handlingar som har skaka samvitet til menneskeretta, er framvoksteren i d en verda der menneska skal ha talefridom og trusfridom og vere løyste frå otte og naud, kunngjord som det høgste målet for kvart menneske, og då det er nødvendig at menneskerettane blir verna om av love r slik at menneska ikkje blir tvinga til å finne den siste utvegen i å gjere opprør mot tyranni og trælekår, og då det er nødvendig å arbeide for betre tilhøve mellom nasjonane, og då folka i Dei Sameinte Nasjon ane har stadfest trua si i denne pakta, på grunnleggjande menneskerettar, på menneskeverd og på sa me rett for mann og kvinne, og har vedteke å arbeide for sosiale framsteg og betre levevilkår i større fri dom, og då medlemsstatane har bunde seg til å fremje allmenn vørdnad for pakta og halde seg etter m enneskerettane og den grunnleggjande fridomen i samarbeid med Dei Sameinte Nasjonane.

Portuguese Todos os seres humanos podem invocar os direitos e as liberdades proclamados na presente De 9pt claração, sem distinção alguma, nomeadamente de raça, de cor, de sexo, de língua, de religião, de opi nião política ou outra, de origem nacional ou social, de fortuna, de nascimento ou de qualquer outra sit uação. Além disso, não será feita nenhuma distinção fundada no estatuto político, jurídico ou internaci onal do país ou do território da naturalidade da pessoa, seja esse país ou território independente, sob t utela, autônomo ou sujeito a alguma limitação de soberania. Todo indivíduo tem direito à vida, à liberda de e à segurança pessoal. Ninguém será mantido em escravatura ou em servidão; a escravatura e o tra to dos escravos, sob todas as formas, são proibidos. Ninguém ser á submetido a tortura nem a penas ou tratamentos cruéis, desumanos ou degradantes. Todos os indivíduos têm direito ao reconhecimento, em todos os lugares, da sua personalidade jurídica. Todos são iguais perante a lei e, sem distinção, tê m direito aigual protecção da lei.

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Svenska Generalförsamlingen denna allmänna förklaring om de mänskliga rättigheterna såsom en ge 9pt mensam riktlinje för alla folk och alla nationer, på det att varje individ och varje samhällsor gan må med denna förklaring i åtanke ständigt sträva efter att genom undervisning och uppfostran befordra respek ten för dessa fri- och rättigheter samt genom framstegsfrämjande inhemska och internationella åtgä rder säkerställa deras allmänna och verksamma erkännande och tilllämpning såväl bland folken i medle msstaterna som bland folken i områden under deras överhöghet. Alla människor äro födda fria och lika i värde och rättigheter. De äro utrustade med förnuft och samvete och böra handla gentemot varandra i en anda av broderskap. Envar är berättigad till alla de fri- och rättigheter, som uttalas i denna förklari ng, utan åtskillnad av något slag, såsom ras, hudfärg, kön, språk, religion, politisk eller annan uppfattni ng, nationellt eller socialt ursprung, egendom, börd eller ställlning i övrigt. Ingen åtskillnad får heller gö ras på grund av den politiska, rättsliga eller internationella status som råder.

Türkçe İnsanlik topluluğunun bütün fertleriyle uzuvlarının bu beyannameyi daima gözönünde tutarak 9pt öğretim ve eğitim yoluyla bu haklar ve hürriyetlere saygıyı geliştirmeye, gittikçe artan milli ve milletlera rası tedbirlerle gerek bizzat üye devletler ahalisi gerekse bu devletlerin idaresi altındaki ülkeler ahalisi arasında bu hakların dünyaca fiilen tanınmasını ve tatbik edilmesini sağlamaya gayret etmelerri amacıy la bütün halklar ve milletler için ulaşılacak ortak ideal olarak işbu İnsan Hakları Evrensel Beyannamesini ilan eder. Bütün insanlar hür, haysiyet ve haklar bakımından eşit doğarlar. Akıl ve vicdana sahiptirler ve birbirlerine karşı kardeşlik zihniyeti ile hareket etmelidirler. Herkes, ırk, renk, cinsiyet, dil, din, siyasi vey a diğer herhangi bir akide, milli veya içtimai menşe, servet. doğuş veya herhangi diğer bir fark gözetilm eksizin işbu Beyannamede ilan olunan tekmil haklardan ve bütün hürriyetlerden istifade edebilir. Bund an başka, bağımsız memleket uyruğu olsun, vesayet altında bulunan gayri muhtar veya sair bir egemen lik kayıtlamasına tabi ülke uyruğu olsun.

WWW.VLLG.COM 26 Constellation / Galaxie Copernicus Supported Languages & Formats

SUPPORTED LANGUAGES

ISO 8859–1 Afrikaans, Albanian, Basque, Breton, Catalan, Danish, English (UK & US), Faroese, Galician, German, Latin1 Icelandic, Irish (new orthography), Italian, Kurdish (The Kurdish Unified Alphabet), Latin (basic classical orthography), Leonese, Luxembourgish (basic classical orthography), Norwegian (Bokmål & Nynorsk), Occitan, Portuguese (Portuguese & Brazilian), Rhaeto-Romanic, Scottish Gaelic, Spanish, Swahili, Swedish, Walloon

ISO 8859–2 Bosnian, Croatian, Czech, German, Hungarian, Polish, Romanian, Serbian (when in the Latin Latin2 script), Slovak, Slovene, Upper Sorbian & Lower Sorbian

ISO 8859–3 Esperanto, Maltese, Turkish Latin3

ISO 8859–4 Estonian, Latvian, Lithuanian, Greenlandic, Sami Latin4

ISO 8859–9 Turkish Latin5

ISO Nordic languages 8859–10 Latin6

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SUPPORTED FORMATS & LICENSING

Desktop When purchasing desktop licensing, the fonts are provided in CFF OpenType format. You may use the fonts OTF on the maximum number of seats (individual users or computers) within your organization as specified in the license table. You can purchase additional licensing at any time, which grants you the rights to use the fonts on additional Computers. The fonts may not be used with any web font replacement technologies or be embedded in a software application without the purchase of supplemental licensing.

WebFont When purchasing webfont licensing, the fonts are provided in WOFF and EOT formats for self-hosting. WOFF, TTF, EOT, SVG You may serve the webfonts to the maximum number of Unique Visitors Per Month as specified in the license table. There is no limit to the number of domains or sub-domains from which the webfonts may be served, but all of the domains must belong to the licensee organization. You can purchase additional licensing at any time, which grants you the rights to serve the webfonts to additional Unique Visitors per Month.

Software When purchasing dynamic embedding licensing, the fonts are provided in CFF OpenType OpenType format Application for incorporation into the code package of a software application across multiple operating systems, including iOS, Android, and Mac OS. Additional formats are available upon request. The fonts can be used on subsequent generations of the same software application(s).