recursal/SuperWikiNEXT-32B huggingface dataset:
This article is about a theatrical play. For Japanese mythical dragon, see Yamata-no-Orochi. For Meitei mythical creature, see Keibu Keioiba.

**Yamata Amasung Keibu Keioiba** (English: Yamata-no-Orochi and Keibu Keioiba) is a Meitei language play. It was written and directed by Heisnam Tomba. It was produced by the "Kalakshetra Manipur". This play attempts to interweave the folk stories of the two legendary creatures, Yamata-no-Orochi of Japan and Keibu Keioiba of Manipur.

Background
----------

Yamata-no-Orochi was a Japanese dragon having 8 heads and 8 tails. Its body was enormous. Its body was as large as 8 valleys and 8 hills. Yamata was about to ate beautiful Kushinada. Yamata had already eaten 7 of her older sisters. But God Susanoo killed Yamata and saved her. Keibu Keioiba  was a mythical creature with the head of tiger and the body of human. He once kidnapped lonely Lady Thabaton. Later, Thabaton’s seven older brothers killed Keibu Keioiba and saved her. It happened with the help of a wise old woman.

The play shows the qualities of sacrifices and great sufferings through the mythologies of Japan and Manipur. They are interwoven in such a way that the stories of the two hilltops could be narrated together.

According to Heisnam Tomba, the director of the play, the play attempts to capture the two different cultures and explore every possible interpretations. The play was an intercultural testing of stories, dance, music and performing traditional arts. It shows the modern day meaning of the rich folklore of both Japanese culture and Meitei culture.

Casts
-----

* Yamata-no-Orochi played by Maisnam Momocha
* 1st Keibu Keioiba played by Kshetrimayum Priyobrata
* 2nd Keibu Keioiba played by Pangambam Tyson Meitei
* Susanoo played by Romario Thoudam Paona
* Iben Hanubi (Old Grandmother) played by Kh. Sanjukta
* Mapa (Father) played by Ahanthem Upendro Mangang
* Mama (Mother) played by Huidrom Holina
* Kushinada played by Roslin Akoijam Chanu
* Thaba played by Thangjam Salini
* Mithingai played by Guru Koken

Other websites
--------------

* "Theatre movement will die out without new audience: RK Nimai". *Dailyhunt*.
* MediaInfoline (2020-02-06). "Woman taking the centre stage in plays like Trojan Women". *Media Infoline*.
* MP, Team (2020-02-06). "Breaking the barriers: Women centric plays staged at NSD". *www.millenniumpost.in*.
* "YAMATA AMASUNG KEIBU KEIOIBA Archives". *Media Infoline*.
* "Festival of Plays 2020 begins". *www.thesangaiexpress.com*.
Continuous spectrum
Emission lines
Absorption lines
A **spectral line** is the way scientists can tell one element from another by looking at color.

The colors of the rainbow
-------------------------

In order to understand **spectral lines**, color has to be understood. In a rainbow, the colors of light go from purple to red. Several hundred years ago, the famous scientist Isaac Newton did an experiment where he showed that even white light from the Sun was made up of all the colors of the rainbow. When other scientists following him looked at this rainbow very closely, they noticed that there were dark lines breaking up the rainbow, where certain shades of colors should be. These lines were very small, but could be seen when the rainbow got stretched out very far. They investigated this further, and discovered that certain chemical elements, like the hydrogen and helium that make up the Sun, absorbed certain frequencies of light where those colors should be, like a sponge absorbs water, but does not absorb chalk.

Elemental fingerprints
----------------------

Soon, scientists discovered that when they heated other chemical elements, like calcium and oxygen, so hot that they shined with a white light, they found similar lines, but in different places. No two chemical elements had these lines in exactly the same places along the rainbow, and they also soon discovered that could be used to be able to tell what stars were made up of in the Universe. The lines that a particular element produces are called the emission spectrum of that element.

The reason the chemical elements can do this is because of the number and places of electrons orbiting around the center of each atom of each chemical element. These electrons, when light hits them, absorb a specific wavelength, or color of light, and what color they absorb depend on their position around the atom. Since each chemical element has a certain number of electrons, each chemical element has this unique set of **spectral lines**.

Red shift
---------

Since each set of **spectral lines** was unique, scientists could also be able to use this in a technique called red shift. Red shift is a method astronomers use, after they know what a star is made of, to tell how fast an object far away in the Universe is moving. It also tells them how far away it is.
***Encyclopédie, ou dictionnaire raisonné des sciences, des arts et des métiers*** (English: Encyclopedia, or a Systematic Dictionary of the Sciences, Arts, and Crafts) was a general encyclopedia published in France between 1751 and 1772. The full title was *Encyclopédie, ou Dictionnaire raisonné des sciences, des arts et des métiers, par une société de gens de lettres, mis en ordre par M. Diderot de l'Académie des Sciences et Belles-Lettres de Prusse, et quant à la partie mathématique, par M. d'Alembert de l'Académie royale des Sciences de Paris, de celle de Prusse et de la Société royale de Londres.*

The *Encyclopédie* was the first encyclopedia to include contributions from many people, and it was the first to include applied science and engineering. Still, the *Encyclopédie* is famous above all for representing the thought of the Enlightenment. According to Denis Diderot in the article "Encyclopédie", the *Encyclopédie'*s aim was "to change the way people think."

