The Arab revival of the Islamic Golden Era
How modern advancements in space exploration are building on centuries-old discoveries in the region
Traces of the Islamic Golden Age's breakthroughs pepper the night sky.
Stars with names including Al Ain, meaning the eye in Arabic, Aldulfin, the dolphin, or Mirzam, the herald, hark back to this age of discovery and the Arab world's familiarity with astronomy.
For 400 years, experts in the Islamic Empire gazed upwards in pursuit of knowledge, producing thousands of manuscripts and innovations that informed our understanding of the field today.
Spurred on by the Quran's encouragement to seek knowledge, Arab theologians, philosophers and mathematicians became obsessed with studying the heavens.
Today, more than a millennium after laying the foundations of modern astronomy, Arab countries have returned to the field with renewed ambition.
The UAE is leading the way, having sent its Hope probe to Mars and launched a lunar rover on a journey to the Moon.
Soon, the second Emirati astronaut will travel to the International Space Station, where he will remain for six months as part of a science mission.
Saudi Arabia has also launched a long-term space programme and plans to send two astronauts, including a woman, to the orbiting lab this year.
Centuries may have passed, but the thirst for knowledge and passion to explore what is beyond Earth is still alive in the Arab world.
The Islamic Golden Age
Generally thought to have begun in about 750 AD, about a century after the birth of Islam, the Islamic Golden Age was a time of cultural, scientific and economic prosperity in the region.
While western Europe was going through the Dark Ages – a period of major decline in culture and science – the Arab world was flourishing, with scholars and thinkers flocking to Baghdad's House of Wisdom to exchange ideas and make discoveries.
After learning to make paper from the Chinese, a great translation movement began, allowing Arab scholars to build on knowledge written in manuscripts from around the world.
Major advancements were made in maths, medicine and other sciences, including astronomy.
Part of the motivation for looking to the skies was to advance tools so Muslims could better carry out their Islamic duties. They had to be able to tell time more accurately to perform the five daily prayers.
They also upgraded tools to determine the direction of the Kaaba – which Muslims must face while praying – and improved lunar calendars to mark religious events, including Ramadan, Hajj and Eid Al Fitr, by monitoring Moon phases.
The research also helped with other activities, including navigation and farming.
Thousands of stars and several Moon craters still have their Arabic names, while others were translated into Latin.
Some historians say the knowledge of the Arabs influenced the start of the European Renaissance era – a period of cultural, artistic and scientific advancements that began in the 14th century.
The period of great discovery in the Middle East was brought to an abrupt end in 1258, when the Mongol army of Genghis Khan invaded and captured Iraq, destroying the House of Wisdom and the knowledge it contained. It is said that so many books and manuscripts were thrown into the Tigris River that it ran black with ink.
Dr Nidhal Guessoum, an astrophysicist and professor at the American University of Sharjah, said pioneering work was done during the Islamic Golden Age.
“Pioneering and huge observatories were built, starting around 828 in Baghdad and Damascus, all the way to mid-18th century in Delhi and Jaipur, with one instrument built into the ground in the Samarkand observatory having a radius of 40 metres,” he said.
“In parallel to that, optics were greatly developed, with Ibn Sahl [in the 10th century] establishing the law of refraction [currently named after either Willebrord Snell or Rene Descartes, both from the early 17th century].
“Ibn Al Haytham produced seminal works on mirrors and lenses and invented the camera obscura, or pinhole camera.”
The astrolabe, an invention by the ancient Greeks used to tell time and for navigation, was upgraded by Arab scientists during the Islamic Golden Age.
The device was popular among Europeans in the 12th century before being replaced with instruments including pendulum clocks and telescopes.
Thabet Al Qaissieh, founder of Al Sadeem Observatory in Abu Dhabi, said space continued to play a significant role in Arab culture.
“Since ancient times, Arabs have always used the night sky as a reference, whether for seasons, navigation, or literature, which to this day continues to influence our psyche in many ways,” he said.
“For example, we use the Moon to determine the start of Ramadan, or Hijri month, but also to describe the beauty of a person.
