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    MUSLIM

    CONTRIBUTION TOSCIENCE

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    In the year 650, the

    literature of Egyptian

    alchemy was translated into

    the Arabic language.

    It had long been thought that the

    hieroglyphics were first deciphered

    in 1822. Now it has been found out

    that Muslims were the first ones to

    translate Eyptian Hieroglyphics.

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    In 763, The House of Wisdomwas founded and the translationmovement was started by theAbbasid caliph Harun al-Rashid.

    The caliph would pay its weightin gold for every translated book.

    Through the translation movement, Muslims

    traveled to all parts of the world to find and

    translate knowledge from other civilizations. They

    translated ancient Egyptian, Hebrew, Persian,Greek, and Roman knowledge into Arabic. This

    way they became transmitters of knowledge that

    was almost lost and forgotten. After they had

    finished gathering and learning all the knowledge

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    In 763, the first Bimaristan(hospital) opened in Baghdad

    during the Caliphate of Harunal-Rashid.

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    In 780, Jabir ibn Hayyan, a Muslim chemist who is

    considered by many to be the father of chemistry,

    introduced the experimental scientific method for

    chemistry, as well as laboratory apparatus such asthe alembic, still and retort, and chemical

    processes such as pure distillation, liquefaction,

    crystallisation, and filtration.

    He also invented more than

    twenty types of laboratory

    apparatus, leading to the

    discovery of many chemical

    substances. He also developed

    recipes for stained glass and

    described lustre-painting on

    glass.

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    Muhammad bin Musa al-Khwarizmi founded the

    algorithm. Without

    algorithms we would nothave had computers.

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    In 796, the first

    brass astrolabewas built by

    Muhammad al-

    Fazari.The astrolabe was acomplicated astronomical

    devise that served manypurposes like telling time,

    finding the direction of the

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    In 800, Tin-opacifiedglazing was developed by

    Islamic potters.

    Tin-glazing is the process of giving ceramic

    items a tin-based glaze which is white, shiny

    and opaque.

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    The first insane asylum

    (Psychiatric hospital)

    in Egypt was erected by

    Muslim physicians in Cairo.

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    In the 9thcentury, the firstpractical windmill,the vertical axlewindmill, wasinvented ineastern Persia.

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    In 810, Abbas Ibn Firnas was born. He

    was the first to make glass from stones

    (quartz).He made the earliest recordedattempt at controlled flight, devised

    means of manufacturing colorless glass,

    and developed a process for cutting

    rock crystal.

    Another invention was an

    artificial weather

    simulation room, in whichspectators were astonished

    by artificial thunder and

    lightning.

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    In 820, Amr ibn Bahr al-Jahiz wrote a number of

    works on zoology, Arabic grammar, rhetoric, and

    lexicography. His most famous work is the Book

    of Animals, in which he first discussed food

    chains.

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    In 820, Muhammad ibn Musa al-

    Khwarizmi wrote The

    Compendious Book onCalculation by Completion and

    Balancing, more briefly referred

    toal-jabr, or algebra.Algebra gave mathematics a

    whole new development path

    so much broader in concept to

    that which had existed before,

    and provided a vehicle for

    future development of the

    subject.

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    In 850, the Banu Musa brothers wrote the Book ofIngenious Devices, in which they describe some of their

    inventions: the valve, float valve, feedback controller,

    float chamber, automatic control, Automatic flute

    player, Programmable machine, Trick drinking vessels,gas mask, grab, clamshell grab, fail-safe system,

    hurricane lamp, self-feeding oil lamp, self-trimming oil

    lamp, mechanical musical instrument, and

    hydropowered organ.

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    In 850, madrasahs, the forebears

    of modern universities were

    established. They wereinstitutions of higher education

    and research which issued

    academic degrees at all levels

    (bachelor, master and doctorate).

    The first universities in Europe were influenced in many

    ways by the madrasahs in Islamic Spain and the Emirateof Sicily at the time, and in the Middle East during the

    Crusades.

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    In 850, the basic water

    turbine was invented by

    Muslim engineers in the

    Islamic world.

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    In 850 Muhammad ibn Musa al-Khwarizmi invented the

    quadrant, the mural instrument,the sine quadrant(also

    known as the "Sinecal Quadrant"; the Arabic term for it

    is "Rubul Mujayyab") which was used for solving

    trigonometric problems and making astronomical

    observations. He also invented the alidade.

    THE BASIC ALIDADE

    THE MURAL INSTRUMENT

    Ulugh Beg's mural sextant,

    constructed in Samarkand,

    Uzbekistan during the 15th

    century.

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    It is recognized by the GuinnessBook of World Records as theoldest academic degree-grantinguniversity in the world..

    In 859 The University of Al

    Karaouine in Fes, Moroccowas founded by Princess

    Fatima al-Fihri.

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    He also classified natural andderivative (artificial) chemicalsubstances which was the earlyform of the periodic table ofelements.