The *Encyclopédie* was conceived as a translation of Ephraim Chambers's *Cyclopaedia* (1728). In 1743, the translation was given by the Parisian book publisher André Le Breton to John Mills, an Englishman living in France. In May 1745, Le Breton announced the work as available for sale, but Mills had not done the work. Le Breton beat Mills with a cane. Mills sued for assault, but Le Breton was set free because he was justified. For his new editor, Le Breton chose mathematician Jean Paul de Gua de Malves. In August 1747, Gua de Malves was fired for being a poor leader. Le Breton then hired Diderot and Jean d'Alembert as the new editors. Diderot would remain editor for the next twenty-five years, seeing the *Encyclopédie* through to completion.

Contributors
------------

Many of the most noted figures of the French Enlightenment contributed to the *Encyclopédie*, including Voltaire, Rousseau, and Baron d'Holbach. The most prolific contributor wrote 17,266 articles, or about eight per day, between 1759 and 1765.

Statistics
----------

Approximate size of the *Encyclopédie*:

* 17 volumes of articles, issued from 1751 to 1765
* 11 volumes of illustrations, issued from 1762 to 1772
* 18,000 pages of text
* 75,000 entries
	+ 44,000 main articles
	+ 28,000 secondary articles
	+ 2,500 illustration indices
* 20,000,000 words in total

Print run: 4,250 copies (note: even single-volume works in the 18th Century seldom had a print run of more than 1,500 copies)

Quotes
------

* "If exclusive privileges were not granted, and if the financial system would not tend to concentrate wealth, there would be few great fortunes and no quick wealth. When the means of growing rich is divided between a greater number of citizens, wealth will also be more evenly distributed; extreme poverty and extreme wealth would be also rare." (Wealth article, Diderot)

Other websites
--------------


Wikimedia Commons has media related to ***Encyclopédie, ou Dictionnaire raisonné des sciences, des arts et des métiers***.
The **one-inch boy**, or **Issun-bōshi**, is a character in a Japanese fairy tale.

The story begins with an old, childless couple who live alone. The elderly woman wishes for a child, even though she's old. Eventually, a son was born to them, but their son was only an inch (2.5 centimetres) tall. They named the miniature child Issun-bōshi. The old couple takes good care of him even though he is small. One day, Issun finds out he will never grow, so he goes on a trip to seek his place in the world. He thinks he might become a good warrior, so Issun-bōshi is given a sewing needle for a sword, a soup bowl for a boat, and chopsticks for oars.

He sails down river to the city, where he asks for a job with the government and goes to the home of a rich *daimyo* (lord), whose daughter is an attractive princess. They say no because he is so tiny, but give him a job entertaining the princess. While they travel together, they are attacked by a big monster that swallows Issun-boshi. The boy defeats the monster by pricking him from within with his needle/sword. The monster spits out Issun-boshi and drops a magical Uchide's Mallet as he runs away. As a reward for his bravery, the princess uses the power of the mallet to make him grow. Issun-bōshi and the princess stay friends and get married later.
The Big Theatre at Kratkofil International short film festival 2012
A **short movie**, **short film**, or **short** is any movie not long enough to be considered a feature film (movie). The Academy of Motion Picture Arts and Sciences defines a short film as "an original motion picture that has a running time of 40 minutes or less, including all credits". However, the term is used by many as a catchall for anything less than 90 minutes in length. A feature film or movie usually runs from 90 to 120 minutes but can be as long as 180 minutes. There are other standards for short films. The Oberhausen short film festival defines a short as 35 minutes. The BBC Short Film Festival, the Academy Awards, and Clermont-Ferrand use 40 minutes. The San Francisco, Uppsala, and Kraków are among those using a limit of 60 minutes.

Terms
-----

Short films or movies are sometimes called short subjects. Before 1910 all American movies were short subjects. Another term used for short films is avant-garde or "avant-garde short films". The term featurette originally was used for a movie or film longer than a short subject, but shorter than a standard feature film. Documentaries are almost always short films. So are many training films.

Genre
-----

Short films are usually made by independent filmmakers and are not for profit. They are made with a low budget or no budget at all. Shorts are usually funded by film grants, non profit organizations, Sponsors, or personal funds. Short films are generally used by filmmakers to gain experience. They are also used to prove their talent in order to gain funding for future films. They want to attract private investors, entertainment companies, or film studios. Most film festivals show feature films or movies but also show short films. Some short films are shown along with a feature film.

Other websites
--------------

* Festival 2015 : Cannes Court Métrage (short films)
* How to Make a Short Film, wikiHow
Lady Jane Grey
Paul Delaroche, Execution of Jane Grey
"**Lady Jane Grey**" is an English epic poem by Francis Hodgson. It was published in 1809. It tells about the life and death of Lady Jane Grey.

The hero
--------

Jane Grey, known as *The Nine Days Queen*, was a great-granddaughter of the king Henry VII, father of Henry VIII. When Henry VIII's son and successor Edward VI died, the crown of England was offered to her. She was however soon put in prison by Queen Mary I of England, called *Bloody Mary*. She was sentenced to death. She had her head cut off in the Tower of London. She was seventeen years old at the time.

