Tag: islam and science

  • Turkish scientists

    Turkish scientists

    15th century was a prolific time for scientific progress in the area as Turkic scholars from all around studied together going back and forth between Turkic states and their scientific centers.

    Here are three of the valuable Turkish scientists:

    1- Uluğ Bey

    This structure you see here is Uluğ Bey Observatory which was built in Timurid Era Samarkand (Uzbekistan):

    ulug bey observatory gozlemevi
    ulug bey observatory inside

    Uluğ Bey was Timur’s grandson and he was the 4th Sultan of the Timurid Empire as well as being a mathematician and an astronomer.

    ulug bey

    Uluğ Bey, as his name suggests, is the one who established Uluğ Bey Observatory. After 12 years of extensive studies in his observatory, he compiled his findings in 2 books named Zeyç Kürkani and Zeyç Cedit Sultani both of which later translated into almost all European and several Eastern languages and made great contributions to the field.

    During these laborious studies Uluğ Bey worked with a colleague from the Ottoman Empire.

    2- Kadızade-i Rumi from Bursa City:

    Kadizade i Rumi from Bursa City

    Kadızade-i Rumi as a well-educated mathematician and astronomer, tutored Uluğ Bey, managed the observatory during that time but sadly, he died in Samarkand, a little while before their 12 year of observatory study came to its conclusion. He notably took the field of mathematics one step further by expanding and simplifying the algebra method developed by Gıyaseddin Cemşid for calculating the sine of a degree arc. Kadızade-i Rumi wrote countless books in his lifetime and trained many disciples.

    3- Ali Kuşçu:

    ali kuscu

    Ali Kuşçu was born in Samarkand(Uzbekistan) and died in İstanbul(Türkiye). He was a hezarfen(a person who is an expert on multiple fields) and also a part of the observatory team. He took over the management of the observatory after Kadızade’s demise. He is best known for delivering the first astronomical map of the Moon. He even went to China to carry out his studies and on his return, he calculated the Earth’s surface area and the ecliptic as 24 degrees. He later worked for Akkoyunlu Turcoman state as an advisor and finally the Ottoman Empire as a lecturer. He was appointed as a lecturer at Sahn-ı Seman Madrasa upon Fatih Sultan Mehmed’s request.

    A celestial map drawn by Ali Kuşçu:

    celestial maps drawn by Ali Kuscu

    It’s known that the celestial maps drawn by Ali Kuşçu helped Christopher Columbus in the discovery of the American continent.

    Ali Kuşçu’s grandchildren now live in Bursa, Düzce, Kahramanmaraş cities of Türkiye bearing the honorable surname Kuşçuoğlu.

  • ISLAMIC WORLD: Strong science in Iran, Tunisia, Turkey

    ISLAMIC WORLD: Strong science in Iran, Tunisia, Turkey

    Yojana Sharma and Wagdy Sawahel

    30 March 2011

    Iran, Tunisia and Turkey are among a number of countries beginning to challenge the dominance of established powerhouses of scientific research, according to major a new report that has identified rapidly emerging nations “not traditionally associated with a strong science base”.

    Although traditional ‘scientific superpowers’ still lead the field, a report released this week by Britain’s Royal Society – roughly equivalent to the country’s Academy of Sciences – looked beyond the more commonly documented challengers to Western science domination such as China, India and Brazil.

    It found that Iran has been expanding fastest in the number of scientific papers published in peer-reviewed journals, growing from just 736 in 1996 to 13,238 in 2008.

    Other up-and-coming countries include Tunisia and Turkey, according to the report Knowledge, Networks and Nations: Global scientific collaboration in the 21st century.

    Turkey has improved its scientific performance “at a rate almost rivaling that of China”, after declaring research a public priority in the 1990s, the study said. Spending on R&D increased almost six-fold between 1995 and 2007 and now Turkey spends more annually than countries like Denmark, Finland or Norway. Four times as many papers with Turkish authors were published in 2008 as in 1996, the study said.

    Tunisia has increased the percentage of its gross domestic product spent on research and development from 0.03% in 1996 to 1.25% in 2009, while restructuring its national R&D system to create 624 research units and 139 research laboratories.

    James Wilsdon, head of policy at the Royal Society, said Tunisia had among the highest research investment in GDP terms in the region.

    Wilsdon told University World News that countries like Iran, Turkey and Tunisia had an established research base in their universities. “They are not yet up there with the OECD [advanced industrialised] countries but there is a lot to build on. A lot more can be done if investment can be directed towards these countries,” he added.

    “The scientific world is changing and new players are fast appearing,” said Chris Llewellyn Smith, chair of the study’s Advisory Group and Director of energy research at Oxford University “No historically dominant nation can afford to rest on its laurels if it wants to retain the competitive economic advantage that being a scientific leader brings.”

    He was referring in particular to countries like China, Singapore and Brazil. But other countries may not be far behind.

    Iran has already announced a 15-year comprehensive scientific plan to promote technological development and a knowledge-based economy. “Science must lead to self-actualisation,” President Mahmoud Ahmadinejad said last month, unveiling the plan to promote long-term sustainable growth in science.

    Hadi Asadi Rahmani, a soil microbiologist at the Tehran-based Soil and Water Research Institute, told University World News another aim of the plan was to place Iran at the top of scientific knowledge production, innovation and technology in the Middle East.

    The plan includes spending 4% of gross domestic product on R&D by 2030 – an ambitious target aimed at overtaking the US, which spends 2.8% of GDP on research and Japan which spends 3.4%. Currently Iran’s R&D spending is around 0.6% of GDP.

    The plan focuses on science and technology in the higher education, defense, aerospace and nuclear sectors. The construction of nuclear power plants, nuclear fusion, building and manned missions to space are its main objectives.

    Drawn up by the High Council of the Cultural Revolution and prepared by 2,000 experts from 800 science and research centers, the plan includes 224 scientific projects that must be implemented by 2025.

    Ali Karami, an associate professor of molecular biology at Iran’s Baqiyatallah University of Medical Science, told University World News: “The plan will help in coordinating scientific activities in the country.” It would also speed up scientific progress at the national, regional and international levels.

    However, with unrest in North Africa and uncertainty in other countries, it is not clear how far these nations can keep up their advantage.

    Iranian professor Muhammad Sahimi, a chemical engineer at the University of Southern California, told University World News. “Even if Iran has the best science plan, without the scientists, who are emigrating en masse, the plan does not have much of a chance of succeeding.”

    via University World News – ISLAMIC WORLD: Strong science in Iran, Tunisia, Turkey.