    In 865 Muhammad

    ibn Zakariya Razi

    was born. In hisSecretum

    secretorum, he

    described a variety

    of tools for melting

    substances and

    the preparation of

    drugs.

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    In 875 Abbas IbnFirnas reportedly

    successfully employedan ornithopter for

    manned flight.

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    In 880, Al-Dinawari, the founder of Arabic botany,

    wrote the Book of Plants, which describes at least 637

    plants; it discusses the phases of plant growth and

    the production of flowers and fruit.

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    In 900, the first public

    library and lendinglibrary were built in

    the Islamic world. Thelibrary catalog wasalso invented in

    Islamic libraries.

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    In the 10th century ,the first reference to

    an "observation tube" is found in the

    work of Al-Battani, and the first exact

    description of the observation tube was

    given by al-Biruni. Though these early

    observation tubes did not have lenses,they "enabled an observer to focus on a

    part of the sky by eliminating light

    interference." These observation tubes

    were later adopted in Latin-speakingEurope, where they may have influenced

    the development of the telescope.

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    In 900, the first wind

    powered gristmills and sugar

    refineries appeared in

    Afghanistan, Pakistan and

    Iran. The first geared

    gristmills and the on/offswitch were also invented by

    Muslim engineers.

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    In 925, Kerosene was

    produced from thedistillation of petroleum and

    was first described by al-Razi

    in Baghdad. He alsodescribed the first kerosene

    lamps (naffatah) used for

    heating and lighting in his

    Kitab al-Asrar(Book of

    Secrets).

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    In 930, the cartographic grid

    was invented in Baghdad.

    Graph paper was alsoinvented in the Islamic world.

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    The earliest historical record of a

    reservoir fountain pen dates

    back to 953, whenMa'd

    al-Mu'izz, the caliph of Egypt,

    demanded a pen which would

    not stain his hands or clothes,

    and was provided with a penwhich held ink in a reservoir and

    delivered it to the nib via gravity

    and capillary action, as recorded

    by Qadi al-Nu'man al-Tamimi (d.

    974) in his Kitab al-Majalis wa'l-

    musayardt.

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    In 964, Abd al-Rahman al-Sufi wrote

    the Book of Fixed Stars, a star

    catalogue thoroughly illustrated withobservations and descriptions of the

    stars, their positions, their apparent

    magnitudes and their colour. He

    identified the Large Magellanic

    Cloud, which is visible from Yemen,

    though not from Isfahan; it was not

    seen by Europeans until Magellan's

    voyage in the 16th century. He also

    made earliest recorded observationof the Andromeda Galaxy in 964 AD;

    describing it as a "small cloud".[

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    In 1000, Ammar ibn Ali of Mosul

    wrote the Choice of Eye Diseases,

    a landmark text on ophthalmologyin medieval Islam. In cataract

    surgery, he attempted the earliest

    extraction of cataracts using

    suction. He invented a hollowmetallic syringe hypodermic

    needle, which he applied through

    the sclerotic and successfully

    extracted the cataracts through

    suction.

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    In 1000 Al-Karaji wrote a book

    containing the first known proofs

    by mathematical induction. Hewho used it to prove the binomial

    theorem, Pascal's triangle, and

    the sum of integral cubes.

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    In 1000 in Al-Andalus, Ibn Khalaf

    al-Muradi invented complex

    gearing, Epicyclic gearing,segmental gearing, and the

    geared mechanical clock. Muslim

    engineers also invented the

    Weight-driven mechanical clock.

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    In 1000 Abu al-Qasim al-Zahrawi

    published his 30-volume medical

    encyclopedia, theAl-Tasrif, whichremained a standard textbook in

    Muslim and European universities

    until the 16th century.

    The book first introduced many

    surgical instruments and a variety of

    other instruments. He also inventedthe plaster cast cotton dressing,oral

    anaesthesia, inhalational anaesthetic,

    and anaesthetic sponge.

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    In 1010, Al-Sijzi

    invented theZuraqi, a unique

    astrolabe designed

    for a heliocentricplanetary model in

    which the Earth ismoving rather than

    the sky.

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    In 1010, Abu al-Rayhan al-

    Biruni hypothesized that

    India was once covered by

    the Indian Ocean while

    observing rock formations

    at the mouths of rivers,

    introduced techniques tomeasure the Earth and

    distances on it using

    triangulation, and

    measured the radius of theEarth as 6339.6 km, the

    most accurate up until the

    16th century.

    Ibn al-Haytham proved that light travels

    http://en.wikipedia.org/wiki/File:Classical_spectacular_laser_effects.jpg
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    Ibn al Haytham proved that light travels

    in straight lines using the scientific

    method by carrying out various

    experiments with lenses, mirrors,

    refraction, and reflection in his Book ofOptics (1021). He was considered the

    father of optics and pioneer of scientific

    method.

    His Book of Optics correctly explains light and vision, andintroduces experimental scientific method, laying the

    foundations for experimental physics.