“All this can, similar to others, promote a scientific revolution in our region that can have a collective benefit for the wellbeing of everyone in the region.
“As with many of the technologies we enjoy every day, most of its origins can be traced back to space exploration technologies, but due to the spill over effect, the vast majority of humans benefit.”
The first Arabs in space
It was not until the 20th century that hope grew for another golden age of scientific advancement and discovery in the Arab and Islamic world.
Progress in other parts of the world created more opportunities for Arab countries, including space programmes developed by the Soviet Union and US.
Saudi Arabia sent the first Arab and Muslim – Prince Sultan bin Salman – to space on board a Nasa rocket in 1985.
He blasted off on a Space Shuttle for a week-long mission, sending back images of himself reading the Quran while floating in microgravity.
Earlier that year, the kingdom launched Arabsat-1 – the Arab world’s first satellite – which helped to provide communication services to Arab countries.
Two years later, the second Arab and Muslim astronaut, former Syrian military pilot Muhammed Faris, went to space on a Russian rocket.
The missions suggested the Arab world was about to making another giant leap in science and innovation, but such excitement eventually died down when no long-term space programmes were established.
Mohammad Bahareth, a Saudi citizen who founded Space Club – a group formed for enthusiasts across the Arab world – said the missions showed the region’s potential.
“The launch of the first Arab astronaut into space was a source of pride and motivation for the Arab people,” he said.
“It showcased the region's potential to contribute to advanced technology and encouraged future generations to consider careers in STEM [science, technology, engineering and maths].”
About 30 years would pass until a third Arab astronaut travelled to space.
In that time, several Muslim cosmonauts from countries under Soviet control were sent on space expeditions. But they were one-time trips and did not form part of long-term space programmes.
Musa Manarov of Azerbaijan went on two missions to the Soviet’s Mir space station in 1988 and 1990, for Earth observation and manufacturing assignments.
Abdul Ahad Momand, an Afghan-German air force aviator, also travelled to the Mir station in 1988, becoming the fourth Muslim in space.
He was the first Afghan in space and spent nine days at the Soviet space station.
Toktar Aubakirov became the first Kazakh in space when he travelled to the Mir station in 1991.
Another Kazakh, Talgat Musabayev, took part on three space missions – travelling to Mir in 1994 and 1998, and to the International Space Station in 2001.
In 1998, Salizhan Sharipov of Kyrgyzstan travelled to Mir, before joining a mission to the ISS in 2004.
In 2006, Anousheh Ansari, an Iranian-born US citizen, became the first Muslim woman to travel to space. She was also the first Muslim female space tourist, travelling to the ISS on board a Soyuz rocket.
Sheikh Muszaphar Shukor of Malaysia went to the ISS on a Soyuz rocket in 2007 for an 11-day mission.
Aidyn Aimbetov of Kazakhstan travelled to the ISS in 2015.
Space exploration in the Middle East takes off
The next Arab and Muslim astronaut would not travel to space until 2019.
After the UAE’s Mohammed bin Rashid Space Centre announced an astronaut programme, Emirati fighter pilot Hazza Al Mansouri blasted off to the ISS on a Soyuz rocket for an eight-day mission.
The feat not only marked the beginning of the UAE’s space ambitions, but also created a ripple effect in the region.
It was not a one-off mission by an Arab country – the goal was to develop a long-term space programme that would benefit the UAE's economy and boost its diversification.
A year later, the country launched the Arab world’s first interplanetary spacecraft. The Hope probe entered the Mars orbit in 2021 and has since sent back data on the Red Planet’s upper atmosphere and weather.
Findings have been used in several peer-reviewed journals, benefiting the scientific community worldwide.
In 2022, a lunar rover, called Rashid, was launched and is scheduled to land on the Moon's surface at the end of April.
For the first time, an Arab country joined the elite club of nations with access to the stars.
Just as Arab scholars at the House of Wisdom in Baghdad welcomed experts from different cultures and religions, the UAE has worked with others to make its missions a reality.
The country teamed up with three American universities to build the Hope probe and launched its space missions on Japanese, American and Russian rockets. In 2026, the UAE will use a Chinese rocket for a lunar mission.