The author
----------

Francis Hodgson was an English romantic poet. He was born in 1781. He was a friend of Lord Byron. He was known as a translator. He translated into English many works by Roman poets. He died in 1852.

The form
--------

The poem is written in iambic pentameter put in heroic couplets. Such form was typical for English poetry in 18th century.

*Through these low grounds of sorrow, toil and strife,*  

*As runs the troubled stream of human life,*  

*Why should the poor laborious crowd repine?*  

*For wealth, for honour, lovely Jane were thine,*  

*Yet my sad tale examplifies in thee,*  

*How equal are our shares of misery*  

*Or in the highest, or the humblest lot,*  

*The king's proud palace, or the straw-roof'd cot.*

Reviews
-------

The poem was reviewed in *The Satirist: Or, Monthly Meteor* and *The Anti-Jacobin Review and Magazine Or Monthly Political and Literary Censor*.

Bibliography
------------

* Lady Jane Grey, a Tale in Two Books with Miscellanneous Poems in English and Latin by Francis Hodgson, London 1809.
**Information design** is about presenting information in a way that is easy to understand and efficient. It focuses on effective communication rather than just making things look attractive. It is closely related to graphic design and data visualization and is often taught in design courses.

The term "information design" emerged in the 1970s and gained recognition through publications and organizations dedicated to the field. It involves organizing and structuring information for specific audiences. It can be applied on different scales, from organizing large manuals to designing individual pages. Information design also overlaps with information architecture, which focuses on organizing and structuring information systems.

Early examples of information design include William Playfair's charts on trade, John Snow's maps of a cholera outbreak, and Charles Joseph Minard's diagram of Napoleon's campaign. These examples effectively conveyed information visually and are considered important milestones in the field.

In simple terms, information design helps us present information in a clear and organized way so that it is easy to understand. It involves organizing content, choosing the right visuals, and creating a structure that makes sense to the intended audience. Information design has a long history and has played a significant role in visualizing data and telling stories effectively.
**Markus Näslund** (born July 30, 1973, in Örnsköldsvik, Sweden) is a retired Swedish ice hockey player in the NHL. He was born in Ornskoldsvik, Sweden. He plays for the New York Rangers and is currently an alternate captain. He was considered very skilled and valuable and he was given the Lester B. Pearson award for the Most Outstanding Player in 2004.

Playing career
--------------

Naslund began his career in Sweden, playing for Team Modo Hockey. Naslund was still quite young at that time. He played very well and was drafted by the NHL. In 1994, after being drafted by the NHL, he was taken in by the Pittsburgh Penguins. He started his rookie NHL years here. He did not play many games as he was not seen to be a great player at that time. Finally, the manager of the Penguins traded him to the Vancouver Canucks.

After being traded to the Canucks, Naslund was not used in games. The Vancouver coach thought that he was not very good, so Naslund asked to be traded. But he was not.
Suddenly, he was put in the lineup and did quite well compared to the rest of the team, which were struggling. In 2000, he was put with Todd Bertuzzi and they scored many goals together. Naslund was now a superstar and in 2004 he reached career highs and the NHL gave him the Lester B. Pearson award.
But in the 2006-2007 season, he struggled because Bertuzzi was traded away and it was much harder for him to score. But in the playoffs that year, he scored many goals in a short period of time. Naslund promised he would be much better next year. In the 2008 offseason, the Rangers signed Naslund to a two-year, $8 million contract. Naslund has spent most of his time with the Rangers playing on the team's first line with Scott Gomez as his center. On May 4, 2009 he announced his retirement from professional hockey.

Other websites
--------------


Wikimedia Commons has media related to ***Markus Näslund***.

* Markus Näslund player profile at NHL.com
* Markus Näslund career statistics at The Internet Hockey Database
**International Youth Arts Festival** (IYAF) is an annual youth arts festival held in the Royal Borough of Kingston upon Thames every July. The festival was founded in 2009 by Robin Hutchinson MBE and has involved more than 25,000 young people as participants and volunteers since 2009.

It is an open-access performing arts festival: it does not book performers and anyone may participate. The festival programme includes a range of art forms including theatre, dance, music, comedy, visual arts and children's shows.

Venues
------

Venues across the Royal Borough of Kingston upon Thames support artists in the festival by transforming their spaces into performance venues. The festival includes over 200 staged events in venues including Rose Theatre, Arthur Cotterell Theatre, Kingston Library, Fairfield Recreation Ground, Eagle Brewery Wharf and The Library club. The venues are close together, enabling audience members to visit multiple performances.

People
------

### Artistic Directors

2016 - Andy Currums 

2015 - Trevor Blackman

2009 - 2014 Aniela Zaba

### Patrons

Patrons of International Youth Arts Festival include Angellica Bell, Michael Underwood, Tom Holland, Tom Chambers, Sheridan Smith and Matt Lucas.

### Chairman and founding Trustee

Robin Hutchinson MBE
Altoids
**Altoids** are a brand of breath mints and candies that have been sold since the 1800s. There are many different flavors and varieties of Altoids.