    Ibn al-Haytham also gave the first

    clear description and correct analysisof the camera obscura and pinhole

    camera and built the world's first

    camera obscura.

    http://en.wikipedia.org/wiki/File:Classical_spectacular_laser_effects.jpg
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    In 1025 Avicenna publishedhis 14-volume encyclopedia,

    The Canon of Medicine, whichremained a standard text at

    European universities until the17th century.

    Its contributions include the

    discovery of contagious disease, and

    introduction of experimental

    medicine,clinical trials,and clinicalpharmacology.It also discusses

    neuropsychiatry,the idea of a

    syndrome,and early cancer therapy.

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    In 1030, Abu Rayhan al-Biruni stated that

    light has a finite speed, and he was thefirst to theorize that the speed of light is

    much faster than the speed of sound.

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    In the 12th century,, Muhammad al-Idrisi

    produced a world map and the first known

    globe. His Tabula Rogeriana was the mostaccurate world map in his time and was used

    extensively for several centuries through to

    the explorations during the European Age of

    Discovery.

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    In 1110, Ibn Tufayl was born. He

    wrote Hayy ibn Yaqzan, a

    philosophical novel which has a

    strong influence on the ScientificRevolution.

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    In 1206, Al-Jazari published TheBook of Knowledge of Ingenious

    Mechanical Devices, in which he

    describes fifty inventions,including mechanical clocks, theelephant clock, camshaft,

    crankshaft, suction pipe,

    reciprocating piston motion,

    programmable humanoid robotand castle clock, automatic gate,paper models, sand casting,crank-driven chain pump, water-powered saqiya chain pump, andwater-powered astronomicalclocks.

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    In 1259 The Maragheh

    observatory was founded by

    Nasir al-Din al-Tusi. It was thefirst example of the

    observatory as a research

    institute.

    In 1260, the first portable

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    In 1260, the first portable

    hand cannons (midfa)

    loaded with explosive

    gunpowder, the firstexample of a handgun

    and portable firearm,

    were used by the

    Egyptians to repel theMongols at the Battle of

    Ain Jalut. The cannons

    had an explosive

    gunpowder compositionalmost identical to the

    ideal compositions for

    modern explosive

    un owder. The were

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    In 1285, The largest hospital of theMiddle Ages and pre-modern era

    was built in Cairo, Egypt, by

    Sultan Qalaun al-Mansur.Treatment was given for free to

    patients of all backgrounds,regardless of gender, ethnicity or

    income.

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    In 1300, when the Black

    Death bubonic plaguereached al-Andalus, IbnKhatima discovered thatinfectious diseases arecaused by microorganismswhich enter the humanbody.

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    In 1577, Taqi al-Din built the Istanbul

    observatory of Taqi al-Din, the

    largest astronomical observatory inits time, with the patronage of the

    Ottoman Sultan Murad III. He

    produced a zij (titled Unbored Pearl)

    and astronomical catalogues more

    accurate than those of Tycho Brahe

    and Nicolaus Copernicus. Taqi al-Din

    was able to achieve this with his

    invention of the "observational

    clock", a mechanical astronomicalclock that can measure time in

    seconds.

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    In 1720, the Ottoman dockyard architect

    Ibrahim Efendi invented a submarine

    called the tahtelbahir. The Ottoman

    writer Seyyid Vehbi, in his Surname-i-Humayun, compared this submarine to

    an alligator.

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    The sciences of the Arabic-Islamic worldunderwent remarkable development during

    the 8th to 13th centuries C.E., a flowering of

    knowledge and intellect that later spreadthroughout Europe and greatly influenced

    both medical practice and education.

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    Muslims have had such a great

    contribution to science that if it

    werent for them neither the

    Reneissance nor the Scientific

    Revolution would have been possible.Despite this, due to a concious act of

    ignorance and neglect their names and

    great inventions have been written outof science and history books.

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    Fortunately, now in the 21stcentury the West and the Muslims

    are starting to rediscover this

    golden age of Islamic Science andmany documentaries and books

    are being produced on this subject.

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    Some of those documentaries are:

    BBC- Science and Islam:The language of science

    BBC- Science and Islam:The Empire of ReasonBBC- Science and Islam:The Power of Doubt

    BBC- What the anciens did for us:The Islamic World

    BBC-An Islamic History of Europe

    Channel 4- When the Moors ruled in Europe

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    Some sites you can visit:www.muslimheritage.com

    www.1001inventions.com

    www.wikipedia.org

    -List of Muslim scientists

    -List of inventions in medieval Islam

    -Alchemy and chemistry in medieval Islam

    -History of scientific method

    -Islamic contributions to Medieval Europe

    -Timeline of science and engineering in the Islamic world

    -Medicine in medieval Islam

    -Medieval Islamic sociology-Arab Agricultural Revolution

    -Islamic Golden Age

    -Latin translations of the 12th century

    -Astronomy in medieval Islam