The UAE’s "work with everyone" policy continues to prove fruitful.
“First, I applaud the hugely significant drive in space exploration taken by the UAE and hopefully other Arab-Muslim countries soon,” Dr Guessoum said.
“Until recently, there was almost exclusive interest and emphasis on utilitarian science, and thus only satellites in the domain of space.
“Then UAE officials decided that space exploration – a probe to Mars, a lunar rover, a mission to asteroids – was highly valuable as a trigger for a knowledge-based economy.
“And indeed, we have seen in the past five to 10 years a significant uptake in the number of students – Emiratis in particular, and others as well – pursuing science programmes, such as physics and astronomy.”
The UAE's achievements in space have had a knock-on effect in the rest of the region.
Saudi Arabia now has an astronaut programme.
About 40 years after Prince Sultan’s historic journey to space, the kingdom plans to send the first Arab woman and the second Saudi man to the ISS this spring.
Four astronauts make up the Saudi astronaut corps.
In the past five years, other Arab countries including Bahrain, Jordan and Kuwait have also launched satellites into space.
Oman has announced plans to build the Middle East’s first spaceport.
“I think we can say we are witnessing a revival of scientific research in the Muslim world, and a birth of space science in particular in the Arab-Muslim world,” Dr Guessoum said.
“While still below average, relative to both human and financial resources, scientific research production has significantly improved in the Arab-Muslim world in the past 10 to 15 years.
“Major initiatives all represent key moments and turning points in the pursuit of science in general, and space, in particular.
“Coupled with other significant developments in higher education and economic activity, one can only hope that this will soon prove to be a new golden age for knowledge production in the Arab-Muslim world.”
The path ahead
The UAE has several historic missions planned for 2023, the busiest year in the space sector to date.
On February 27, Emirati astronaut Sultan Al Neyadi is scheduled to travel to the ISS on board a SpaceX rocket for a six-month mission.
The trip means young people around the world will have access to Arabic-language content about space, created by an Arab astronaut.
Dr Al Neyadi and Maj Al Mansouri have each completed about five years of training in the US, Russia and Japan, as well as parts of Europe and Canada.
Nora Al Matroushi – the first female Emirati astronaut – and Mohammad Al Mulla will complete their basic training with Nasa this year.
Missions to the ISS and the UAE’s growing partnership with Nasa and US private space companies have paved the way for the Emirates' more ambitious plans: sending an astronaut to the Moon and, eventually, Mars.
The UAE has announced plans to build a city on the Red Planet by 2117.
There was hope that, with the rise of space activities in the region, an Arab Space Agency would be established– similar to the European Space Agency, which is made up of 22 countries.
Arab countries at the early stages of their space programmes could progress faster by teaming up with nations including the UAE and Saudi Arabia.
As each country builds its own independent space programme, the potential for a more collaborative approach across the Middle East in future cannot be ruled out.
“There is a bright future ahead for the Arab world in the field of space and the possibilities are endless,” Mr Bahareth said.
“Let us be inspired by this progress and continue to strive for greatness in all our endeavours.”
The Arab world's history with space exploration
A lecture at Al Azhar University in 1880. Getty
A lecture at Al Azhar University in 1880. Getty
Eighth to 14 centuries
Islamic Golden Age is marked by a surge of discoveries in medical science, maths, literature and astronomy.
Mongol army lays siege to Bagdad in 1258. Getty
Mongol army lays siege to Bagdad in 1258. Getty
End of 14th century
Islamic Golden Age ends after the Mongol army invades Baghdad and destroys the House of Wisdom.
Rocket carrying ArabSat-1 launches. Photo: Arianespace
Rocket carrying ArabSat-1 launches. Photo: Arianespace
1985
Saudi Arabia launches the Arabsat-1 satellite and sends the first Arab and Muslim astronaut into space.
Muhammed Faris onboard the Mir Space Station. Sovfoto
Muhammed Faris onboard the Mir Space Station. Sovfoto
1987
Syria sends its first citizen to space on a Soviet Soyuz rocket for a seven-day mission on the Mir space station.