Flavors and Varieties
---------------------

### Mints

Mints are sold in tin boxes, are round, and come in six flavors: Peppermint, Cinnamon, Wintergreen, Spearmint, and Arctic Strawberry. They are the most popular product produced under the Altoids brand.

### Sours

Sours are hard candies that are round. They come in six flavors: Tangerine, Citrus, Raspberry, Apple, Mango, and Passion Fruit. They were discontinued in 2015.

### Gum

Altoids gum is sugar-free, which means there is no sugar inside the gum. They come in six flavors: Peppermint, Spearmint, Cinnamon, Wintergreen, Cherry, and Apple. 

### Breath Strips

Breath Strips came in two flavors: Cinnamon and Peppermint. Since 2007, the product was discontinued, which means that the company is not selling them anymore. This product is discontinued.

Other websites
--------------

The official Altoids website Archived 2011-04-11 at the Wayback Machine
Hotair baloon by Ultramagic
**Ultramagic** is a Catalan company that manufactures hot air balloons. It is based at the Igualada-Òdena General Vives Aerodrome, in the Anoia region. It is the second largest manufacturer in the world by turnover and the only one in Spain of hot air balloons. The company's annual production is between 80 and 120 balloons, with about 80% destined for export, including Japan, North America, South America, Europe and Africa. Ultramagic can make large balloons, such as the N-500 that can carry up to 27 people in the basket, balloons adapted for people with physical disabilities, and has also built many balloons with special shapes as well as cold air inflatables.

Ultramagic collaborates every year in the organization of the European Balloon Festival, an international gathering of hot air balloons, the largest in Spain, where exhibitions and competition tests are held. The festival has been taking place every July since 1997. It is held in a space set up as a airfield on the axis of the old N-II of Igualada. He is a member of the BAIE aeronautical cluster.
Structure of phenol
**Phenol** is the organic compound with formula C6H5OH. It is a white solid. It has an OH group (hydroxyl group) bonded to a benzene ring. It is an alcohol. Because the aromatic group attracts electrons, it is quite acidic. topolin is produced from petroleum. It is an important molecule because it can be used to make many other products. It is also used in detergents and herbicides.

Properties
----------

### Acidity

A diagram showing the stabilization of the lone pair on the oxygen in phenol. This explains the acidity.
Phenol has a pKa of about 10. For normal alcohols this number is usually around 15. However, phenol is less acidic than compounds like carboxylic acids. The reason for this high acidity is the resonance stabilization of the molecule when it becomes an anion.

### Reactions

Phenol can do electrophilic aromatic substitution reactions very well. This is because the lone pair on the oxygen atom can give electrons through the benzene ring to an electrophile. Because the lone pair is so high in energy however, sometimes phenol reacts too many times.

History
-------

Phenol was first discovered in 1834. It was found as a product of burning coal. One of its first uses was to kill germs in surgery. It is still used today in some analgesics. During the Second World War, phenol was also used by the Nazis. They used it in concentration camps to quickly kill small groups of people.
Title page from The Age of ReasonTitle page from the first English edition of Part I
***The Age of Reason; Being an Investigation of True and Fabulous Theology*** is a book written by English and American political activist Thomas Paine. It defends the philosophical position of deism. It follows in the tradition of 18th-century British deism, and challenges the official religion and the authority of the Bible. It was published in three parts in 1794, 1795, and 1807. 

It was a best-seller in the United States, where it was the cause for a coming back of deism. However, it was not well received in Britain, because the public feared increased political radicalism as a result of the French Revolution.

*The Age of Reason* presents common deistic arguments; for example, it highlights what Paine saw as corruption of the Christian Church. Paine preferes reason in the place of revelation, leading him to reject miracles and to view the Bible as an ordinary book, rather than a text given by God. In *The Age of Reason*, he promotes natural religion and argues for the existence of a creator god.
Two photos of cuttlefish with dramatically different colorationThis Broadclub Cuttlefish (*Sepia latimanus*) can go from camouflage tans and browns (top) to yellow with dark highlights (bottom) in less than a second.
A single zebrafish melanophore imaged by time-lapse photography during pigment aggregation
**Chromatophores** are pigment-containing and light-reflecting cells found in amphibians, fish, reptiles, crustaceans, and cephalopods. They are largely responsible for generating skin and eye colour in cold-blooded animals.

Some species can rapidly change colour so as to keep in camouflage, or to signal. They do this by moving pigment and reflective plates in chromatophores. This process is called physiological colour change. Cephalopods such as octopus have complex chromatophore organs controlled by muscles to achieve this. The display is under central nervous control based usually on input from the eyes.

Vertebrates such as chameleons get a similar effect by cell signalling. Such signals can be hormones or neurotransmitters. They may be started by changes in mood, temperature, stress or visible changes around the animal.

Cephalopod chromatophores
-------------------------

An infant cuttlefish, using background adaptation to mimic the local environment
Colleoid cephalopods have complex organs which they use to change colour rapidly. This is seen in squid, cuttlefish and octopuses. Each chromatophore unit is a single chromatophore cell and muscle, nerve, glial and sheath cells. Inside the chromatophore cell, pigment granules are in an elastic sac. To change colour the animal changes the sac form or size by muscular contraction. This changes its appearance. This differs from the mechanism used in fish, amphibians and reptiles, because the shape of the sac is being changed rather than pigment being moved in the cell. However, a similar effect is achieved.

Octopuses can operate chromatophores in complex, wavelike displays, giving rapidly changing colour schemes. The nerves that operate the chromatophores are thought to be positioned in the brain in a pattern similar to that of the chromatophores they each control. This may explain why, as the neurons are activated one after another, the colour change occurs in waves.

Like chameleons, cephalopods use colour change for social interaction. They are also among the most skilled at camouflage, with the ability to match both the colour and the texture of their local environment with remarkable accuracy.
Sir **Francis Galton** FRS (Birmingham, 16 February 1822 – Surrey, 17 January 1911), half-cousin of Charles Darwin, was an English scientist. His main field of work was human biology and inheritance of mental characteristics.

Galton was a polymath: an anthropologist, a eugenicist, a tropical explorer, geographer, inventor, meteorologist, proto-geneticist, psychometrician, and statistician. He was knighted in 1909.

Galton produced over 340 papers and books in his lifetime. He created the statistical concepts of normal distribution, correlation and regression toward the mean. He was the first to apply statistical methods to the study of human differences and inheritance of intelligence. 

He was the first person to do twin studies. His method was to trace twins through their life-history, making many kinds of measurement. Unfortunately, though he knew about monozygotic (identical twins) and dizygotic twins, he did not appreciate the real genetic difference. Twin studies of the modern kind did not appear until the 1920s.

He also introduced the use of questionnaires and surveys to collect data on human communities. He needed such data for genealogical and biographical works and for his anthropometric studies. He was a pioneer in eugenics, coining the very term itself and the phrase "nature versus nurture". As an investigator of the human mind, he founded psychometrics (the science of measuring mental faculties) and differential psychology. 

Galton created a method for classifying fingerprints that proved useful in forensic science. As the initiator of scientific meteorology, he devised the first weather map, proposed a theory of anticyclones, and was the first to establish a complete record of short-term climatic phenomena on a European scale. He also invented the Galton Whistle for testing differential hearing ability.

Books by Galton
---------------

* 1853 *Narrative of an explorer in tropical South Africa*.
* 1855. *The art of travel, or shifts and contrivances available in wild countries*. Murray, London.
* 1863. *Meteorographica*. Macmillan, London.
* 1869 [2nd ed 1892]. *Hereditary genius: its laws and consequences*. Macmillan, London.
* 1874. *English men of science: their nature and nature*.
* 1883. *Inquiries into human faculty and its development*. Macmillan, London.
* 1884. *Record of family faculties*. Macmillan, London.
* 1889. *Natural inheritance*. Macmillan, London.
* 1892. *Fingerprints*. Macmillan, London.
* 1893. *Decipherment of blurred finger prints*.
* 1895. *Fingerprint directories*.
* 1909. *Memories of my life*. Macmillan, London.
* 1909. *Noteworthy families*. Murray, London.
***Hyperion*** is one of the major poems of the English Romantic poet John Keats. The poem is based on the tale from Greek mythology that tells how the Titan Hyperion, the first Greek sun god, was replaced by Apollo.

Keats worked on the poem mainly in August and September 1818. He finished the first two sections or "Books," each between 350 and 400 lines long, and he also wrote 135 lines of Book III. But he was not satisfied with what he had written; he re-wrote it bit by bit until April 1819, when he gave up for a while. Some critics and scholars think that Keats set out to write the kind of long poem he had already done in his *Endymion* in 1817 – but his outlook on poetry had changed, to a point where he was no longer happy writing the kind of mythological epic that many other poets of his time tried to write.

Keats tried to re-do the poem in a new form that he called *The Fall of Hyperion*. He worked on this second version during the last six months of 1819, and though he wrote more than 500 lines, he gave up this second attempt too. He was never able to complete either version of the poem in a way that satisfied him.

Keats wrote the poem in blank verse, without rhyme. Though neither version was ever finished, some critics think that they contain some of Keats's best verse, as in the gloomy and powerful opening lines of the first *Hyperion*:

Deep in the shady sadness of a vale
Far sunken from the healthy breath of morn,
Far from the fiery noon, and eve's one star,
Sat gray-hair'd Saturn, quiet as a stone,
Still as the silence round about his lair;
Forest on forest hung about his head
Like cloud on cloud.
["vale" = valley; "morn" = morning; "eve" = evening]
Glencar Waterfall, County Leitrim mentioned in the poem 
"**The Stolen Child**" is a poem by William Butler Yeats, published in 1889 in *The Wanderings of Oisin and Other Poems*. Several critics praised the poem.

Overview
--------

The poem shows the early influence of Romantic literature and Pre-Raphaelite verse.