Thuraya, the satellite phone subsidiary of Etisalat. Thuraya
Thuraya, the satellite phone subsidiary of Etisalat. Thuraya
2000
UAE launches the Middle East’s first mobile telecoms satellite, Thuraya-1. Boeing helps to develop it.
Mohammed bin Rashid Space Centre. The National
Mohammed bin Rashid Space Centre. The National
2006
The Mohammed bin Rashid Space Centre is established. It was first named the Emirates Institution for Advanced Science and Technology.
An artist rendering of DubaiSat-2. Photo: MBRSC
An artist rendering of DubaiSat-2. Photo: MBRSC
2013
The space centre launches DubaiSat-2, an improved version of its first Earth observation satellite.
The UAE Space Agency stand at the WFES. The National
The UAE Space Agency stand at the WFES. The National
2014
The UAE Space Agency is formed to oversee laws, regulations and policies. The UAE announces the Arab world’s first mission to Mars.
Sheikh Mohammed bin Rashid, Vice President and Ruler of Dubai, with the UAE's astronauts. Wam
Sheikh Mohammed bin Rashid, Vice President and Ruler of Dubai, with the UAE's astronauts. Wam
2017
The UAE announces a long-term astronaut programme. A year later, Hazza Al Mansouri and Sultan Al Neyadi are named as the first astronauts.
The rocket carrying KhalifaSat launches. Dubai Media Office
The rocket carrying KhalifaSat launches. Dubai Media Office
2018
The country's space centre launches the first Emirati-built satellite, KhalifaSat, into Earth's orbit. Saudi Arabia establishes the Saudi Space Commission.
Hazza Al Mansouri boards the Soyuz MS-15 that will carry him to space. EPA
Hazza Al Mansouri boards the Soyuz MS-15 that will carry him to space. EPA
2019
Maj Al Mansouri becomes the first Emirati in space and first Arab on the International Space Station. Jordan launches its first nanosatellite.
A supermoon above the UAE. The National
A supermoon above the UAE. The National
2020
The UAE announces the region's first mission to the Moon. A month later, it signs the US-led Artemis Accords, an international agreement for responsible lunar exploration.
UAE astronaut Mohammad Al Mulla. The National
UAE astronaut Mohammad Al Mulla. The National
2021
The UAE announces two new astronauts Nora Al Matrooshi, the first female astronaut, and Mohammad Mulla. In June, the UAE announces a long-term Moon exploration programme.
The SpaceX Falcon 9 rocket carrying the Rashid rover. AP
The SpaceX Falcon 9 rocket carrying the Rashid rover. AP
2022
Bahrain launches its first nanosatellite and signs the Artemis Accords, along with Saudi Arabia. The UAE launches its Rashid rover into space and Saudi Arabia establishes an astronaut programme.
Saudi astronaut Rayyanah Barnawi. Axiom Space
Saudi astronaut Rayyanah Barnawi. Axiom Space
2023
Kuwait launches its second satellite, Oman announces plans to build the region's first spaceport,and Saudi Arabia names its first two astronauts, including a woman.
Hazza Al Mansouri trains in Texas. Bill Stafford
Hazza Al Mansouri trains in Texas. Bill Stafford
To come in 2023
Dr Al Neyadi is to launch to the ISS, with Rashid rover due to land on the Moon. Saudi Arabia plans to send two astronauts into space and the UAE's space centre will launch its MBZSat.
The UAE's Hope probe is launched from Japan. AFP
The UAE's Hope probe is launched from Japan. AFP
Ibn Al Haytham's Book of Optics inspired Europe. Wikimedia
Ibn Al Haytham's Book of Optics inspired Europe. Wikimedia
Saudi astronaut Prince Sultan bin Salman, left. AP
Saudi astronaut Prince Sultan bin Salman, left. AP
The SpaceX Falcon 9 rocket blasts off with the UAE's Rashid rover. AP
The SpaceX Falcon 9 rocket blasts off with the UAE's Rashid rover. AP
UAE astronaut Sultan Al Neyadi trains in Houston, Texas. Photo: Twitter
UAE astronaut Sultan Al Neyadi trains in Houston, Texas. Photo: Twitter