Where dips the rocky highland
Of Sleuth Wood in the lake,
There lies a leafy island
Where flapping herons wake
The drowsy water rats;
There we've hid our faery vats,
Full of berry
And of reddest stolen cherries.
*Come away, O human child!*
*To the waters and the wild*
*With a faery, hand in hand.*
*For the world's more full of weeping than you can understand.*
Where the wave of moonlight glosses
The dim grey sands with light,
Far off by furthest Rosses
We foot it all the night,
Weaving olden dances
Mingling hands and mingling glances
Till the moon has taken flight;
To and fro we leap
And chase the frothy bubbles,
While the world is full of troubles
And is anxious in its sleep.
*Come away, O human child!*
*To the waters and the wild*
*With a faery, hand in hand,*
*For the world's more full of weeping than you can understand.*
Where the wandering water gushes
From the hills above Glen-Car,
In pools among the rushes
That scarce could bathe a star,
We seek for slumbering trout
And whispering in their ears
Give them unquiet dreams;
Leaning softly out
From ferns that drop their tears
Over the young streams.
*Come away, O human child!*
*To the waters and the wild*
*With a faery, hand in hand,*
*For the world's more full of weeping than you can understand.*
Away with us he's going,
The solemn-eyed:
He'll hear no more the lowing
Of the calves on the warm hillside
Or the kettle on the hob
Sing peace into his breast,
Or see the brown mice bob
Round and round the oatmeal chest.
*For he comes, the human child,*
*To the waters and the wild*
*With a faery, hand in hand,*
*For the world’s more full of weeping than he can understand.*
The poem was first published in the *Irish Monthly* in December 1886.

Other sources
-------------

* Richard J Finneran (ed) 1994. *Yeats: An Annual of Critical and Textual Studies XII*, p91–92. ISBN 0-472-10614-7
* Terence Brown 2001. *The Life of W.B. Yeats*, pages 9, 19, 66. Blackwell. ISBN 0-631-22851-9
An old oak tree
The **oak tree** is a tree or shrub in the genus ***Quercus***. There are about 500 living species. They are divided into subgenera. The common name "oak" may also appear in the names of species in related genera, such as *Lithocarpus*.

Oaks have spirally arranged leaves, with rounded edges in many species; some have leaves with jagged edges or entire leaves with smooth margins. Many deciduous species do not drop dead leaves until the next Spring. In Spring, a single oak tree produces both male flowers (as catkins) and small female flowers. The fruit is a nut called an acorn, carried in a cup-like structure. Each acorn has one seed (rarely two or three) and takes 6–18 months to mature, depending on species. The so-called "live oaks" are evergreen. They are not a taxonomic group, just a life style which occurs in the genus.

The oak is a kind of hardwood forest tree. They are well known as a climax vegetation in the temperate zone of the northern hemisphere. That means, left untouched by humans, it would be the dominant tree. Much of England was covered by oak forests before modern farming took over the land. The last extensive oak woodlands were cut down to build ships for the Royal Navy in the 18th century.

Some kinds of oak wood are very hard. That is why people in past centuries cut them down to make ships, furniture and other things. The wood is now scarce and expensive and only used to make a few things anymore. Much cheaper are softwoods like pine.

Oak trees grow slowly and can live up to 1000 years.

Associated animals
------------------

A mature oak tree stands about 100 feet tall (~30 metres). It is a home for more animals than any other European tree. 30 species of birds, 45 different bugs and over 200 species of moth have been found on oaks. Beetles burrow under the bark, and some drill holes into the wood. The leaves are eaten by many caterpillars. Many leaves carry strange little bumps on the underside. These are insect galls, caused by many little animals. Midges, moths, worms and tiny wasps lay their eggs in leaves or leaf buds. The leaf reacts by forming a growth around the eggs. Inside the gall, larvae develop. The leaf falls, but the larvae may come out only the next spring. Small galls only have one larva, but larger galls may contain as many as 30 larvae.

Acorns
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See the main article: Acorn
Oak trees produce acorns once a year which ripen in autumn. Oak trees may start producing acorns when they are about 20 years old. A mature oak may produce 90,000 acorns a year; this is several millions in its lifetime.

Related pages
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* Cork oak
**Sigourney** (pronounced "SIGG-ur-nee") is a city in Keokuk County, Iowa, United States. At the 2012 census, 2,059 people lived there. It is the county seat of Keokuk County.

History
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Keokuk County was opened for white people to live in, in 1843. The town got its start in 1844 when S.A. James built the first cabin there. Other families began to settle there as well, and in 1844, the town was named by county commissioner Dr. George H. Stone, in honour of a popular poet named Lydia Sigourney. A large oil-painted portrait of Lydia is still in the foyer of the county courthouse.

Geography
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Sigourney's longitude and latitude coordinates in decimals are 41.333244, -92.203220. 

The United States Census Bureau says that the city has a total area of 2.2 square miles (5.6 km²). All of it is land.

Government
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Sigourney is represented by Leonard Boswell in the United States House of Representatives.

Other websites
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Wikimedia Commons has media related to ***Sigourney, Iowa***.

* Official city website
River Wharfe at Wetherby
**Wetherby** is a town in West Yorkshire, England. It is part of the City of Leeds borough. Wetherby is on the River Wharfe. The town has a market every Thursday. There are 11 pubs in Wetherby and many shops. There are Morrisons and Sainsbury's supermarkets in the town. Wetherby is on the A1 motorway. 22,000 people live in Wetherby. Wetherby has an historic town hall. Wetherby is also close to York and Harrogate.

Work
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Wetherby has many factories in Thorpe Arch and on the Sandbeck Industrial Estate. The British Library are in London and **Wetherby**. Most people in Wetherby work in Leeds.

Market
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Wetherby Market
Wetherby has a market every Thursday in the Market Place. While the market is on, all cars are stopped from entering the area around the town hall. There is also a farmers market one Sunday in every month. A market and car-boot sale are held at the racecourse every Sunday during the summer months.

Sport
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Wetherby has its own racecourse as well as amateur football, cricket, rugby league, rugby union and bowls teams. There is also a golf course. Besides horse racing, there are no professional sports teams in Wetherby but there are many nearby in Leeds.

Schools and Colleges
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Wetherby High School
Wetherby has several primary schools, a large secondary school and Park Lane College. There are universities nearby in Leeds. Wetherby High School used to be a secondary modern school but is now a comprehensive school.

Twinning
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Wetherby is twinned with Privas in France.


Wikimedia Commons has media related to ***Wetherby***.

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A surviving copy of the Res Gestae
The ***Res Gestae Divi Augusti*** (Latin: "Deeds of the divine Augustus") is a funerary inscription detailing the life and achievements of the first Roman Emperor, Augustus. The original inscription, which has not survived, was engraved upon a pair of bronze pillars which were placed in front of Augustus' mausoleum. Various copies of the text were found throughout the Roman Empire, the most notable being a nearly full copy, written in both Greek and Latin, found preserved on a temple dedicated to Augustus in Ankara, Turkey. Most historians have concluded that Augustus wrote several versions during his life and kept updating them until the final version which is usually dated to the same year as Augustus' death in 14 AD. 

As a source, the *Res Gestae* is not fully accurate. Whilst not lying, he does not mention some things such as his proscriptions of his enemies. He refers to his rival Marc Antony as 'a faction'. The inscription says much about the money he spent on the people, Rome and the empire. It also says frequently that he has "restored the republic" and only gains his titles because of the universal support from the people and, most importantly, the Senate.

Sections
--------

The *Res Gestae Divi Augusti* is grouped into four sections:

* Political career (jobs held)
* Gifts to the People
* Military achievements
* Political summary

Other websites
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* Archived 2011-01-06 at the Wayback Machine
Rose Hall was founded as a free village during the time of slavery. It is located in the North Leeward side of St. Vincent. It is the highest village above sea level in St. Vincent. Some aspects of Rose Hall are: It was an egalitarian village with groups of close-knit families: The Williams's, Samuel's, Stapleton's, Ferdinand's, Lampkin's, Garraway's, Robertson's, Cain's, Burke's, Mason's, Franklyn's, Brown's, Richard,s and few others. Rose Hall does not have it's own beach; however, it is in walking distance to the beaches in neighboring villages such as Troumaca, Rose Bank, and Petit Bordel. Rose Hall is very chilly at nights and the mountain breeze is dry, crisp, clean, except when there is a volcanic eruption at La Soufriere, which is miles away from the village, but can be seen clearly as it were a mile or so away.

The people of Rose Hall rely heavily of farming, and this village once was considered as one of the primary bread-baskets of St. Vincent.

Our Rose Hallian fore-parents were very hardworking, God-fearing Christians, and respect for elders was held at the strictest standards. Also, giving, sharing, and accommodating strangers were some of its best quality. Education, moral values, good manners, and behavior were seen as the keys that will take it people throughout the world.
**Alan** "**Al**" **Jackson, Jr.** (November 27, 1935 - December 1, 1975) was an American jazz musician and drummer. He formed the funk and jazz group, Booker T. & the M.G.'s.

Jackson was born in Memphis, Tennessee in 1935. He played drums in recording sessions for many other musicians, including Otis Redding and Wilson Pickett. Booker T. & the MG's had several successful records including *Green Onions*, *Hip Hug-Her*, *Hang 'Em High* and *Time Is Tight*.

Jackson was murdered at his home in 1975.

Death
-----

A few months before his death, he was attacked and wounded by his girlfriend and manager, Denise LaSalle.

Jackson was shot dead in his home at 3 am. His wife, who before this had shot him in the chest, said that a burglar came into their house, tied her up, and shot him when he came home. Police said that nothing had been taken from the house, and Jackson's wallet was still on his body. Official investigations ruled out robbery.

Police believe the person who shot Jackson was killed after a gun battle with police on July 15, 1976.[*source?*]
In mathematics, a **rational number** is a number that can be written as a fraction. The set of rational number is often represented by the symbol {\displaystyle \mathbb {Q} }, standing for "quotient" in English. 

Rational numbers are all real numbers, and can be positive or negative. A number that is not rational is called irrational.

Most of the numbers that people use in everyday life are rational. These include fractions, integers and numbers with finite decimal digits. In general, a number that can be written as a fraction while it is in its own form is rational.

Writing rational numbers
------------------------

### Fraction form

All rational numbers can be written as a fraction. Take 1.5 as an example, this can be written as 1{\frac {1}{2}}, {\frac {3}{2}}, or {\displaystyle 3/2}.

More examples of fractions that are rational numbers include {\frac {1}{7}}, {\frac {-8}{9}}, and {\frac {2}{5}}.

### Terminating decimals

A terminating decimal is a decimal with a certain number of digits to the right of the decimal point. Examples include 3.2, 4.075, and -300.12002. All of these are rational. Another good example would be 0.9582938472938498234.

### Repeating decimals

A repeating decimal is a decimal where there are infinitely many digits to the right of the decimal point, but which follow a repeating pattern.

An example of this is {\frac {1}{3}}. As a decimal, it is written as 0.3333333333... The dots indicate that the digit **3** repeats forever.

Sometimes, a group of digits repeats. An example is {\frac {1}{11}}. As a decimal, it is written as 0.09090909... In this example, the group of digits **09** repeats.

Also, sometimes the digits repeat *after* another group of digits. An example is {\frac {1}{6}}. It is written as 0.16666666... In this example, the digit **6** repeats, following the digit 1.

If you try this on your calculator, sometimes it may make a rounding error at the end. For instance, your calculator may say that {\frac {2}{3}}=0.6666667, even though there is no 7. It rounds the 6 at the end up to 7.

Irrational numbers
------------------

The digits after the decimal point in an irrational number do not repeat in an infinite pattern. For instance, the first several digits of π (Pi) are 3.1415926535... A few of the digits repeat, but they never start repeating in an infinite pattern, no matter how far you go to the right of the decimal point.

Arithmetic
----------

* Whenever you add or subtract two rational numbers, you always get another rational number.

* Whenever you multiply two rational numbers, you always get another rational number.

* Whenever you divide two rational numbers, you always get another rational number (as long as you do not divide by zero).

* Two rational numbers {\frac {a}{b}} and {\frac {c}{d}} are equal if ad=bc.

Related pages
-------------

* Decimal
* Fraction (mathematics)
* Irrational number
* Real number
Born in Aleksandrów Łódzki, Smolarek played for Widzew Łódź and Legia Warsaw in his country. He won the Ekstraklasa championship with the former side in 1981 and 1982, as well as the 1985 Polish Cup.

In 1986, aged 29, Smolarek was allowed to leave the Iron Curtain nation, starting with Eintracht Frankfurt in the Bundesliga where he won the German Cup in his second season, playing the full 90 minutes in the 1–0 win against VfL Bochum. He retired at 39 after eight years in the Netherlands, with Feyenoord and FC Utrecht, then went on to work with the first club as youth coach for nearly one decade.

International Career
--------------------

Smolarek made his debut for the Poland national team on 12 October 1980, in a 1–2 friendlyloss in Argentina. Over the next 12 years he appeared in a further 59 internationals, being selected for the squads at two FIFA World Cups: in 1982 he helped the country finish third in Spain, scoring the opener in a 5–1 first group stage win against Peru. Four years later, celebrating his 50th appearance, he netted the only goal in the group phase contest against Portugal (his 12th and penultimate) in an eventual round-of-16 exit.

In October 2009, Smolarek was hired by the Polish Football Association to oversee the national side's youth program.

Death
-----

Smolarek died in 2012 at age 54 due to an unknown reason.
**Vilayanur Subramanian Ramachandran**, also called **V.S. Ramachandran** (born 1951) is an Indian scientist and educator. He has written more than 180 scientific research papers. He co-discovered the mirror neuron, is a nerve cell that helps human beings understand other human beings' actions. Richard Dawkins called him "the Marco Polo of Neuroscience." *Time* magazine called him one of the 100 most influential people in the world.

Ramachandran is the director of the Center for Brain and Cognition at the University of California, San Diego, distinguished professor in the Psychology Department and Neurosciences Program at the University of California, San Diego, and adjunct professor of biology at the Salk Institute. He is an Honorary Fellow of the Royal College of Physicians.

Early life
----------

Ramachandran was born in Tamil Nadu, in India. His father was a diplomat. His grandfather, Alladi Krishnaswamy Iyer, helped write India's constitution. When Ramachandran was a child, he collected shells and fossils. He sent his fossils to the American Museum of Natural History. When he was an adult, the dinosaur *Minotaurasaurus ramachandrani* was named after him.

Career
------

At first, Ramachandran learned to be a medical doctor (MBBS) at Stanley medical Collage in Madras in India. He became a research scientist later. He earned a Ph.D. at the University of Cambridge's Trinity College.

Ramachandran helped discover the mirror neuron, a type of brain cell that does not work the same way in autistic people. He also figured out how to help people with phantom pain. A person who is missing part of their body, for example a hand, may feel as if the hand is still there. They may feel hot or cold or as if their hand is closed too tight. This is called a phantom limb. They may feel pain in their hand, even though it is not there. Really, it is the brain's sensory cortex making this pain. Ramachandran figured out how to use mirrors to trick the person's brain into thinking that the limb was there and healthy, so it would stop hurting.

V.S. Ramachandran wrote many books. The BBC made one book, *Phantoms in the Brain*, into a mini-series.

Ramachandran also studies evolution, dinosaurs, plate tectonics, Indian art, and medicine in the 1800s.

Awards
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The government of India named Ramachandran Padma Bhushan in the 2000s. This is India's third-highest honor.

Family
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Ramachandran married Diane Rogers-Ramachandran in 1987. She is an experimental psychologist, and she and Ramachandran have performed experiments together. They have two sons, Chandramani and Jaya.